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Stainless Steel Electrode Thin Ø 4 mm (BMG‑006) Short Description The Stainless Steel Electrode Thin Ø 4 mm is a durable, chemically resistant electrode designed for precise electroplating applications. Its slim diameter makes it especially suitable for targeted current delivery and fine surface work in bath, pen and pad plating. Product Description Made from high‑grade stainless steel, this electrode offers excellent resistance to corrosion and a wide range of plating electrolytes. The slender 4 mm diameter makes it ideal for detailed work, pinpoint plating and tight access areas where larger electrodes are impractical. Stainless steel ensures reliable electrical conductivity and long service life even under frequent use in demanding electroplating environments. The electrode integrates easily with standard holders and is suitable for a variety of plating applications. Typical Applications Targeted electroplating on small or intricate workpieces Bath, pen and pad plating Surface activation and pre‑treatment in electroplating Repair and detail restoration of plated objects Workshop or laboratory tasks with limited access spaces Key Benefits Slim 4 mm diameter: excellent for precision plating Chemical resistance: compatible with many electrolytes Durable and reliable: stainless steel withstands frequent use Versatile: suitable for bath, pen and pad methods Easy to install: fits standard electrode holders Usage Instructions Preparation: Clean and degrease the surface to be plated. Setup: Mount the electrode as the anode and connect the workpiece as the cathode. Plating: Operate the electrolyte according to process requirements, adjusting current and voltage as needed. Maintenance: Clean the electrode regularly to maintain performance. Conclusion The Stainless Steel Electrode Thin Ø 4 mm is a reliable, versatile tool for precision electroplating, offering excellent stability and performance for targeted plating, repairs, and fine surface work in workshop, lab or professional environments.

Silver Electrolyte BMG‑103.8 High-quality silver plating solution – 30 g of silver per liter Short Description The Silver Electrolyte BMG‑103.8 is a ready-to-use electroplating solution formulated for the electrolytic deposition of bright, high-quality silver layers. With 30 grams of silver per liter, it produces uniform, reflective, and conductive silver coatings suitable for both decorative and functional applications. The deposited silver layer provides excellent optical brightness, good wear resistance, and high electrical conductivity, ideal for jewelry, electronics, and precision components. Applications This silver plating solution is used for: Decorative silver plating for jewelry, accessories, and ornamental items Functional plating to improve electrical and thermal conductivity Wear-resistant surfaces and protective coatings Tank, brush, and pen/peg plating, depending on equipment Multi-layer plating systems (e.g., copper → silver → gold) Silver plating enhances both aesthetic appeal and surface performance, especially where brightness and conductivity are important. How Silver Plating Works (Simple Explanation) Silver plating uses electrolytic deposition, where silver ions in the electrolyte are reduced under direct current and form a metal layer on a prepared surface: Surface Preparation: Clean and degrease the workpiece thoroughly to remove oils and contaminants. Activation: Activate the surface if necessary to ensure good adhesion. Electroplating: Connect the part as the cathode (negative pole) and apply direct current; silver ions migrate and deposit as a smooth, bright layer. Finishing: After plating, rinse and dry – the silver layer remains bright and reflective. The resulting silver coating is uniform, glossy, and durable. Benefits of Silver Electrolyte BMG‑103.8 Bright, reflective silver finish Good electrical and thermal conductivity Suitable for decorative and functional applications Compatible with tank, brush, and pen/peg plating Produces uniform and durable deposits Ideal for jewelry, electronics, contacts, and connectors Technical Parameters PropertyValue / RangeElectrolyte typeSilver electroplating solutionSilver contentapprox. 30 g/LpHslightly acidic to neutral, optimized for silver depositionOperating temperature15–30 °CVoltage (tank plating)1.5–3.5 VVoltage (brush/pen plating)3–7 VCurrent density0.5–3 A/dm²Anode materialGraphite or pure silverTypical deposit thickness1–5 µm (adjustable by time/parameters)Surface appearanceBright and smoothDeposit purity>99.9 % silverConductivityVery goodShelf life1–2 years Note: Values are practical guidelines and may vary slightly depending on equipment, setup, and application conditions. Practical Application Tips Surface Preparation: Thoroughly clean and degrease workpieces to remove grease, oils, and fingerprints. Perform activation if necessary for uniform adhesion. Silver Plating: For tank plating, maintain consistent voltage, current density, and electrolyte circulation. For brush or pen plating, keep tools moving steadily for even coverage. Masking: Use masking tape or resist materials for areas not to be plated. Post-Plating: Rinse plated parts with clean water. Dry and, if desired, gently polish to enhance brightness. Safety Information Silver electrolytes are chemical solutions and must be handled carefully: Wear chemical-resistant gloves, safety glasses, and protective clothing Avoid contact with skin and eyes; rinse immediately if contact occurs Work only in well-ventilated areas Do not ingest; keep out of reach of children Dispose of waste according to local chemical and environmental regulations Silver salts and electrolytes may cause irritation; proper protective measures are essential for safe use. Conclusion The Silver Electrolyte BMG‑103.8 is a reliable and versatile electroplating solution that delivers bright, uniform, and conductive silver layers for both decorative and functional purposes. Its ease of use across tank, brush, and pen/peg plating processes, combined with excellent optical and technical properties, makes it suitable for hobbyists, workshops, and professional plating environments. Proper surface preparation and process control ensure high-quality silver finishes every time.

Platinum Electrode Ø 6 mm (BMG-008) Short Description The Platinum Electrode Ø 6 mm is a premium-quality electrode made from pure platinum, designed for demanding electroplating processes. With exceptional resistance to aggressive solutions and excellent conductivity, it is ideal for precious metal plating, precision surface finishing and reproducible high-quality results. Product Description Constructed from pure platinum, this electrode delivers highly stable, contamination-free current supply even in strongly oxidizing or chemically aggressive electrolytes. This ensures consistent deposit quality, color stability and structural integrity in your plating applications. With a diameter of 6 mm, it fits standard electrode holders and is suitable for bath, pen and pad plating. Typical Applications Precious metal plating (e.g., gold, silver, palladium, rhodium) Chrome and specialty coatings under challenging conditions Laboratory and precision electroplating R&D and prototyping Use with aggressive or oxidizing electrolytes Key Benefits Outstanding chemical resistance: ideal for aggressive plating baths Minimal contamination: keeps electrolyte and deposits clean High electrical conductivity: supports stable current flow and even coatings Long service life: performs well under frequent use Versatile compatibility: works with standard Ø 6 mm holders Usage Instructions Preparation: Thoroughly clean and degrease the workpiece before plating. Setup: Mount the platinum electrode as the anode, connect the workpiece as the cathode. Plating: Operate within recommended voltage and temperature ranges for best results. Maintenance: After extended use, gently clean any buildup to maintain performance. Conclusion The Platinum Electrode Ø 6 mm is a robust, highly reliable solution for demanding electroplating applications requiring chemical resistance, deposit purity and process stability. It is an excellent choice for professionals in workshops, labs and production environments.

Black Chrome (Smoky Chrome) Electrolyte BMG‑108.3 Decorative Black Chrome Plating Solution – Striking Dark Metallic Finish Short Description The Black Chrome (Smoky Chrome) Electrolyte BMG‑108.3 is a specialized electroplating solution for producing dark metallic black chrome coatings on metal surfaces. This finish delivers a dramatic anthracite to deep black shimmer that is highly sought after for decorative and design‑oriented applications. It is a compelling alternative to black rhodium or black ruthenium plating and provides a distinctive, eye‑catching surface effect.  What is Black Chrome Plating Used For? Black chrome plating is used when high contrast, dark metallic visual aesthetics are desired. Typical uses include: Decorative finishes on automotive trim and accessories Consumer electronics and luxury items Jewelry and fashion hardware High‑end metal components where a stylish black surface is preferred Coatings over copper, nickel, gold or gold flash finishes Compared with bright chrome, black chrome offers a unique visual style while still benefiting from chromium’s metallic properties. How Does Black Chrome Plating Work? (Simple Explanation) Black chrome plating is an electrolytic process in which chromium is deposited onto a prepared base layer (e.g., nickel, copper or gold) using direct current: Surface preparation: The base metal must be clean, polished and thoroughly degreased. Electroplating: The workpiece is connected as the cathode (negative pole). A suitable anode (such as graphite or platinum) is used as the positive pole. Controlled plating: Under controlled voltage and temperature conditions, chromium ions are reduced and deposit as a dark, metallic black layer. Finish: After plating, parts are rinsed and dried to reveal the final black chrome finish. This plated layer combines decorative appeal with the corrosion resistance typical of chromium coatings. Key Benefits of Black Chrome Electrolyte BMG‑108.3 Produces a dark anthracite to black chrome finish that stands out visually Works over copper, nickel, gold or other metal bases Suitable for tank plating, brush plating and other methods Creates a metallic look distinct from painted or powder‑coated black surfaces Ideal for decorative, hobby, custom, and high‑end metalwork applications No special storage requirements; easy to handle in typical galvanic setups Technical Parameters Typical operating values for this black chrome plating solution are as follows: PropertyValue / RangeElectrolyte typeBlack chrome plating solutionVoltage range9–11 V (use slightly higher voltage with platinum anode)Operating temperature20–30 °CLightness (L*) of deposit65–70 % (dark metallic)Recommended electrodeCarbon or platinum electrodeChromium content in plate~99 % (balance carbon)Plating rate (10 V, carbon)~2 µm / min (spot)Maximum plating thickness~3 µmHardness (as plated)800 HVHardness after heat treatment1500–1600 HVDeposit density~7.2 g/cm³Shelf life1–2 yearsHazard classificationNot classified as dangerousTransport classNot classified as hazardous for transport Notes: Heat treatment at ~220 °C increases hardness significantly. When using a platinum electrode, slightly higher voltage (max. 11 V) is recommended for consistent coverage. Stainless steel anodes are generally not recommended for most plating processes Practical Application Tips Surface preparation: Polishing and thorough degreasing significantly improve adhesion and finish quality. Base layers: Black chrome often performs best over nickel or gold flash layers, but can also be applied on copper or other well‑prepared substrates. Electrode choice: Graphite electrodes are commonly used for black chrome plating due to wide compatibility and stable performance. Heat post‑treatment: Optional heat treatment enhances hardness and mechanical resistance. Safety Information Although not classified as a dangerous transport substance, proper safety measures are required: Wear chemical‑resistant gloves, safety goggles and protective clothing Avoid skin and eye contact Wash immediately with water if contact occurs Work only in well‑ventilated areas Observe local disposal regulations for plating waste Conclusion The Black Chrome (Smoky Chrome) Electrolyte BMG‑108.3 is a specialized plating solution for creating striking dark chrome finishes that are both decorative and durable. It works well over a range of base metals and is suitable for hobby projects, customized finishes, automotive detail work and other applications where a unique black metallic surface is desired. By following proper surface preparation and recommended operating parameters, you can achieve consistent and visually impressive results every time.

Graphite Electrode Ø 6 mm (BMG‑010) Short Description The Graphite Electrode Ø 6 mm (BMG‑010) is a durable, chemically inert electrode rod made from high‑density fine‑grain graphite. Designed for use as an anode or electrode in electroplating processes, it is ideal for bath, pen, and pad plating applications where a clean, metal‑free current supply is essential.  Product Description This graphite electrode is manufactured from highly compressed fine‑grain graphite, which dissolves only slowly in electrolytes. Unlike metallic anodes, graphite does not shed contaminating metal particles, ensuring cleaner coatings and higher deposit quality.  The 6 mm diameter rod, with an approximate length of 95 mm, fits standard plating fixtures, holders, and pen plating tools, making it easy to integrate into various electroplating setups Typical Applications Electroplating processes (e.g., silver, gold, copper, black nickel, chrome, white bronze) Pen, bath, and pad plating Activation and pre‑treatment steps Counter‑electrode or anode use in a wide range of electrolytes Situations where metal contamination must be avoided Key Benefits Chemically inert: prevents unwanted metal ion contamination in the plating bath. Versatile: compatible with most electroplating chemistries and techniques.  Slow wear: dissolves gradually, extending service life. Affordable: cost‑effective solution for frequent use.  Easy to use: fits common plating holders and pen plating tools. Material & Dimensions Material: High‑density fine‑grain graphite Diameter: 6 mm Length: approx. 95 mm (other lengths may be available)  Practical Tips Ensure electrodes are clean and free of oils before use.  Replace electrodes periodically as they slowly dissolve during electroplating. Graphite’s mild warming effect can help stabilize bath temperature during plating. Conclusion The Graphite Electrode Ø 6 mm is an effective and reliable anode/electrode for a wide range of electroplating applications. Its inert behavior, broad compatibility, and metal‑free current delivery make it a solid choice for hobbyists, workshops, labs, and professional plating operations.

Palladium Solution from Betzmann Galvanik with 10 Gramm per Liter - as nickel substitute - barrier layer or as hard decorative top layer!    Palladium electrolyte - The allergen-free alternative to nickel! Palladinizing or plating with palladium is a rather rarely used galvanic coating. However, palladium plating can offer some advantages, especially as a substitute for galvanic nickel plating with a nickel electrolyte.  The advantages of palladium electrolyte compared to electroless nickel plating: Typically, a nickel electrolyte is used to apply a barrier layer of nickel between copper and gold, preventing the two metals from mixing. However, a palladium plating offers several distinct advantages over the nickel electrolyte: Palladium is more noble than nickel, meaning there is no surface corrosion, and the palladium does NOT require extra activation prior to gold plating as nickel does. The deposition rate and efficiency are excellent, i.e. there is no unwanted gas evolution. The electrolyte deposits silvery white, very bright palladium which can be used as a bright "finish". Gold plating with the Betzmann gold electrolyte for pin electroplating achieves an optimum result on palladium. In contrast to nickel electrolyte, palladium is not carcinogenic and is therefore also permitted for private users!  A very good combination for gold plating of almost all metals is:  Alkaline or acid copper depending on the metal, palladium and finally gold.  All necessary electrolytes are available in our store. Palladium can be plated on the following metals:  Copper, nickel, brass, silver, gold, on all dechromed surfaces.   Recommended voltages:  Pen - Brush electroplating: from 3 volts - Bath electroplating: 3 - 4 volts. Recommended is graphite electrode or platinum electrode from our store. Palladium content: 10 grams per liter   Main benefits;  Makes a great alternative to rhodium plating giving an authentic 18 carat white gold or platinum plated look. palladium plating solution (unlike rhodium) doesn’t etch materials made of calcium carbonate such as pearl and coral, so you won’t have to worry about masking out these materials before submerging them in your palladium plating bath. can be used as a substitute for nickel as a barrier layer for gold plating on copper and its alloys. can be used as an alternative to silver as it doesn’t tarnish and is hard-wearing. Very low porosity – excellent for corrosion protection. Readily wettable by solder and dissolves a lot more slowly than gold in the solder making it an excellent top coat over gold for electrical contacts. Operating Parameters and Deposit Data   Voltage Range 3.0 – 3.5 Temperature 18 – 25 °C Palladium Concentration 10g/l Electrode Carbon or Platinum Palladium content in plate 99.9% (balance carbon, nitrogen) Lightness (L*) of deposit 65 (Cielab) Plating Rate at (3.5 volts, carbon electrode) 0.6 micron per minute Hardness 488 Hv Density of deposit 11.85 g/cm3 Stress Stressed Special storage requirements None Shelf life 1 – 2 years Health and Safety classification Irritant Special considerations None Transport (UN number) None: Not classified as dangerous for transport  

Copper Electrode Ø 6 mm (BMG-011) Short Description The Copper Electrode Ø 6 mm is a high-purity copper anode (99.9 %) designed for efficient electroplating of copper. It delivers consistent copper ion supply in the electrolyte, enabling fast, even and high-quality copper plating — suitable for bath, pen and pad plating applications. Product Description Made from pure copper (99.9 %), this electrode offers excellent electrical conductivity and controlled copper release into the plating bath. This helps maintain a stable metal content in the electrolyte, improving deposit quality and process reliability while reducing waste and costs. Typical Applications Copper electroplating in various electrochemical setups Bath, pen and pad plating techniques Decorative and functional copper coatings Foundation layers for corrosion protection before further plating Use in workshops, labs and production environments Key Benefits Superior conductivity: ensures stable current flow during plating.  High-purity copper: reduces bath contamination and supports consistent results.  Faster copper ion exchange: improves plating efficiency and finish quality.  Cost savings: can reduce plating solution expenses by up to 40 %–50 % by maintaining bath metal content.  Easy handling: fits standard electrode holders and plating fixtures. Usage Tips Preparation: Thoroughly clean and degrease workpieces before plating. Plating Setup: Connect the electrode to the positive terminal while the workpiece serves as the cathode. Maintenance: Clean the electrode periodically to maintain performance. Compatibility: Best used with copper plating electrolytes in both alkaline and acidic baths. Conclusion The Copper Electrode Ø 6 mm is an essential component for efficient and reliable copper electroplating, offering a balanced combination of performance, cost-effectiveness and ease of use for hobbyists, technicians and professional plaquers alike.

Rose Gold Electrolyte BMG‑118AM High-quality 18 K rose gold plating solution for decorative and functional coatings Short Description The Rose Gold Electrolyte BMG‑118AM is a ready-to-use electroplating solution for the deposition of 18 K rose gold layers on conductive metal surfaces. This cyanide-free plating bath produces a warm, reddish-golden tone characteristic of 18 K rose gold. The electrolyte can be used in tank, brush, and pen/peg plating and provides fast deposition and attractive appearance. Applications The rose gold electrolyte is used for: Decorative rose gold plating of jewelry, watch cases, and accessories Visual enhancement of metal surfaces with a warm rose-gold color Technical surfaces requiring durable rose gold finishes Multi-layer plating systems (e.g., base metal → rose gold) Applications needing a uniform, glossy 18 K rose gold coating Rose gold plating combines attractive color with good mechanical properties, suitable for decorative and functional applications. How Rose Gold Plating Works (Simple Explanation) Rose gold plating uses an electrolytic process in which a gold-copper alloy from the solution is deposited on the workpiece: Surface Preparation: Thoroughly clean and degrease the part. Activation: Optionally activate chemically for optimal adhesion. Rose Gold Plating: Apply direct current; metal ions are reduced from the electrolyte to form an 18 K rose gold layer. Finishing: Rinse and dry the plated part. The resulting layer is glossy, warm, and reddish-golden, typical for rose gold alloys. Benefits of Rose Gold Electrolyte BMG‑118AM Attractive 18 K rose gold color with warm reddish-golden tone Cyanide-free electrolyte with stable plating chemistry Fast deposition rate compared to many other plating solutions Suitable for tank, brush, and pen/peg plating Can plate directly on brass, nickel, silver, or gold substrates High-gloss, adherent layers with good corrosion and wear resistance Versatile for decorative and functional plating applications Technical Parameters PropertyValue / RangeElectrolyte typeRose gold plating solutionAlloy type18 K rose gold (gold-copper alloy)Gold contentapprox. 8 g/LCopper contentapprox. 3 g/LpHca. 7.2–8.0 (neutral)Density>1.07 g/mLVoltage1.4–1.8 VBath temperature55–60 °CAnode materialPlatinum-coated titaniumCurrent density0.1–0.5 A/dm²Deposition rateapprox. 45 mg/A·minPlating speedapprox. 0.1 µm/minMaximum layer thicknessup to 10 µmLayer hardness380–400 HV Practical Application Tips Preparation: Clean and degrease workpieces thoroughly. Optionally activate chemically for uniform adhesion. Plating: Maintain bath temperature at 55–60 °C and recommended voltage/current settings. Ensure even movement or agitation for uniform layer formation. Mask areas if selective plating is required. Post-treatment: Rinse with clean water and dry after plating. Light polishing can enhance shine if desired. Safety Information Rose gold electrolytes contain chemical components and must be handled carefully: Wear gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Work only in well-ventilated areas Do not ingest; keep out of reach of children Dispose of waste according to local chemical regulations Even though the electrolyte is cyanide-free, chemical reactions and fumes remain potential hazards. Conclusion The Rose Gold Electrolyte BMG‑118AM is a powerful and versatile 18 K rose gold plating solution. It provides fast, glossy, and warm-colored layers suitable for decorative jewelry, accessories, and technical applications. Easy to use in tank, brush, or pen/peg plating, it is ideal for hobbyists, workshops, and professional plating operations. Stable plating parameters ensure high-quality, consistent rose gold finishes.

Brass Effect Mixer BMG-065M – Electroplating Additive for Brass-Like Finishes Short Description: The Brass Effect Mixer BMG-065M is a specialized electroplating additive designed to create brass-like color tones when mixed with a gold electrolyte. By adding this mixer to a standard gold solution, the deposited layer takes on the appearance of classic brass, making it ideal for decorative and functional surface finishes. What is the Brass Effect Mixer? The Brass Effect Mixer is a color-modifying additive that is mixed with a gold electrolyte (such as clear gold or gold flash). It alters the color of the deposited metal layer to resemble traditional brass alloys. Depending on the mixing ratio, the resulting shade can range from classic brass to lighter brass tones. What is it used for? Creating brass-like finishes during gold electroplating Mixing with standard gold electrolytes Fine adjustment of color tones for decorative applications Suitable for workshop, laboratory, and small-scale industrial use Application & Mixing Ratio Standard mixture (1:10): Produces a color similar to polished 70/30 brass alloy (approx. 14 K brass appearance). Lighter tone (1.5:10): Higher mixer ratios result in a lighter brass shade. Color tuning: The exact brass tone can be precisely adjusted by varying the mixing ratio. Recommended electrodes: Graphite electrode – reliable and cost-effective Platinum electrode – for very uniform and refined coatings Technical Information Deposition rate: approx. 2.6 µm/min (1:10 ratio, 3 V, graphite electrode) Operating temperature: approx. 20–25 °C Shelf life: up to 6 months under normal storage conditions Hazard information: Product is irritating – follow safety instructions Key Benefits Enables authentic brass-like finishes using a gold electrolyte Flexible color control through adjustable mixing ratios Compatible with commonly used gold plating solutions Ideal for decorative metal finishes and surface restoration Safety Notes Wear protective gloves and safety goggles during use Ensure adequate ventilation Avoid direct skin contact Follow all safety and handling instructions provided with the product documentation Conclusion The Brass Effect Mixer BMG-065M is a professional electroplating additive for producing brass-colored coatings from a gold electrolyte. With simple mixing and precise ratio control, it allows the creation of a wide range of brass tones – from classic polished brass to lighter variations – making it a versatile solution for decorative electroplating applications.

Gold Flash Electrolyte (BMG‑084.5) Ultra‑Thin Gold Plating Solution for Base and Decorative Layers Short Description The Gold Flash Electrolyte (BMG‑084.5) is a specialized electroplating solution designed to deposit a very thin, high‑purity gold layer (“flash plating”). This ultrathin gold layer serves as an ideal base coat or decorative coating on metallic surfaces. real-gold.de Applications This gold flash electrolyte is suitable for: Very thin gold coatings („flash“ plating) Adhesion base for subsequent plating layers Decorative accent coatings on jewelry and metal parts Electrically conductive surfaces and contacts Foundation for further electroplating processes It provides excellent adhesion and a bright metallic appearance with minimal material usage. real-gold.de How Flash Gold Plating Works (Simple Explanation) Flash gold plating deposits a very thin gold layer using direct current: Clean and degrease the surface Activate for best conductivity Flash plating: Apply current – gold ions are reduced on the surface Optional finish: Rinse and dry or apply further coatings This process is ideal for achieving a thin but continuous gold surface layer with low material consumption. real-gold.de Benefits of Gold Flash Electrolyte Ultra‑thin, uniform gold coatings Excellent adhesion on metal surfaces Suitable for decorative and functional uses Compatible with tank, brush, and pad plating Ideal as base layer for additional plating steps real-gold.de Typical Parameters PropertyValue / RangeElectrolyte typeGold flash plating solutionGold contentapprox. 2 g/LLayer purity99.9 % goldVoltage4.0–6.0 VTemperature14–25 °CDeposition rateUltra‑thin “flash” layerAnodePlatinum or graphiteHardnessapprox. 180–190 HVDensityapprox. 19 g/cm³ real-gold.de Application Notes Prepare surface: Clean and degrease thoroughly. Activate: To enhance conductivity before plating. Flash plating: Run the electrolyte at recommended voltage. Finish: Rinse, dry, and optionally proceed with other layers. Safety Information Wear protective gloves, goggles, and suitable clothing Avoid contact with skin and eyes Rinse thoroughly with water if contact occurs Work in a well‑ventilated area Do not ingest; keep out of reach of children Dispose of waste according to local regulations Conclusion The Gold Flash Electrolyte (BMG‑084.5) delivers ultra‑thin and highly adherent gold layers that are perfect for use as a base or decorative finish in electroplating. Its versatility and ease of use make it suitable for both hobby and professional electroplating applications where fine, bright gold coatings are desired. real-gold.de

White Bronze Electrolyte SW10011.1 Fast plating electrolyte for bright white bronze coatings as an alternative to nickel Short Description The White Bronze Electrolyte SW10011.1 is a brush or bath electroplating solution for depositing a bright white bronze alloy on conductive metal surfaces. When used, it produces an antimicrobial white bronze layer that can replace traditional nickel plating, replicating similar hardness and color while avoiding nickel allergy issues. Real Gold Applications This bronze plating electrolyte is used to: Apply bright white bronze coatings on a variety of metals Replace nickel plating where nickel avoidance is desired Provide corrosion-resistant and antimicrobial layers Act as a barrier layer between copper/brass and gold Create decorative or functional coatings in brush or bath plating Real Gold How It Works (Simple Explanation) White bronze plating is achieved by mixing this electrolyte with an alkaline copper plating solution (1:1) and applying direct current. The bronze alloy deposits as a uniform, bright metallic layer. Real Gold Benefits High deposition rates and efficient operation Nickel-free alternative with similar physical properties Antimicrobial and corrosion-resistant surface Functions as a barrier layer before gold plating Decorative and functional surface finish Compatible with brush and bath plating Real Gold Typical Parameters PropertyValue / RangeElectrolyte typeWhite bronze plating solutionMixing ratio1 part alkaline copper : 1 part White BronzeVoltage3.2–3.5 VTemperature18–25 °C (optimum ~22 °C)ElectrodeGraphite/platinumTypical alloy~42 % Cu / 58 % SnHardness450–500 HVDensity of deposit8.6–8.8 g/cm³Plating rate0.7–1.5 µm/minShelf life~4 weeks if stored correctlyStorage2–5 °C recommendedAir sensitiveYes — keep sealed Safety Information Follow all standard electroplating safety practices: Wear protective gloves, goggles, and clothing Avoid contact with skin and eyes Use in well-ventilated areas Keep out of reach of children Dispose of wastes per local regulations Conclusion The White Bronze Electrolyte SW10011.1 is a versatile plating solution that produces bright, antimicrobial white bronze coatings with mechanical and aesthetic properties close to nickel plating. It is especially useful where nickel use is restricted or undesirable, and as a barrier layer prior to gold plating in both decorative and functional applications.

White Bronze Electrolyte SW10011.1 Fast plating electrolyte for bright white bronze coatings as an alternative to nickel Short Description The White Bronze Electrolyte SW10011.1 is a brush or bath electroplating solution for depositing a bright white bronze alloy on conductive metal surfaces. When used, it produces an antimicrobial white bronze layer that can replace traditional nickel plating, replicating similar hardness and color while avoiding nickel allergy issues. Real Gold Applications This bronze plating electrolyte is used to: Apply bright white bronze coatings on a variety of metals Replace nickel plating where nickel avoidance is desired Provide corrosion-resistant and antimicrobial layers Act as a barrier layer between copper/brass and gold Create decorative or functional coatings in brush or bath plating Real Gold How It Works (Simple Explanation) White bronze plating is achieved by mixing this electrolyte with an alkaline copper plating solution (1:1) and applying direct current. The bronze alloy deposits as a uniform, bright metallic layer. Real Gold Benefits High deposition rates and efficient operation Nickel-free alternative with similar physical properties Antimicrobial and corrosion-resistant surface Functions as a barrier layer before gold plating Decorative and functional surface finish Compatible with brush and bath plating Real Gold Typical Parameters PropertyValue / RangeElectrolyte typeWhite bronze plating solutionMixing ratio1 part alkaline copper : 1 part White BronzeVoltage3.2–3.5 VTemperature18–25 °C (optimum ~22 °C)ElectrodeGraphite/platinumTypical alloy~42 % Cu / 58 % SnHardness450–500 HVDensity of deposit8.6–8.8 g/cm³Plating rate0.7–1.5 µm/minShelf life~4 weeks if stored correctlyStorage2–5 °C recommendedAir sensitiveYes — keep sealed Safety Information Follow all standard electroplating safety practices: Wear protective gloves, goggles, and clothing Avoid contact with skin and eyes Use in well-ventilated areas Keep out of reach of children Dispose of wastes per local regulations Conclusion The White Bronze Electrolyte SW10011.1 is a versatile plating solution that produces bright, antimicrobial white bronze coatings with mechanical and aesthetic properties close to nickel plating. It is especially useful where nickel use is restricted or undesirable, and as a barrier layer prior to gold plating in both decorative and functional applications.

Black Rhodium Electrolyte BMG‑088.2 Decorative Black Rhodium Electrolyte for Dark Anthracite‑Gray Rhodium Coatings Short Description The Black Rhodium Electrolyte BMG‑088.2 is a ready-to-use electroplating solution for creating dark anthracite-gray, decorative rhodium coatings on conductive metal surfaces. The solution operates at room temperature, reducing the need for additional heating and making it particularly user-friendly. The deposited layers are uniform, color-stable, and wear-resistant, making it ideal for decorative applications in jewelry, eyewear, accessories, and high-end metal components. Applications Black rhodium plating is used for: Decorative coatings with a dark metallic effect Surface finishing for jewelry and eyewear Design and fashion components requiring a premium finish Two-tone plating effects in combination with lighter metals Applications requiring a strong, dark gray rhodium appearance This process provides a consistent, anthracite-gray decorative finish with the typical durability of rhodium plating. How Does Black Rhodium Work? (Simple Explanation) Black rhodium plating is an electrolytic process: Surface Preparation: Thoroughly clean, degrease, and optionally activate the workpiece. Electroplating: Connect the part as the cathode (negative pole); use a suitable anode, such as platinum-coated titanium. Deposition: Applying direct current causes rhodium ions to reduce and form a dark, uniform rhodium layer. Finish: Rinse and dry the plated parts to reveal the even anthracite-gray surface. The process is simple to handle and suitable for tank plating, brush plating, and pen plating. Benefits of Black Rhodium Electrolyte Dark anthracite-gray, uniform rhodium layers High wear resistance and color stability Decorative finish for jewelry, eyewear, and accessories Operates at room temperature, no heating required Easy bath handling and user-friendly Suitable for hobby, workshop, and professional electroplating Technical Parameters PropertyValue / RangeElectrolyte typeBlack Rhodium ElectrolyteRhodium contentapprox. 2.0 g/LpH< 1 (acidic)Density1.02–1.07 g/cm³Voltageapprox. 2–3 VTemperature20–27 °CCurrent density1.0–1.5 A/dm²Anode materialPlatinum-coated titanium or mixed oxideExposure time1–5 minutes (2 minutes standard)Deposition rate6–8 mg/A·minLayer thicknessup to 0.5 µmHardness300–370 HVLayer densityapprox. 10.5 g/cm³ Practical Application Tips Preparation: Clean, degrease, and optionally activate surfaces to ensure good adhesion and uniform coverage. Electroplating: Maintain recommended bath parameters and ensure proper anode-cathode distance. Post-treatment: Rinse thoroughly with clean water and gently dry. Darker shades: Adding a small darkening additive can deepen the black effect. Safety Information Wear chemical-resistant gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Work only in well-ventilated areas Do not ingest; keep out of reach of children The solution is strongly acidic and oxidizing; handle with care Conclusion The Black Rhodium Electrolyte BMG‑088.2 produces dark anthracite-gray rhodium coatings that combine decorative appeal with high wear resistance and ease of use. Operating at room temperature and suitable for tank, brush, and pen plating, this electrolyte is ideal for hobbyists, workshops, and professional applications. Its dark, uniform finish is perfect for jewelry, eyewear, accessories, and design items requiring a modern black rhodium appearance.

The perfect storage cup for electrode and cloth pad transparent with black lid Large storage beaker - Betzmann Galvanik  This stable beaker with screw cap made of PET holds approx. 370 ml. It is practical for storing the electrode with the fabric pad in the respective electrolyte. On request, you will receive the appropriate labeling for the material to be stored.   PET can with screw cap clear - 370 ml with plastic screw cap black 70 mm   

Zinc Electrolyte BMG-098.4 Mildly acidic zinc electrolyte for electroplating and corrosion protection Short Description The Zinc Electrolyte BMG-098.4 is an electroplating solution designed for galvanic zinc plating of metal surfaces. It allows steel and iron parts to be coated directly with a uniform, corrosion-protective zinc layer, making it ideal for repair work, automotive parts, fasteners and general corrosion protection for indoor and outdoor applications. The electrolyte is mildly acidic, cyanide-free and ammonium-free, easy to use and suitable for tank plating as well as brush / pen plating. What is this electrolyte used for? With this zinc electrolyte you can: protect steel and iron parts against corrosion and rust zinc-plate screws, fasteners and metal components repair damaged or worn zinc coatings protect outdoor components such as fences, railings and machine parts plate parts that cannot be removed, using brush or pen plating techniques It is suitable for both hobby applications and professional workshops. How does zinc plating work? (simple explanation) In galvanic zinc plating, zinc is deposited onto a metal surface using direct electrical current: The workpiece is thoroughly cleaned, degreased and derusted It is connected as the cathode (negative pole) A suitable zinc or graphite anode is connected as the positive pole When current is applied, zinc ions migrate from the electrolyte and form a protective zinc coating on the surface Proper surface preparation is essential to ensure good adhesion and long-lasting corrosion protection. Advantages of Zinc Electrolyte BMG-098.4 Easy to use for beginners and professionals Mildly acidic, cyanide-free and ammonium-free Produces bright, uniform zinc coatings Suitable for tank plating and brush / pen plating Good throwing power, even on complex geometries Ideal for repair work and corrosion protection Technical Parameters The following values represent typical operating parameters for zinc electroplating: PropertyValue / RangeElectrolyte typeMildly acidic zinc electrolytepH rangeAcidic (low pH)Operating temperature15–60 °CVoltage (tank plating)approx. 0.5–3.5 V (recommended ~2 V at 10 cm distance)Voltage (brush / pen plating)approx. 3–7 V (recommended ~5 V)Current densityapprox. 0.25–2 A/dm² (up to ~5 A/dm² with agitation)Deposition rateapprox. 0.8 µm/min at 2 A/dm² and 20 °CAnode materialZinc or graphiteSuitable substratesSteel, iron, copper and copper alloysNot suitable without pretreatmentAluminum, chromium, titanium Practical Application Notes Surface preparation: Clean, degrease and remove rust thoroughly Mechanical pretreatment is recommended for heavily corroded parts Tank plating: Operate within recommended voltage and current range Excessive gas formation indicates too high current Brush / pen plating: Keep the brush or pad moving evenly across the surface Safety Information Zinc electrolytes contain acidic components and zinc salts and must be handled with care: Wear chemical-resistant gloves, safety goggles and protective clothing Avoid contact with skin and eyes In case of contact, rinse immediately with plenty of water Use only in well-ventilated areas Do not discharge into drains or the environment Keep out of reach of children Always observe the Safety Data Sheet (SDS) and hazard labeling. Scope of Delivery Zinc Electrolyte BMG-098.4 Quantity according to selection Conclusion The Zinc Electrolyte BMG-098.4 is a reliable and versatile electroplating solution for producing bright, uniform and corrosion-resistant zinc coatings. When used correctly, it delivers professional results for both beginners and experienced users and is ideal for repair work, corrosion protection and general metal finishing.

Nickel Electrode Ø 6 mm (BMG-012) Short Description The Nickel Electrode Ø 6 mm is a high-quality anode made from nearly pure nickel, engineered for electroplating applications where controlled nickel ion release is essential. It delivers consistent, durable nickel deposits and is ideal for bath, pen and pad plating processes. Product Description Constructed from robust, corrosion-resistant nickel, this electrode offers excellent conductivity and uniform dissolution in the electrolyte. Using a nickel electrode helps maintain a stable nickel concentration in the bath, resulting in uniform deposits, enhanced layer properties and repeatable results. With a diameter of 6 mm and a length of approximately 95 mm, it fits standard electrode holders and plating setups. Typical Applications Nickel electroplating in various plating systems Bath, pen and pad plating techniques Corrosion protection layers and functional intermediate coatings Pre-treatment for subsequent precious metal plating Use in workshop, laboratory and production processes Key Benefits High chemical resistance: dissolves smoothly in electrolyte Stable current supply: supports reproducible plating outcomes Improved layer quality: even distribution and strong adhesion Long service life: durable material reduces frequent replacement Easy to use: fits common Ø 6 mm electrode holders Usage Instructions Preparation: Clean and degrease workpieces before plating. Setup: Install the nickel electrode as the anode, connect the workpiece as the cathode. Operation: Plate within recommended voltage and temperature ranges. Maintenance: Periodic cleaning extends electrode life and ensures consistent performance. Conclusion The Nickel Electrode Ø 6 mm is an essential component for efficient and reliable nickel electroplating, offering consistent performance for hobbyists, technicians and professional platers alike.

White Palladium Electrolyte 10 g/L BMG‑101M High‑Performance Palladium Plating Solution for Bright, Silver‑White Coatings Short Description The White Palladium Electrolyte 10 g/L BMG‑101M is a premium electroplating solution designed to deposit bright, silver‑white palladium layers. With a palladium concentration of approximately 10 g per liter, this electrolyte produces a brilliant, metallic finish that is even more striking than traditional nickel plating. real-gold.de It can be used both as a hard decorative top layer and as a nickel‑free barrier layer in multi‑step plating systems. real-gold.de Applications White palladium plating is suitable for: Applying bright silver‑white palladium coatings Nickel‑free barrier layers between copper/brass and gold Decorative finishes with high corrosion resistance Prepping surfaces for subsequent gold plating Alternatives to silver plating, as palladium does not tarnish easily  This makes it especially useful for jewelry, electronics, and other applications where an elegant, durable, and nickel‑free surface is desired.  How White Palladium Plating Works (Simple Explanation) Palladium electroplating works by using direct current (DC) to reduce palladium ions from the electrolyte onto the surface of the workpiece: Surface Preparation: Clean and degrease the part thoroughly. Plating: Connect the workpiece as the cathode and apply appropriate voltage. Deposition: Palladium ions reduce and form a uniform, silver‑white metallic coating. Finishing: Rinse with water and dry after plating.  Benefits of White Palladium Electrolyte BMG‑101M Extremely bright, silver‑white metallic finish, brighter than traditional nickel coatings  Nickel‑free and allergen‑free, ideal for skin‑contact applications  Acts as an excellent barrier layer between base metals and gold  High corrosion resistance and very low porosity, improving durability  Suitable on many substrates, including copper, nickel, brass, silver, gold, and dechromed surfaces  Can be solder‑wetted and provides strong performance on electrical contacts Technical Parameters (Practical Data) PropertyValue / RangeElectrolyte typePalladium plating solutionPalladium contentapprox. 10 g/LRecommended voltage3.0–3.5 V (pin electroplating from ~3 V, bath 3–4 V)Operating temperature48–52 °CpH7.0–8.0Deposition rateapprox. 0.17 µm/min at 0.0075 A/cm²Hardnessapprox. 488 HVDensity of depositapprox. 11.85 g/cm³Deposit purity~99.9 % palladiumAnodePlatinum mesh or graphiteAgitationVery low (mini stir rod)Lightness (L*)65 (CIE L* value)Shelf life1–2 yearsHealth/Safety classificationIrritantTransport classificationNot classified as hazardous Note: These values are practical guidelines and may vary depending on equipment, voltage, and material.  Practical Application Instructions Surface Preparation: Clean and degrease parts thoroughly to remove oils and contaminants. Plating: Heat the solution to the recommended temperature (48–52 °C). Apply recommended voltage; stable agitation with a mini stir rod improves coating uniformity. Post‑Treatment: Rinse parts with clean water after plating. Dry carefully; light polishing can enhance the finish if desired. Safety Instructions White palladium electroplating solutions contain active chemical components and must be handled with care: Wear protective gloves, eye protection, and suitable clothing Avoid contact with skin and eyes Rinse thoroughly with water if contact occurs Operate in well‑ventilated areas Do not ingest; keep out of the reach of children Dispose of waste according to local chemical waste regulations  Conclusion The White Palladium Electrolyte 10 g/L BMG‑101M is a professional‑grade electroplating solution that delivers very bright, silver‑white palladium coatings with excellent durability and low porosity. It is particularly suitable for decorative and functional applications, and as a nickel‑free barrier layer before gold plating, making it ideal for jewelry, electronics, and precision metalwork

Stainless Steel Electrode Ø 6 mm (BMG-007) Short Description The Stainless Steel Electrode Ø 6 mm is a versatile plating electrode designed for a wide range of electroplating tasks, especially degassing, activation, dechroming and chrome plating. Suitable for pen, bath and pad electroplating, it delivers consistent current flow and durable performance in your plating setups.  Product Description This electrode is made from corrosion-resistant stainless steel with a diameter of 6 mm and a length of approx. 9.5 cm, making it a compact and easy-to-handle tool for many galvanic applications. It is particularly effective for: Degreasing and activating metal surfaces prior to plating Dechroming or preparing surfaces for subsequent layers Chrome plating processes where robust anode performance is needed Pre-treatment and cleaning steps during electrochemical work  It fits standard holders and electrode grips used in pen and tampon plating and provides reliable performance in repeated or continuous use.  Key Benefits Durable stainless steel construction: Offers good chemical resistance and long service life.  Broad compatibility: Well-suited for degreasing, activation and dechroming operations.  Effective for chrome plating: Works particularly well in chromic electroplating applications. Standard size: Ø 6 mm fits most electrode handles and plating tools.  Easy to use: Ergonomic size and reliable conductivity promote smooth workflows.  Usage Tips Clean and degrease surfaces before using the electrode for best results. In plating processes such as gold or silver, consider using a graphite or platinum electrode instead, as stainless steel may contaminate some plating baths.  For chrome plating, stainless steel may be used effectively, sometimes in combination with aluminium electrodes.  Conclusion The Stainless Steel Electrode Ø 6 mm is a reliable, robust and versatile tool for a variety of electroplating and surface preparation tasks – especially degreasing, activation and chrome plating. Its solid construction and compatibility with standard plating systems make it a valuable addition to any workshop or lab.

Silver High-Speed Electrolyte BMG‑105.6 High-performance silver plating solution – 75 g of silver per liter for fast, high-quality coatings Short Description The Silver High-Speed Electrolyte BMG‑105.6 is a high-performance electroplating solution designed for the rapid deposition of high-quality silver layers. With a silver content of 75 g/L, this electrolyte enables a significantly higher deposition rate than standard silver baths, producing bright, reflective, and conductive silver coatings in less time. The layers are ideal for both decorative and functional applications. Applications This high-speed silver electrolyte is typically used for: Decorative silver plating, e.g., jewelry, accessories, and design objects Functional coatings with improved electrical and thermal conductivity High-throughput applications on large surfaces Tank, brush, and pen/peg plating, depending on equipment Multi-layer plating systems (e.g., copper → silver → gold) The higher silver concentration accelerates deposition while maintaining consistent quality. How High-Speed Silver Plating Works (Simple Explanation) Silver plating is an electrolytic process, where silver ions are reduced under direct current and deposited onto a prepared metal surface: Surface Preparation: Thoroughly clean and degrease the workpiece to remove oils and contaminants. Activation: Activate the surface chemically if needed for optimal adhesion. Electroplating: Apply direct current; silver ions migrate and form a bright silver layer on the surface. Finishing: Rinse and dry – the surface remains reflective and uniform. The high silver content allows fast and efficient deposition without compromising appearance or conductivity. Benefits of Silver High-Speed Electrolyte BMG‑105.6 High silver content (75 g/L) for faster deposition and higher productivity Bright, reflective silver surface Enhanced electrical and thermal conductivity Suitable for decorative and functional coatings Compatible with tank, brush, and pen/peg plating Robust and uniform layers even at high throughput Technical Parameters PropertyValue / RangeElectrolyte typeSilver High-Speed plating solutionSilver contentapprox. 75 g/LpHslightly acidic to neutral, optimized for high deposition ratesOperating temperature15–30 °CVoltage (tank plating)1.5–4.0 VVoltage (brush/pen plating)3–7 VCurrent density0.5–4 A/dm²Anode materialGraphite or pure silverTypical layer thickness2–10 µmSurface appearanceHigh-gloss, reflectiveLayer purity>99.9 % silverConductivityVery goodShelf life1–2 years Note: Values serve as practical guidelines; results may vary slightly depending on equipment, workpiece, and process conditions. Practical Application Tips Surface Preparation: Remove grease, oils, and contaminants by thorough cleaning and degreasing. Chemical activation may be performed to improve adhesion. High-Speed Silver Plating: Operate the electrolyte at recommended temperature, voltage, and current density. Ensure even agitation or movement for uniform layer formation. Mask areas if selective plating is needed. Post-treatment: Rinse with clean water and dry after plating. Light polishing can enhance gloss if desired. Safety Information Silver plating solutions contain chemical components and must be handled safely: Wear gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Work only in well-ventilated areas Do not ingest; keep out of reach of children Dispose of waste according to local regulations Silver salts and electrolytes can be irritating; proper protection is essential. Conclusion The Silver High-Speed Electrolyte BMG‑105.6 is a powerful and efficient plating solution that produces bright, reflective, and conductive silver layers at high speed. Its high silver content and ease of use ensure fast throughput with excellent layer quality. Ideal for jewelry, technical components, or large-surface applications, this electrolyte delivers consistent, high-quality results for hobbyists, workshops, and professional plating facilities.

Silver Electrode Ø 6 mm (BMG‑009) Short Description The Silver Electrode Ø 6 mm is a high‑purity silver anode (Ag 99.99 %) designed for electroplating applications. It provides a controlled supply of silver ions to the plating bath, enhances deposit quality and reduces silver consumption in bath, pen and pad plating processes.  Product Description Made from electrolytically refined, unalloyed fine silver with a diameter of 6 mm and length of approximately 100 mm, this electrode delivers exceptional electrical conductivity and consistent performance. Its high purity (Ag 99.99) supports stable and efficient plating. When used as a sacrificial anode, the silver dissolves into the plating solution to maintain silver ion concentration, helping to save 40 %–50 % on silver solution costs by reducing the need for frequent top‑up solutions.  Fine silver also has the highest electrical and thermal conductivity of all metals, promoting efficient current flow and stable electrochemical conditions. Typical Applications Silver plating of metal parts via bath, pen or pad methods Lowering contact resistance on conductive surfaces Improving solderability of components Research, electrochemistry and laboratory experiments As an ionization electrode in certain air or water treatment setups  Key Benefits High‑purity fine silver (Ag 99.99 %) for consistent results Excellent conductivity: supports stable current delivery Reduced silver consumption: more cost‑effective plating Universal use: compatible with multiple plating methods Reliable performance for repeated use  Usage Instructions Use with a suitable silver plating electrolyte depending on the method. Connect the silver electrode as the anode to the positive terminal of your power supply. The workpiece acts as the cathode (negative terminal). Adjust voltage and current according to electrolyte recommendations (often low volt range) for even deposits.  Conclusion The Silver Electrode Ø 6 mm is an essential accessory for producing high‑quality silver deposits in electroplating applications. Its high purity, conductivity and cost‑saving potential make it ideal for hobbyists, workshop users and professionals alike

Platinum Electrolyte BMG‑110.3 High-quality platinum electroplating solution – 2 g/L Platinum Short Description The Platinum Electrolyte BMG‑110.3 is a ready-to-use electroplating solution for the electrolytic deposition of platinum layers on conductive metal surfaces. With 2 grams of platinum per liter, this solution produces corrosion-resistant, bright, and shiny platinum coatings with a thickness of approximately 0.5–1.0 µm. Platinum offers high wear resistance and a noble gray appearance, making it suitable for decorative and technical applications. Applications Platinum coatings are used for: Decorative surfaces on jewelry and accessories Functional coatings with high abrasion and corrosion resistance Electrical contacts and components requiring excellent conductivity and durability Tank, brush, and pen plating depending on application Surface finishing either as a final layer or as a base for additional coatings Platinum provides a noble gray to silver-white metallic finish, valued both aesthetically and functionally. How Platinum Plating Works (Simple Explanation) Platinum plating is achieved via electrolytic deposition: Cleaning: Thoroughly degrease and clean the workpiece Activation: Chemically activate the surface if necessary Electroplating: Apply direct current to deposit platinum from the solution Finishing: Rinse and dry – the bright platinum layer remains intact The deposited platinum layer is uniform, very fine, and highly durable. Benefits of Platinum Electrolyte BMG‑110.3 High wear resistance of the platinum coating Corrosion-resistant, bright metallic finish Suitable for decorative and technical applications Works for tank, brush, and pen plating Easy to use with proper surface preparation Produces high-purity platinum deposits (≥ 99.9 %) Technical Parameters PropertyValue / RangeElectrolyte typePlatinum electroplating solutionPlatinum contentapprox. 2.0 g/LpH< 1 (strongly acidic)Operating temperature30–40 °CVoltagefrom 3 VPlating time2–4 minutesAnode materialPlatinum-coated titaniumLayer hardness~500 HVMaximum layer thicknessup to 1.0 µmPurity of deposit~99.9 %Deposit densityapprox. 21.4 g/cm³Deposition rate~11 mg/A·minShelf lifeover 2 yearsHazard classificationIrritant / corrosive These values provide practical guidance for proper operation and plating results. Practical Application Tips Preparation: Thoroughly clean and degrease workpieces Activate surfaces if necessary to remove oxides and contamination Platinum Plating: Operate the electrolyte in a bath or with brush/pen plating Ensure even movement or agitation for uniform deposition Mask areas selectively if partial plating is required Post-treatment: Rinse with clean water after plating Dry and, if desired, lightly polish for higher shine Safety Information Platinum electrolytes are acidic chemical solutions and must be handled carefully: Wear gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Work in well-ventilated areas only Do not ingest; keep out of reach of children Dispose of waste according to local chemical disposal regulations Conclusion The Platinum Electrolyte BMG‑110.3 is a reliable and versatile electroplating solution for producing high-quality platinum coatings. With easy handling, high wear resistance, and a noble gray finish, it is ideal for decorative jewelry and accessory surfaces as well as technical applications requiring durability and aesthetics. Correct surface preparation and operating parameters ensure uniform, long-lasting platinum layers.

Zinc Electrode Ø 6 mm (BMG‑Zinc Electrode) Short Description The Zinc Electrode Ø 6 mm is a high‑purity zinc anode (Zn 99.95 %) designed for electroplating applications where controlled zinc ion release is essential. It promotes uniform, corrosion‑resistant zinc layers and is suitable for bath, pen, and pad plating setups. Product Description This zinc electrode is crafted from unalloyed, high‑purity zinc with a diameter of 6 mm and a practical length of approximately 100–120 mm. Its composition and geometry make it suitable as a standard anode for a range of electrochemical processes, including zinc plating and ion migration studies.  During plating, zinc dissolves in a controlled manner, helping to maintain bath composition and balance metal content, which in turn leads to reliable, homogenous deposit formation. It serves as a sacrificial anode, continuously replenishing the electrolyte with zinc ions while the workpiece is plated. Typical Applications Electroplating and zinc coating operations Bath, pen and pad plating techniques Corrosion protection layers for iron, steel or copper alloys Electrochemical experimentation and teaching Practical use in laboratories, workshops, and production Key Benefits High‑purity zinc (99.95 %) for consistent ion release Efficient plating bath regeneration Versatile use across galvanic methods Uniform coating formation Standard Ø 6 mm size fits most electrode holders  Usage Instructions Preparation: Clean and degrease all surfaces before plating to ensure good adhesion. Setup: Mount the zinc electrode as the anode (positive terminal) and connect the workpiece as the cathode (negative terminal). Electroplating: Operate at appropriate voltage and current density for zinc plating; low voltages and moderate currents typically yield uniform finishes. Maintenance: Over time the electrode surface may change — periodic cleaning or replacement keeps performance optimal. Conclusion The Zinc Electrode Ø 6 mm is a reliable, easy‑to‑use component for zinc electroplating and corrosion‑resistant coatings, suitable for both hobby and professional applications, offering excellent process stability and consistent results.

Zinc Anode / Plate Electrode (SW10071) Short Description The Zinc Anode / Plate Electrode is a flat sacrificial anode made from high-purity zinc (Zn ≥ 99.8 %), designed for electroplating processes that require uniform, protective zinc coatings. It supplies zinc ions steadily into the electrolyte, promoting stable plating conditions and consistent deposit quality.  Product Description This plate electrode is made from high-purity zinc and features a flat, broad geometry (approx. 50 × 80 mm for the M size) with a thickness of about 0.7 mm, making it suitable for plating larger surface areas evenly. As a sacrificial anode, zinc dissolves in a controlled manner, helping to maintain the metal content of the bath and provide stable plating conditions.  The large active surface makes this electrode particularly suitable for bath electroplating with zinc electrolytes, ensuring uniform current distribution and improved coating quality. Typical Applications Electroplating of zinc for corrosion protection Bath plating for decorative or functional zinc finishes Plating of larger components requiring even coverage Workshop, laboratory, and educational electroplating processes Key Benefits High-purity zinc (≥ 99.8 %): supports clean, reproducible results Broad plate design: improves current distribution across surfaces Ideal for zinc electrolyte baths: enhances plating consistency Controlled electrolyte regeneration: maintains bath composition Simple to integrate: suitable for various electroplating setups Usage Instructions Preparation: Thoroughly clean and degrease the workpiece; activate if required. Placement: Position the zinc plate electrode as the anode (positive terminal) in the electrolyte, with the workpiece as the cathode. Plating: Set current and voltage according to the specific zinc electrolyte — typically low volt ranges are used. Maintenance: Clean the electrode periodically to remove oxide buildup and maintain performance. Conclusion The Zinc Anode / Plate Electrode is an efficient sacrificial anode designed for consistent and uniform zinc electroplating. Its large active surface and high material purity make it suitable for hobby, workshop, and professional electroplating applications alike.

White Bronze Mixer BMG-117.2 Electroplating additive for producing active white bronze plating baths Short Description The White Bronze Mixer BMG-117.2 is a chemical additive used to convert an alkaline copper electrolyte into an active white bronze plating bath. When combined with the appropriate copper solution, this mixer enables the deposition of bright metallic white bronze layers with good corrosion and wear resistance, suitable as a nickel alternative. Applications The white bronze mixer is used to: Create white bronze plating baths from alkaline copper solutions Produce bright, decorative white bronze coatings Apply functional metal layers with good resistance Use in tank, brush, and pen/plug plating systems This additive enables flexible galvanic processes where traditional nickel plating is not desired. How the White Bronze Mixer Works (Simple Explanation) White bronze coatings are formed by electroplating with an electrolyte that contains both a copper base and the white bronze mixer: Prepare the base bath: Set up an alkaline copper electrolyte. Add the mixer: Introduce the white bronze mixer to the copper solution. Activate the bath: The mixer modifies the chemistry, forming an active white bronze plating bath. Electroplating: Under direct current, white bronze deposits as a uniform, bright metallic layer. Benefits of White Bronze Mixer BMG-117.2 Enables active white bronze plating baths High deposition rates depending on process parameters Nickel-free alternative with similar performance Produces corrosion and wear-resistant coatings Suitable for tank, brush, and pen plating Creates bright, decorative surfaces Typical Parameters PropertyValue / RangeProduct typeWhite bronze additiveUseConversion of alkaline copper electrolytesTarget layersWhite bronze coatingsCompatibilityTank, brush, pen/plug platingApplicationAdditive to plating bathStorageCool, dry, sealed Optimal additive amount depends on copper bath composition and desired layer properties. Application Notes Bath Setup: Start with a properly prepared alkaline copper electrolyte. Adding the Mixer: Introduce the white bronze mixer slowly under gentle bath agitation. Galvanizing: Plate as usual; the modified electrolyte now deposits bright white bronze layers. Adjust current density, temperature, or additive amount for desired color and properties. Safety Information Chemical additives require safe handling: Wear protective gloves, eye protection, and appropriate clothing Avoid contact with skin and eyes Rinse immediately if contact occurs Work in well-ventilated areas Do not ingest; keep out of reach of children Dispose of waste according to local regulations Conclusion The White Bronze Mixer BMG-117.2 enables the creation of active white bronze plating baths from alkaline copper electrolytes, allowing efficient production of bright, wear-resistant white bronze coatings. It is an excellent additive for decorative and functional plating applications, suitable for hobbyists, workshops, and professional electroplating environments.

Curved Platinum Electrode (BMG-034-2) Short Description The Curved Platinum Electrode is a premium, shaped electrode with a platinized surface specifically designed for electroplating applications on convex and concave surfaces. Its curved profile delivers larger contact area, improved current distribution and faster, more even plating on contoured workpieces. Product Description This electrode features a titanium base with a fine platinum coating, offering excellent chemical inertness, high resistance to corrosion in many plating baths, and minimal contamination — ideal for brush or pen plating with precious metals such as gold, palladium and rhodium. Its curved geometry increases the active contact area against curved objects, ensuring that the plating current is distributed more uniformly and consistently across complex shapes.  Platinized titanium electrodes are widely regarded as superior to stainless steel or graphite ones because they produce cleaner, high-quality coatings, have excellent longevity and are compatible with most plating solutions, provided highly chloridic or fluoridic electrolytes are avoided.  Typical Applications Electroplating of curved metal objects (e.g., rings, reflectors, concave components) Gold, silver and precious metal finishing on contoured surfaces Repairs and detail plating on curved industrial or decorative parts Use in hobby, workshop, lab and production electroplating environments Key Benefits Curved profile: fits concave/convex shapes for improved contact Large active area: better current distribution and uniform plating Platinum coating: chemically inert and ideal for high-quality finishes Long service life: durable electrode performance with repeated use Versatile: suitable for various precious and specialty metal electrolytes Usage Instructions Preparation: Clean and degrease the workpiece; activate surface if required. Placement: Align the electrode so that it maximally contacts the curved surfaces. Plating: Set appropriate voltage and current according to the plating solution. Operation: Move the electrode evenly over the surface, leveraging the curved design for consistent contact. Maintenance: After plating, gently clean the electrode to remove residual deposits — avoid abrasive materials to preserve the platinum layer. Conclusion The Curved Platinum Electrode is a professional-grade solution for electroplating on curved and complex shapes, delivering uniform, high-quality results thanks to its increased contact area and platinum-enhanced surface. It is ideal for precise finishing tasks in hobbyist, workshop and commercial plating applications.

Gold Electrolyte BMG‑067M High-Quality Gold Plating Electrolyte – 8 g Gold per Liter Short Description The Gold Electrolyte BMG‑067M is a ready-to-use plating solution for electrolytic gold deposition on metal surfaces. Containing 8 grams of pure gold per liter, it produces bright, shiny, and corrosion-resistant gold layers on conductive metals. Suitable for hobbyists, workshops, and professional use, it can be applied in tank plating as well as brush or tampon plating. Applications The gold electrolyte is ideal for: Decorative gold plating (jewelry, accessories, design objects) Technical gold plating (contact surfaces, circuit boards, measuring devices) Corrosion protection and durable surface finishing Multi-layer systems (e.g., Copper → Nickel → Gold) For best results, surfaces should be polished, degreased, and activated before plating. How it Works (Simple Explanation) Polish: Prepare the surface to a high gloss. Clean: Degrease thoroughly (e.g., with an electrocleaner). Activate: Chemically treat the surface with an activator. Plating: Using direct current and a suitable anode (platinum or graphite), gold is deposited from the solution. The result is a thin, uniform gold layer with a high purity of 99.9%, which is bright, corrosion-resistant, and long-lasting. Advantages Easy to use for beginners and professionals Produces shiny, uniform gold layers High purity gold deposit (99.9%) Suitable for tank, brush, and tampon plating Versatile for decorative and technical applications Technical Parameters PropertyValue / RangeElectrolyte typeGold plating solutionGold contentapprox. 8 g/LpHacidic, lowOperating temperature14–25 °CVoltage3–5 VRecommended anodePlatinum or graphiteGold content in deposit99.9 % (rest carbon)Deposition rateapprox. 0.5 µm/min at 3.5 VCathode efficiencyapprox. 35–40 %Maximum layer thicknessup to 10 µmLayer hardnessapprox. 220–230 HVDeposit densityapprox. 19.3 g/cm³Storageprotect from direct sunlightShelf lifeapprox. 1–2 years Values are typical operational data; slight variations may occur depending on application. Application Instructions Surface preparation: Polish → Degrease → Activate Gold plating: Operate the electrolyte at 3–5 V with a platinum or graphite anode Partial plating: Masking possible (e.g., tape, nail polish) Sloped surfaces: Use of a leveling agent or thickener can reduce material loss Safety Instructions Gold electrolytes contain chemical components and must be handled safely: Wear chemical-resistant gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Rinse thoroughly with water if contact occurs Use only in well-ventilated areas Do not inhale vapors or aerosols Contains small amounts of potassium cyanide (~0.3%) – handle with care Do not ingest; keep out of reach of children Hazard statements: H302 (harmful if swallowed), H313 (may be harmful in contact with skin), H317 (may cause allergic skin reaction). Scope of Delivery Gold Electrolyte BMG‑067M Quantity according to selection Conclusion The Gold Electrolyte BMG‑067M is a powerful and versatile solution for gold plating, delivering bright, uniform, and corrosion-resistant gold layers. It is suitable for decorative applications (jewelry, accessories) and technical applications (contact surfaces, circuit boards). With easy handling, high gold purity, and precise deposition, it is ideal for hobbyists, workshops, and professional plating operations. Combined with proper surface preparation and activation, it ensures top-quality, durable, and visually outstanding results.

Clear Gold Electrolyte 10 g/L (BMG‑083.1) High‑Quality Gold Plating Solution for Bright, Brilliant Coatings Short Description The Clear Gold Electrolyte 10 g/L (BMG‑083.1) is a high‑performance plating solution designed to deposit clear, brilliant gold layers with a gold content of approximately 10 g per liter. It produces bright, uniform coatings ideal for decorative finishes and functional applications such as corrosion protection and solderability. This electrolyte is perfect for applications where a visually striking, silver‑bright gold surface is desired. Applications This gold electrolyte is suitable for: Decorative gold plating with a bright, reflective finish Functional layers with good corrosion and wear resistance Contact and conductive surfaces, e.g., in electronics and jewelry Multi‑layer plating systems, such as copper → nickel → gold Repairs and refinishing of plated parts The resulting layers are smooth, even, and exhibit excellent luster. How Gold Plating Works (Simple Explanation) Gold plating uses direct current (DC) to reduce gold ions from the solution onto the workpiece, forming a metallic gold layer: Preparation: Clean and degrease the workpiece. Plating: Connect the workpiece as the cathode and apply voltage. Deposition: Gold ions reduce and form a bright, uniform gold layer. Finishing: Rinse, dry, and optionally polish for maximum shine. Benefits of Clear Gold Electrolyte Very bright, high‑gloss gold finish Uniform, consistent layers Good corrosion and wear resistance Versatile applications from jewelry to technical parts Suitable for bath, pen, and tampon plating Ideal as final or decorative layer in plating processes Technical Parameters (Practical Guidelines) PropertyValue / RangeElectrolyte typeClear gold plating solutionGold contentapprox. 10 g/LLayer colorBright, clear goldRecommended voltageapprox. 2.5–4.0 VOperating temperature18–28 °CLayer thicknessApplication dependentAnode materialPlatinum or inert materialBrightnessHighAdhesionVery good on prepared metals Note: These values are general guidelines; actual results may vary with equipment and process settings. Practical Application Tips Preparation: Thoroughly clean and degrease surfaces. Remove oxidation; use an activator if necessary. Plating: Operate within recommended voltage and temperature ranges. Gentle agitation promotes uniform layer formation. Post‑Treatment: Rinse with clean water and dry. Light polishing can enhance shine. Safety Information Wear protective gloves, eye protection, and suitable clothing Avoid contact with skin and eyes Rinse with water if contact occurs Work in a well‑ventilated area Do not ingest; keep out of reach of children Dispose according to local chemical waste regulations Conclusion The Clear Gold Electrolyte 10 g/L (BMG‑083.1) is a high‑quality gold plating solution that produces bright, brilliant gold coatings ideal for decorative and functional applications. Its ease of use, versatility, and excellent coating properties make it a top choice for both hobbyists and professionals.

Storage cup for the professional coating machine 50 Ampere Betzmann Galvanoshop:    This stable cup with screw cap fits perfectly into the holder of the professional electroplating unit. Capacity 300 ml. On request, you will receive the appropriate labelling for the material to be stored.   

Rhodium Electrolyte BMG‑085.1 – White Rhodium Bright, Hard and Corrosion‑Resistant Rhodium Plating Solution Short Description The Rhodium Electrolyte BMG‑085.1 is a ready‑to‑use electroplating solution for rhodium, designed to produce exceptionally bright, white, hard and durable rhodium deposits. It is formulated for long shelf life and can be used in both tank plating, brush plating and tampon/pen plating. This makes it ideal for decorative and functional coatings, particularly where permanent brilliance and corrosion resistance are required.  The plated layer remains bright and does not tarnish like silver, making it a popular choice in jewelry, watches, accessories, and high‑wear surfaces.  What is this Rhodium Electrolyte used for? Rhodium electroplating provides a thin yet extremely durable white metal coating that offers: Bright, brilliant white finish High abrasion and wear resistance Outstanding corrosion resistance Surface protection for precious metals and alloys Enhanced durability and appearance on jewelry, watches, eyeglass frames, and decorative items It is frequently used as a top layer over gold, palladium or other base finishes for both decorative appeal and functional enhancement.  How does rhodium plating work? (simple explanation) Rhodium plating uses electrolytic deposition to transfer rhodium onto a prepared metal surface: The workpiece must be extremely clean, polished and degreased before plating. The cleaned part is connected as the cathode (negative pole). A platinum or platinum‑coated titanium anode is used as the positive pole. When DC current is applied, rhodium ions in the electrolyte are reduced and deposit as a bright, uniform rhodium layer. Because rhodium is one of the hardest precious metals, even very thin layers provide excellent scratch, wear and tarnish resistance.  Advantages of Rhodium Electrolyte BMG‑085.1 Produces a very bright white finish, brighter than silver High hardness and wear resistance, excellent for high‑use surfaces Excellent corrosion resistance and tarnish protection Suitable for tank, brush and pen plating Can be used on gold, palladium, silver and other base layers Long‑lasting bath with extended shelf life (over 5 years) Technical Parameters The following values represent typical operating conditions for a rhodium plating solution with ~2 g Rhodium content per liter:  PropertyTypical Value / RangeElectrolyte typeRhodium plating solutionRhodium contentapprox. 2 g/LpH value< 1 (strongly acidic)Operating temperature20–35 °C (can also work up to ~40 °C)Voltageapprox. 2–3 VCurrent densityapprox. 0.5–2 A/dm²Anode materialPlatinum‑coated titaniumTypical exposure time2–10 minutesDeposit appearanceBright, brilliant whiteDeposit hardnesshigh (≈ 800–900 HV)Maximum thicknessup to ~1 µm (thin decorative layer)Deposit densityapprox. 12.4 g/cm³ These parameters reflect typical conditions for rhodium plating baths producing high‑quality decorative coatings.  Application Instructions (Detailed) Surface Preparation: Thoroughly polish, clean and degrease surfaces before plating. Rinse with clean water and, if necessary, use a suitable acid dip or activator before rhodium plating. Tank Plating: Maintain plating voltage and current per recommended parameters. Use proper agitation for best uniform coverage on complex shapes. Brush / Pen Plating: Keep the plating stylus moving evenly across the workpiece. Ensure a good contact clamp connection for a consistent layer. Tips: Thin rhodium layers (< 1 µm) are typical and provide excellent finish and protection. Mask areas not to be plated using appropriate masking methods. Safety Information Rhodium plating solutions are strongly acidic and corrosive and must be handled with care: Wear chemical‑resistant gloves, eye protection and protective clothing. Avoid contact with skin and eyes; rinse thoroughly with water if contact occurs. Use only in well‑ventilated areas to avoid inhalation of fumes. Do not ingest; keep out of reach of children. Dispose of waste and rinse water according to local environmental regulations due to heavy metal content.  Conclusion The Rhodium Electrolyte BMG‑085.1 produces brilliant white, hard and corrosion‑resistant rhodium coatings, perfect for decorative and functional requirements in jewelry, watches and precision components. With careful surface preparation and adherence to operating parameters, this solution delivers consistent, high‑quality rhodium layers suitable for both hobbyists and professional applications.

Aluminium Electrode Ø 6 mm (SW10012) Short Description The Aluminium Electrode Ø 6 mm is a robust, chemically resistant anode designed for electroplating applications where aluminium offers advantages. It is ideal for chrome, nickel and other plating processes that require reliable current distribution, minimal contamination and consistent performance. Product Description Made from high-quality aluminium, this electrode delivers excellent electrical conductivity and broad chemical resistance in many electrolytes. It provides a stable current supply that enhances process consistency and helps produce uniform, reproducible deposits. With a diameter of 6 mm, it fits standard electrode holders and is suitable for bath, pen and pad plating setups. Typical Applications Electroplating processes such as chrome and nickel plating Bath, pen and pad plating Surface cleaning, activation and pre-treatment Workshop, laboratory and manufacturing environments Key Benefits Strong electrical conductivity for stable electroplating Chemical resistance in a variety of electrolytes Low contamination of the plating bath Longer service life compared to less stable electrodes Versatile compatibility with standard Ø 6 mm holders Usage Instructions Preparation: Clean and degrease workpieces thoroughly before plating. Setup: Connect the electrode as the anode; the workpiece serves as the cathode. Plating: Operate the electrolyte according to process requirements. Maintenance: Clean the electrode regularly to ensure long-lasting performance. Conclusion The Aluminium Electrode Ø 6 mm offers a reliable and versatile anode solution for a range of electroplating applications. Its combination of good conductivity, chemical resistance, and ease of use makes it suitable for hobbyists, workshop professionals and industrial plating tasks alike.

Black Ruthenium Electrolyte BMG‑089M Decorative black ruthenium plating solution for dark metallic surfaces Short Description The Black Ruthenium Electrolyte BMG‑089M is a high-quality electroplating solution designed for the deposition of dark gray to black ruthenium layers on conductive metal surfaces. It produces a uniform, dark metallic finish with subtle reflections and is suitable for both decorative and functional applications. The solution can be used in tank, brush, and pen/peg plating and provides attractive, wear-resistant ruthenium coatings when applied correctly. Applications Black ruthenium plating is used to: Create decorative effects (e.g., jewelry, eyewear, accessories) Achieve elegant dark metallic surfaces Provide functional coatings with good abrasion and corrosion resistance Produce contrast effects in multi-layer plating systems Apply via tank, brush, or pen/peg plating for versatile use The dark appearance of ruthenium is a stylish alternative to traditional surfaces like silver or gold and is ideal for modern design and jewelry items. How Black Ruthenium Plating Works (Simple Explanation) Black ruthenium plating is performed through electrolytic deposition: Surface Preparation: Clean, degrease, and dry the workpiece. Activation: Chemically activate the surface if needed to ensure optimal adhesion. Plating: Apply direct current; ruthenium is reduced from the solution and forms a dark metallic layer on the surface. Finishing: Rinse and dry the plated part – the layer shows a consistent dark metallic appearance. The color intensity can be adjusted by tuning process parameters, ranging from deep gray to near-black. Benefits of Black Ruthenium Electrolyte BMG‑089M Dark gray to black metallic finish High abrasion and corrosion resistance Decorative look for jewelry, accessories, and design items Versatile for tank, brush, and pen/peg plating Works on various substrates after proper pretreatment Uniform, high-quality layers even on complex geometries Technical Parameters PropertyValue / RangeElectrolyte typeBlack ruthenium plating solutionpHslightly acidic to neutral (process-optimized)Operating temperature20–30 °CVoltage (tank plating)2–4 VVoltage (brush/pen plating)4–8 VCurrent density0.5–3 A/dm²Anode materialGraphite or platinum-coated anodeLayer thicknessvariable, depending on application (typically thin to medium)Surface appearancedark gray to black metallicLayer hardnessmedium to highCorrosion resistancegood to very good Values serve as practical guidelines; adjustments may be required depending on equipment and workpiece. Practical Application Tips Surface Preparation: Thoroughly clean and degrease the workpiece for optimal adhesion. Optionally chemically activate to remove oxides or passive layers. Black Ruthenium Plating: Operate the electrolyte at recommended parameters. Ensure even movement or circulation for uniform coating. Mask areas selectively if required. Post-treatment: Rinse with clean water and dry. Light polishing can enhance the metallic shine if desired. Safety Information Plating solutions contain chemical components and must be handled safely: Wear gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Work only in well-ventilated areas Do not ingest; keep out of reach of children Dispose of waste according to local regulations Conclusion The Black Ruthenium Electrolyte BMG‑089M provides a reliable solution for producing dark, metallic ruthenium coatings of high quality. Its versatility and ease of use make it suitable for both decorative and functional surface finishes. With proper preparation and process control, this electrolyte delivers uniform, durable, and visually striking coatings – ideal for hobbyists, workshops, and professional plating facilities.

Chromium Electrolyte BMG-106.3Modern Chromium(III) electrolyte for the electroplating of metal surfacesShort DescriptionThe Chromium Electrolyte BMG-106.3 is a high-quality galvanic solution for decorative chromium plating of metal parts. It is suitable for hobby users, workshops, and professional applications alike.The formulation is based on Chromium(III) and does not contain highly toxic Chromium(VI). This makes the electrolyte significantly more user-friendly and safer, while still producing very bright, uniform, and glossy chromium layers.What is this chromium electrolyte used for?The Chromium Electrolyte BMG-106.3 is used to electroplate metal surfaces in order to:achieve a high-gloss, decorative surface finishprotect workpieces against corrosion and oxidationenhance the appearance and durability of metal partsTypical applications include:automotive and motorcycle parts (trim, covers, fasteners)metal handles, fittings, decorative and design componentsrestoration and repair workmodel making, hobby projects, and small-scale productionHow does chromium plating work? (simple explanation)In electroplating, a very thin layer of chromium is deposited onto a metal surface using electrical current from a liquid solution (the electrolyte).The workpiece is thoroughly cleaned, degreased, and ideally polishedThe part is connected as the cathode and immersed in the chromium electrolyteWhen direct current is applied, chromium is deposited onto the surfaceA uniform, bright chromium coating is formedNote:For best results, chromium is typically deposited onto a nickel layer. A prior copper and nickel plating significantly improves adhesion, gloss, and corrosion resistance.Advantages of Chromium Electrolyte BMG-106.3modern Chromium(III) electrolyte (no Chromium(VI))produces very bright, decorative chromium coatingswide operating current density rangeno heating required – operation at room temperature possiblesuitable for tank plating, brush plating, and tamping / pen platinguniform deposition even on complex geometriesproven product from professional electroplating technologyTechnical ParametersElectrolyte type:Chromium(III) electrolyte, decorativeElectrolyte color:blackOperating temperature:20–50 °CRecommended temperature:approx. 25 °CpH value:approx. 3.0–4.0Voltage (tank plating):1.5–6 V (recommended approx. 3 V)Voltage (brush / pen plating):3–7 V (recommended 4–5 V)Current density:4–24 A/dm²Deposition rate:approx. 0.06 µm/min at 10 A/dm²Achievable hardness:up to approx. 1000–1200 HVAnodes:insoluble anodes (e.g. MMO-coated titanium, suitable brush/pen anodes)Recommended substrate:Nickel (prior copper and nickel plating recommended)Practical Application NotesThe quality of the chromium layer strongly depends on surface preparationWorkpieces must be free of grease, dust, and oxidesThe final gloss of the chromium layer reflects the surface finish of the substrateGentle bath movement improves coating uniformityFor optimal corrosion protection, a copper → nickel → chromium layer system is recommendedSafety InformationAlthough this chromium electrolyte is safer than traditional chromium solutions, it is still a chemical product:Wear safety goggles and chemical-resistant glovesAvoid contact with skin and eyesUse only in well-ventilated areasDo not inhale vapors or ingestKeep out of reach of childrenObserve the safety data sheetScope of DeliveryChromium Electrolyte BMG-106.3Quantity according to selectionImportant NoticeThis product is not a toy and requires basic knowledge of electroplating. For best results, we recommend using suitable pre-treatment and post-treatment products from our range.

Tin‑Zinc 70/30 Electrolyte BMG‑100 Eco‑Friendly Tin‑Zinc Alloy Plating Solution for Durable Metal Coatings Short Description The Tin‑Zinc 70/30 Electrolyte BMG‑100 is a specialized electroplating solution designed to deposit a tin‑zinc alloy layer with approximately 70 % tin and 30 % zinc. This alloy coating offers excellent corrosion resistance, solderability, and ductility, while serving as an environmentally friendlier alternative to cadmium plating.  Applications This tin‑zinc alloy electrolyte is suitable for: Alloy plating with tin and zinc for protective and functional layers Corrosion protection on ferrous and non‑ferrous metals Base coatings or primers before further plating steps Functional plating for joint and mechanical components Applications that require good solderability and flexibility How It Works (Simple Explanation) Tin–zinc electroplating uses an electrical current to reduce tin and zinc ions from the electrolyte onto the surface of the part being plated. The deposited alloy forms a uniform, adherent coating that combines the beneficial properties of both metals. Benefits of Tin‑Zinc 70/30 Alloy Plating Environmentally friendlier alternative to toxic cadmium plating  Excellent corrosion resistance for demanding environments High solderability — ideal for assembly and electronics Good ductility for flexible components Even coating thickness, even in recessed areas Typical Properties PropertyValue / RangeElectrolyte typeTin‑zinc alloy plating solutionAlloy ratioapprox. 70 % tin / 30 % zincCoating finishSilver‑white to matte grey (polishable)Corrosion protectionVery goodSolderabilityExcellentDuctilityHighLayer uniformityGood in recessed and complex shapes Practical Application Notes Preparation: Clean and degrease surfaces thoroughly. Plating: Operate the electrolyte with suitable anodes such as zinc or inert materials. Gentle agitation enhances uniform deposition. Post‑Treatment: Rinse plated parts and dry thoroughly. Polishing can enhance final appearance. Safety Information Wear protective gloves, goggles, and appropriate clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Use only in well‑ventilated areas Do not ingest; keep out of reach of children Dispose of chemical waste according to local regulations Conclusion The Tin‑Zinc 70/30 Electrolyte BMG‑100 delivers durable, corrosion‑resistant alloy coatings with excellent mechanical and functional properties. Its combination of environmental friendliness, solderability, and performance makes it an ideal choice for protective and functional electroplating applications.