Copper Plate Electrode (SW10051M) Short Description The Copper Plate Electrode is a large‑area sacrificial anode made from high‑purity copper (≥ 99.9 %) designed for electroplating. It provides a consistent supply of copper ions to the electrolyte, promoting stable baths, uniform deposits and improved conductivity in copper plating applications.  Product Description This plate is manufactured from pure copper, which dissolves evenly into the electrolyte to maintain a consistent metal ion concentration. The flat, broad surface makes it ideal for covering larger workpieces or for use in plating tanks where even current distribution is critical to achieving high‑quality copper coatings. Copper anodes like this plate are typically used in bath electroplating settings and can also serve as a foundation layer before other coatings such as nickel or chrome are applied. Typical Applications Electroplating of copper on metal substrates Bath plating for decorative or functional copper layers Undercoat / intermediate layer before nickel or chrome plating Workshop, lab and production electroplating Applications involving larger workpieces requiring extensive coverage  Key Benefits High copper purity (≥ 99.9 %): clean ion release for consistent baths Broad plate design: promotes uniform current distribution Improved deposit quality: even, durable copper coatings Flexible use: suitable for a range of plating setups Easy integration: fits naturally into standard bath electroplating processes  Usage Instructions Preparation: Thoroughly clean and degrease all workpieces prior to plating. Placement: Position the copper plate electrode as the anode (positive terminal) in the electrolyte. Connect: Attach the electrode to the positive output of your power supply and the workpiece to the negative (cathode). Plating: Adjust voltage and current according to the specific copper electrolyte used. Maintenance: Periodically clean off any buildup to maintain performance and longevity. Conclusion The Copper Plate Electrode is a reliable, versatile accessory for copper electroplating, offering consistent performance and uniform deposition thanks to its large active surface and high material purity — suitable for hobbyists, workshop use and professional electroplating environments alike.

Acid Copper – Bright Copper Electrolyte BMG-095.1 Acid bright copper electrolyte for high-gloss copper electroplating Short Description The Acid Bright Copper Electrolyte BMG-095.1 is a high-quality electroplating solution designed for electroplating copper onto metal surfaces. It is suitable for tank plating as well as brush / pen plating and produces very smooth, bright and uniform copper coatings with excellent electrical conductivity and mechanical properties. This acidic copper electrolyte is more powerful than alkaline copper systems and is used whenever high surface quality, strong adhesion and excellent brightness are required. What is this electrolyte used for? The acid bright copper electrolyte is used for electroplating conductive metals in order to: provide corrosion protection create decorative, high-gloss copper surfaces serve as an intermediate layer for further coatings (nickel, silver, gold, chromium) improve electrical and thermal conductivity build complex multilayer systems such as copper → nickel → chromium or copper → nickel → gold How does copper electroplating work? (simple explanation) In electroplating, copper is deposited onto a workpiece using direct electrical current: The workpiece is thoroughly cleaned and degreased It is connected as the cathode (negative pole) A suitable anode (copper or graphite) is connected as the positive pole When current is applied, copper ions migrate from the electrolyte and form a copper layer on the surface The result is a smooth, bright and conductive copper coating. Advantages of the Acid Bright Copper Electrolyte Produces high-gloss, uniform copper coatings Excellent electrical conductivity Suitable for tank plating and brush / pen plating Ideal as a base layer for nickel and decorative metal coatings Good polishability, reducing post-polishing effort Reliable performance when operated within recommended parameters Technical Parameters The following values represent typical operating parameters for acid bright copper electrolytes: PropertyValue / RangeElectrolyte typeAcid bright copper electrolytepH valueapprox. 1Operating temperature15–50 °CVoltage (tank plating)0.5–2.5 V (recommended ~1–1.5 V at 10 cm electrode distance)Voltage (brush / pen plating)1.2–4.5 V (recommended ~3 V)Current density0.6–5 A/dm² (up to ~7 A/dm² with agitation)Deposition rateapprox. 1 µm/min at 5 A/dm² and 20 °CAnode materialCopper or graphiteSuitable substratesCopper, brass, stainless steel, acid-resistant metalsNot suitable without pretreatmentAluminum, chromium, zinc, tin, titanium Important: Acid-sensitive metals such as steel, iron or zinc must first be pre-plated with an alkaline copper electrolyte before using this acid copper system. Practical Application Notes Surface preparation: Thorough degreasing and cleaning are essential No grease, fingerprints or residues should remain on the surface Tank plating: Maintain recommended voltage and current density Keep appropriate distance between anode and cathode Brush / pen plating: Keep the plating pad in constant motion for uniform deposition Temperature: Can be used at room temperature or heated up to 50 °C for improved deposition behavior Safety Information Acid copper electrolytes contain acidic components and copper salts and must be handled carefully: 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 inhale vapors or aerosols Do not discharge into drains or the environment Keep out of reach of children Always observe the Safety Data Sheet (SDS) and applicable hazard labeling. Scope of Delivery Acid Bright Copper Electrolyte BMG-095.1 Quantity according to selection Conclusion The Acid Bright Copper Electrolyte BMG-095.1 is a professional electroplating solution for producing bright, smooth and conductive copper coatings. It is ideal both as a stand-alone copper finish and as a high-quality base layer for further electroplating processes. When used correctly, it delivers reliable, professional results for both beginners and experienced users.

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.

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  

Ultra-fine metal polish from Betzmann GalvanikSuitable for a wide range of applications: Spectacular shine, polishing out minor scratches, removing light rust and oxidation. Can be used on various materials: metals (aluminum, copper, brass, stainless steel, chrome, etc.), plastic, paint, and fiberglass.

Aluminium Pretreatment BMG-063.5 Special chemical solution for aluminium surface preparation prior to electroplating Short Description The Aluminium Pretreatment BMG-063.5 is a chemical solution designed for the effective, current-free preparation of aluminium surfaces before subsequent electroplating processes. Aluminium rapidly forms a stable oxide layer when exposed to air, which prevents proper adhesion of electroplated coatings. This pretreatment removes oxide and passive layers, activates the surface, and improves wettability, ensuring reliable adhesion of later metal coatings such as nickel, copper, or gold. Applications The aluminium pretreatment is used for: Removal of oxide and passive layers on aluminium Surface activation prior to electroplating Improved adhesion of subsequent metal coatings Preparation for tank, brush, or pen plating Ensuring uniform, durable electroplated layers Proper pretreatment is essential for achieving high-quality and long-lasting coatings on aluminium. How the Pretreatment Works (Simple Explanation) Aluminium naturally reacts with oxygen and forms a thin but dense oxide film that blocks electroplating. The Aluminium Pretreatment BMG-063.5 uses a chemical activation process to prepare the surface: Cleaning: Aluminium parts are cleaned and degreased. Pretreatment: Parts are immersed in the aluminium pretreatment solution. Activation: The chemical reaction removes oxides and activates the surface. Rinsing: Parts are thoroughly rinsed with water. Plating: The activated surface is now ready for electroplating. Advantages of Aluminium Pretreatment BMG-063.5 Effective oxide and passive layer removal Improves adhesion of electroplated coatings Current-free process, easy to apply Suitable for various aluminium alloys Compatible with multiple subsequent plating systems Improves coating quality and durability Technical Parameters PropertyValue / RangeProduct typeAluminium pretreatment solutionApplication methodChemical, current-freeFunctionOxide removal and surface activationOperating temperatureRoom temperature to slightly heatedTreatment timeDepends on alloy and oxidation levelSuitable materialsAluminium and aluminium alloysPost-treatmentRinse thoroughly with waterStorageCool, dry, tightly closed Note: Treatment time varies depending on aluminium alloy and degree of oxidation. Practical Application Notes Preparation: Remove grease and visible contamination before treatment. Pretreatment: Fully immerse parts in the pretreatment solution. Observe the reaction and adjust treatment time as required. Remove parts once activation is complete. After Treatment: Rinse thoroughly with clean water. Dry the parts; the surface is now activated and ready for plating. Safety Information Chemical pretreatment solutions contain active substances and must be handled carefully: Wear chemical-resistant gloves, safety goggles, and protective clothing Avoid skin and eye contact Rinse immediately with plenty of water in case of contact Use only in well-ventilated areas Do not ingest; keep out of reach of children Do not eat, drink, or smoke while handling Dispose of according to local chemical waste regulations Conclusion The Aluminium Pretreatment BMG-063.5 is an essential process step for successful electroplating on aluminium. By effectively removing oxide layers and activating the surface, it ensures excellent adhesion, uniform coatings, and long-term durability of subsequent electroplated layers. This product is suitable for hobby users, workshops, and professional electroplating operations seeking reliable and repeatable results.

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.

Palladium Electrolyte BMG-113M Palladium plating solution – bright, silvery finish and nickel alternative Short Description The Palladium Electrolyte BMG-113M is a ready-to-use plating solution for electroplating palladium onto metal surfaces. It produces a bright, silvery, corrosion-resistant palladium coating that enhances surface properties and can serve as a barrier layer or decorative top layer. Palladium electroplating is a valuable option when a nickel replacement or high-quality palladium finish is needed.  Unlike traditional nickel electrolytes, the palladium solution is not carcinogenic and is suitable for use by private and professional users alike. What is this electrolyte used for? This palladium electrolyte is used to apply a thin, bright palladium layer on conductive metals, providing benefits such as: Barrier layer before gold plating (prevents metal interdiffusion) Allergy-friendly alternative to nickel for barrier or decorative layers High corrosion resistance Uniform, silvery finish suitable for decorative and functional plating Excellent base for subsequent gold plating Common substrate metals include copper, nickel, brass, silver, gold and all dechromed surfaces. How does palladium electroplating work? (simple explanation) Palladium electroplating works by using electrical current to deposit palladium ions from the plating solution onto a workpiece: The part must be thoroughly cleaned and degreased. The workpiece is connected as the cathode (negative pole). A suitable anode (e.g., graphite or platinum) is used as the positive pole. When current is applied, palladium ions in the electrolyte are reduced and deposit as a bright palladium layer on the surface.  The palladium layer offers excellent conductivity, corrosion resistance, and a silvery decorative appearance. Advantages of Palladium Electrolyte BMG-113M Excellent nickel substitute for barrier layers in multi-layer systems No activation required before gold plating (unlike nickel) Produces bright, silvery, low-porosity palladium deposits Good deposition efficiency with minimal gas evolution Suitable for hobbyists, workshops, labs and professional use Not classified as carcinogenic and can be used by private individuals A common plating sequence is: copper (acidic or alkaline) → palladium → gold for optimal results. Technical Parameters (Values below represent typical operating conditions for palladium electroplating solutions.)  PropertyTypical Range / ValueElectrolyte typePalladium plating solutionPalladium content~ 2 g/L (for this specific grade)pH value~ 7.0–7.2 (pre-palladium) / 8.5–9.0 (final layer)Operating temperature25–30 °CVoltage (bath plating)3.0–4.0 VVoltage (brush / pin plating)from 3 VCurrent densityapprox. 0.5–1.0 A/dm²Recommended electrodesGraphite or platinum anodePlate purity~ 99.9 % palladiumDeposition rate~ 0.06 µm/min at ~0.5 A/dm²Typical hardness~ 230–250 HVDensity of deposit~ 11.8 g/cm³ Practical Application Notes Thorough cleaning and degreasing are essential before palladium plating. Palladium plating can be used as a top decorative layer or as a barrier layer under gold. For best results, use a platinum or graphite anode and maintain consistent movement in brush plating to ensure uniform coverage. Palladium plating layers will show very bright, silvery color and excellent corrosion resistance.  Safety Information Palladium electrolytes are chemical solutions and require appropriate safety measures: Wear chemical-resistant gloves, eye protection and suitable clothing Avoid contact with skin and eyes Rinse immediately with water in case of contact Use only in well-ventilated areas Do not ingest and keep out of reach of children Follow all instructions on the Safety Data Sheet (SDS) Although less hazardous than some nickel solutions, palladium solutions may still cause irritation and must be handled cautiously. Scope of Delivery Palladium Electrolyte BMG-113M Quantity according to selection Conclusion The Palladium Electrolyte BMG-113M is a versatile and high-quality plating solution that produces bright, corrosion-resistant palladium coatings. It is an excellent alternative to nickel for barrier layers and decorative finishes, and suitable for both hobbyists and professional users seeking reliable, high-quality results.

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.

Kupfer Krokoklemme - Kupferklemme Minus:Immer nur im Einsatz als Minus zu verwenden! Damit kann an verdeckter Stelle angehalten oder dasMinus an verdeckter Stelle an geklippt werden. Rostfrei und langlebig. Die sehr weiche Klemme verhindert Kratzer beim Kontaktieren.     Rust proof and long life Zinc free, these clips represent no possibility of contamination – plus they last up to 200 times longer than plated clips.