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.

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  

Anode pad / tampon / anode sleeve / fuzzy sleeve / replacement fabric pad puffy from Betzmann Galvanik.    This puffy fabric pad / anode sleeve or also called tampon is absolutely recommended for all plating processes. Optimally suitable for all coatings and electrolytes.  The coating of larger areas is also quite fast with this pad.   The insertion hole is larger than the electrode and therefore it happens that the moist  anode pad slips off. Therefore, fix the pad on the electrode with a small rubber band.    

  Nickel Anode / Plate Electrode (SW10050M) Short Description The Nickel Anode / Plate Electrode is a high‑purity, flat nickel sacrificial anode designed for electroplating applications. It provides controlled nickel ion supply to the plating bath, ensuring stable processes and uniform nickel deposits — perfect for bath, pen and pad plating setups.  Product Description This nickel plate electrode is made from high‑purity nickel (approx. 99.8 %) and serves as a sacrificial anode in electroplating. Its flat, broad design offers a large contact area in the electrolyte, promoting even current distribution, consistent metal release and reproducible plating results.  Nickel anodes are commonly used to maintain a stable nickel ion concentration in the bath, reduce porosity, and act as a barrier layer before additional coatings like gold or chrome. Typical Applications Electroplating and nickel plating of metal parts Bath electroplating for decorative and protective nickel layers Barrier layers before further plating processes Workshop, laboratory and production electroplating Use in corrosion‑resistant contact applications  Key Benefits High purity (~99.8 %): ensures clean nickel ion release Large surface area: promotes even current distribution in the bath Stable plating conditions: supports reproducible nickel deposits Improved adhesion and quality: suitable for both decorative and functional finishes Easy to use: flat shape fits standard plating tanks  Usage Instructions Preparation: Clean, degrease and activate workpieces before plating. Setup: Place the nickel anode as the positive electrode (anode) in the electrolyte. Power connection: Connect the nickel anode to the positive terminal and the workpiece to the negative terminal (cathode). Plating: Operate within the recommended voltage and temperature ranges for your nickel electrolyte to achieve uniform layers. Maintenance: Periodic cleaning after extended use helps maintain performance. Conclusion The Nickel Anode / Plate Electrode is a robust and versatile accessory for nickel electroplating processes, offering a wide active surface, high purity and stable ion supply — ideal for bath, pen and pad plating across workshop, lab and production environments.

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.

Copper Conductive Paint BMG-058-K.2 Electrically conductive copper paint for repair, conductivity improvement and contact paths Short Description The Copper Conductive Paint BMG-058-K.2 is a ready-to-use, electrically conductive coating and repair paint based on copper. It is designed for spot or area repair of conductive paths, electrification of surfaces, and filling small breaks in conductors, as well as for creating electrically conductive layers on non-metal parts. The paint delivers good conductivity, adheres reliably to many substrates, and can be used in a wide range of electronics, fine mechanics, and industrial applications. Applications The copper conductive paint is used for: Repair and restoration of conductor tracks on PCBs, contacts and circuits Creating conductive connections on non-metallic supports Filling small discontinuities in conductive elements and contact points Improving electrical transitions during assembly or repair Prototyping and fine wiring in electronic and electrical projects It is suitable for workshop, hobby, and professional repair and assembly tasks. How It Works (Simple Explanation) Conductive paint contains finely dispersed copper particles. After application and drying, the paint forms an electrically conductive layer as the copper particles connect within the film: Prepare the surface: Clean and degrease the area. Apply the paint: Use a brush, applicator, or fine needle to apply. Dry / Cure: The paint dries and becomes electrically conductive. Post-work: Mechanically refine or electroplate over the conductive layer if needed. Benefits of Copper Conductive Paint BMG-058-K.2 Electrically conductive coating immediately after drying Good adhesion on metal, plastic, and ceramics Easy to apply with basic tools Repair-friendly for conductive paths and contacts Versatile use in electronics, sensors, and fine mechanical assemblies Can serve as a pre-layer for electroplating Technical Parameters (Guidelines) PropertyValue / RangeProduct typeElectrically conductive copper paintCompositionCopper-filled coating systemConductivityElectrically conductiveDryingAir dry or gentle heating to accelerateAdhesionGood on metal, plastic, ceramicApplicationBrush, applicator, precision tipLayer thicknessSeveral micrometers (µm), application-dependentCuringAmbient conditions, relative humidity relevant Practical Application Tips Preparation: Clean and degrease thoroughly. Application: Apply the paint in thin layers to the desired area. For higher conductivity, apply multiple thin layers. Drying: Allow to dry at room temperature; gentle heating can speed curing. Aftercare: Once fully dry, the layer can be mechanically worked on or plated over. Safety Information Conductive paints contain chemical solvents and must be handled safely: Wear protective gloves and eye protection Avoid contact with skin and eyes Work in a well-ventilated area Do not ingest; keep out of reach of children Avoid eating, drinking or smoking while working Dispose of according to local chemical waste regulations Conclusion The Copper Conductive Paint BMG-058-K.2 is a practical and electrically conductive coating and repair solution. It is ideal for creating and repairing conductive paths, improving connectivity, and as a foundation for further plating steps. With simple application, reliable adhesion, and good conductivity, it is suited for workshops, professionals and electronics enthusiasts alike.

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.

Nickel Remover / Nickel Stripper SW10014 Effective chemical solution for removing electroplated nickel layers Short Description The Nickel Remover / Nickel Stripper SW10014 is a chemical solution designed for the fast, controlled, and efficient removal of electroplated nickel layers from metal surfaces. It is ideal for workshops, electroplating labs, hobby projects, or professional applications where existing nickel coatings need to be removed before re-plating or surface refinishing. Applications The nickel stripper is used to: Safely and uniformly remove electroplated nickel layers Prepare metal surfaces for re-plating Remove damaged, uneven, or aged nickel layers Restore metal parts prior to polishing or coating Use in workshops, small-scale production, and professional electroplating processes How Nickel Removal Works (Simple Explanation) Mechanical removal of nickel is difficult or may damage the base metal. The nickel remover uses a chemical reaction that selectively dissolves the nickel layer without significantly affecting the underlying metal (e.g., copper, brass, steel) when applied correctly: Preparation: Degrease and clean the workpiece. Immersion: Fully submerge the nickel-plated part in the solution. Dissolution: Chemical interaction dissolves the nickel layer. Completion: After removal, rinse parts thoroughly with water. Benefits of Nickel Remover SW10014 Efficient removal of electroplated nickel layers Selective toward nickel, gentle on most base metals Prepares surfaces for subsequent electroplating or finishing Easy bath application – no mechanical stripping required Suitable for hobby, workshop, and professional use Technical Parameters PropertyValue / RangeProduct typeNickel Remover / Chemical Nickel StripperApplicationChemical removal of nickel layersOperating temperatureRoom temperature to slightly warmedBath typeNon-electrolytic chemical processSuitable layersElectroplated nickelBase metalsCopper, brass, steel, stainless steel (after pretreatment)Reaction timeDepends on layer thickness and conditionLayer thicknessAll standard electroplated nickel layersSafety precautionsProtective equipment requiredStorageCool, dry, tightly closed container Note: Values are for general guidance and may vary depending on layer and application. Practical Application Tips Preparation: Degrease and clean the workpiece before immersion for best results. Nickel Removal in Dip Bath: Fully submerge the workpiece in the solution. Monitor reaction time – nickel dissolves depending on thickness and temperature. Remove the workpiece once the nickel layer is dissolved. Post-treatment: Rinse thoroughly with clean water to remove all residues. Degrease and activate before applying new coatings if required. Safety Information The nickel remover is a strong chemical solution that must be handled carefully: Wear chemical-resistant 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 – seek medical attention if swallowed Keep out of reach of children Dispose of waste according to local chemical disposal regulations Conclusion The Nickel Remover / Nickel Stripper SW10014 is a reliable chemical solution for efficiently and controlled removal of electroplated nickel layers. It is ideal for workshops, hobbyists, and professional electroplating facilities that need to prepare surfaces for re-plating or further processing without mechanical effort or damage to the base material. The chemical dip bath application ensures uniform, gentle nickel removal and simplifies subsequent processes.