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 BenefitsCopper Sacrificial Anode Sheet Plate anode made of pure copper for electroplating Sacrificial anode for electrolytic copper plating Copper anode sheet for acidic copper electrolytes, copper (Cu) min. 99.9% (Cu-DHP, CW024A, 2.0090, SF-Cu) Electrolytically deposited copper is used to improve conductivity due to its excellent electrical properties, as well as a barrier layer prior to nickel and chrome plating of steel surfaces to enhance corrosion resistance, and for pre-copper plating of zinc die-castings Sheetthickness 0.7 mm Available in sizes S (25 x 150 mm), M (50 x 80 mm), L (100 x 150 mm), and XL (170 x 200 mm) Custom cuts and sheet thicknesses of 1.0 and 2.0 mm also available upon request (min. 1 m²)Size: L - 100 x 150 mmM - 50 x 80 mmS - 25 x 150 mmXL - 170 x 200 mmMaterial: Copper Thickness: 0.7 mm, 1 mm, 2 mm Purity: 99.9  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 Bright Copper Electrolyte BMG 095.2 – Mirror Finish, Conductivity & Premium Results The Acid Bright Copper Electrolyte BMG 095.2 is a high-performance plating solution designed for depositing mirror-bright, highly conductive copper layers in bath plating, pen plating, and tampon plating applications. Its optimized formulation ensures smooth, brilliant and high-gloss copper deposits, making it ideal both as a decorative finish and as a base layer for further coatings such as nickel or gold. Suitable for beginners and professionals alike, this electrolyte delivers consistent, high-quality results. Key Benefits at a Glance Mirror-bright, high-gloss copper finishes Excellent electrical conductivity Strong adhesion on metallic substrates Suitable for: Bath electroplating Pen plating Tampon plating Ideal for decorative and technical applications Fast and uniform deposition Applications Jewelry manufacturing & finishing Decorative high-gloss surfaces PCB and electronics Model making & precision engineering Base layer for gold or nickel plating Technical ParametersThe 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, titaniumImportant: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. Application Guide (Beginner to Professional) 1. Surface Preparation (critical for mirror finish) Thoroughly degrease the workpiece Activate/pickle for a clean metallic surface Rinse with distilled water Do not touch the surface afterwards 2. Bath Plating (for perfect mirror finishes) Fully immerse the workpiece Apply DC current within recommended range Agitation improves brightness and uniformity Plate until desired thickness is achieved Ideal for uniform, high-gloss coatings 3. Pen Plating (precision bright repair) Apply electrolyte via felt or sponge tip Move evenly across the surface Start with low voltage, increase gradually  Perfect for localized high-gloss applications  4. Tampon Plating (controlled bright application) Soak the tampon with electrolyte Apply evenly to the surface Maintain consistent pressure and motion  Ideal for hard-to-reach areas  Pro Tips for Maximum Brightness Perfect cleaning = maximum mirror finish Avoid excessive current density → may cause dull areas Agitation significantly improves surface quality Keep solution clean and uncontaminated Maintain stable temperature Conclusion The Acid Bright Copper Electrolyte BMG 095.2 is the perfect solution for achieving high-gloss, conductive and visually flawless copper coatings. Whether for decorative or technical use, it delivers reliable, professional-grade results every time. 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

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 Plating Solution – Ready-to-Use Weak Alkaline Palladium Electrolyte (10.0 g/L Pd)Professional Palladium Electrolyte for Bright, Decorative and Technical Palladium CoatingsThe Palladium Plating Solution is a high-quality, ready-to-use weak alkaline palladium electrolyte designed for depositing bright, high-gloss, and decorative palladium coatings.This professional electrolyte has been specifically developed for demanding applications requiring an attractive finish, outstanding durability, and reliable coating performance. The deposited palladium layers can be used both as a diffusion barrier layer and as a final decorative coating.With a palladium content of 10.0 g/L Pd, this high-performance electrolyte is ideally suited for professional applications in the jewelry industry, eyewear manufacturing, electroplating, and industrial surface finishing.The deposited palladium coating features a bright, premium precious metal appearance with a purity of 99.9% palladium, offering excellent chemical resistance, corrosion resistance, and mechanical durability.ApplicationsThe Palladium Plating Solution is ideal for:Jewelry componentsRingsNecklacesBraceletsPendantsWatches and watch componentsEyewear framesDecorative metal surfacesTechnical componentsPrecious metal intermediate layersDiffusion barrier coatingsPremium protective coatingsIdeal for:JewelersGoldsmithsEyewear manufacturersElectroplating specialistsIndustrial manufacturersSurface finishing companiesProfessional usersProduct AdvantagesReady-to-use palladium plating electrolyteHigh palladium concentration: 10.0 g/L PdBright, high-gloss palladium coatingsSuitable for decorative and technical applicationsIdeal as a diffusion barrier layerExcellent chemical and corrosion resistanceOutstanding surface qualityUniform and reliable palladium depositionHigh-purity palladium coatingProfessional quality for demanding electroplating applicationsSuitable Base MaterialsThe Palladium Plating Solution is suitable for a wide range of metallic substrates and electroplated surfaces.Suitable base materials include:GoldSilverCopperBrassNickelStainless steelSuitable electroplated intermediate layersFor optimum adhesion and long-lasting coating performance, all workpieces must be thoroughly cleaned, degreased, and activated prior to plating.Depending on the substrate and application, an appropriate intermediate or bonding layer may be recommended.Technical SpecificationsProduct TypeWeak Alkaline Palladium Plating ElectrolytePalladium Content10.0 g/L PdpH Value8.5 (Operating Range: 8.0–9.0)DensityDepending on concentration and bath conditionRecommended Operating ConditionsParameterValueVoltage1.8–2.5 VBath Temperature25–30 °CPlating Time3–8 minutesAnode MaterialGraphite or Platinum ElectrodesAnode/Cathode Surface RatioApprox. 1:1Workpiece MovementRequiredCurrent DensityApprox. 0.5 A/dm²Deposition RateDepending on process parametersBath FiltrationRecommended for baths of 10 liters or morePalladium Deposit PropertiesThe deposited palladium coating provides:Bright, high-gloss surface finishPremium precious metal appearanceExcellent chemical resistanceGood wear resistanceReliable diffusion barrier propertiesHigh-quality decorative finishTypical Deposit DataHardness: Approx. 230–250 HVMaximum coating thickness: Up to 0.5 µmPalladium purity: 99.9%Processing InformationProper surface preparation is essential for achieving high-quality palladium coatings. Before electroplating, all workpieces must be thoroughly cleaned, degreased, and activated.Maintaining the recommended operating parameters—including voltage, bath temperature, current density, and plating time—ensures consistent deposition and optimum coating quality.Variations from the recommended operating conditions may affect the brightness, structure, and performance of the deposited palladium coating.Delivery FormReady-to-use Palladium Plating SolutionPalladium concentration: 10.0 g/L PdQuality from Betzmann GalvanikBetzmann Galvanik develops and supplies professional electroplating solutions for demanding decorative and technical surface finishing applications.Our precious metal electrolytes are trusted by jewelers, manufacturers, electroplating professionals, and industrial customers worldwide for their consistent quality, excellent process stability, and reliable performance.The Palladium Plating Solution from Betzmann Galvanik delivers premium-quality palladium coatings for decorative finishes, diffusion barrier layers, and advanced technical applications.

Metal Polish Ultra-Fine – The Perfect Pre-Treatment for Premium Surface Quality For applications demanding extremely high surface quality and brilliant shine: Metal Polish Ultra-Fine is the top choice for final pre-treatment before electroplating. Ultra-Fine Cleaning Power – Ideal for Sensitive Surfaces This finely tuned formulation gently yet effectively removes: the most delicate silicone and release agent residues ultra-thin wax layers micro-contaminants and particles light oxides and adhesion inhibitors The built-in cleaner delivers deep surface cleanliness – the optimal base for uniform, high-adhesion plating layers. Brilliant, Smooth, Flawless – Even on Sensitive Materials Used with a fine microfiber cloth, this ultra-fine polish will: restore mirror-like shine to chrome and metal bring conductive plastics to a glossy, refined finish refresh used components with an elevated appearance smooth fine details and delicate contours Sensitive parts are treated gently while achieving an exceptionally even finish. Key Benefits at a Glance Ultimate pre-treatment for bath, brush, and swab plating Removes the finest residues and prepares ideal adhesion surfaces Highest level of surface quality and brilliance Suitable for metals, chrome, and conductive plastics Easy and controlled application Designed for workshop, professional labs, and industrial environments Result: Technically pristine, high-gloss surfaces with optimal adhesion and a flawless professional finish.

Aluminum Activator – The Critical Step for Perfect Plating on Aluminum The aluminum activator is a specialized chemical solution designed for the pre-treatment of aluminum surfaces prior to electroplating. Aluminum instantly forms a dense oxide layer when exposed to air. This layer acts as a barrier, preventing metals such as copper, nickel, or gold from bonding to the surface. Without proper pre-treatment, durable electroplating on aluminum is not possible. This activator removes the oxide layer and prepares the surface for strong adhesion and uniform metal deposition. Why Aluminum Requires Pre-Treatment Aluminum naturally develops an oxide film that: is electrically insulating blocks metal adhesion causes peeling and coating failure Professional electroplating requires a clean, oxide-free, and activated surface. This is exactly what the aluminum activator provides. How the Aluminum Activator Works Effectively removes oxide and passive layers Chemically activates the surface Improves wettability Enables uniform and stable metal deposition Result: strong adhesion and long-lasting coatings Key Benefits Essential for aluminum electroplating Simple, current-free application Significantly improved coating adhesion Uniform, defect-free plating results Compatible with all electroplating methods Compatible Coatings After activation, the surface is ready for: Copper Nickel Gold Silver Palladium Chrome Ideal as a base for multi-layer plating systems. Technical Specifications Application type: chemical pre-treatment (no current required) Function: oxide removal & surface activation Operating temperature: room temperature to slightly elevated Treatment time: depends on alloy and oxidation level Substrate: aluminum and aluminum alloys Post-treatment: rinse thoroughly with water Step-by-Step Instructions 1. Cleaning Remove grease, oil, and contaminants completely 2. Activation Immerse the workpiece in the aluminum activator 3. Reaction Oxide layer is chemically removed Surface becomes reactive and wettable 4. Rinsing Rinse thoroughly with clean water 5. Plating Immediately proceed with plating (e.g. copper or nickel) Important: Do not delay – aluminum re-oxidizes instantly Common Problems Without Pre-Treatment Poor adhesion Peeling or flaking coatings Uneven plating results Electrical contact issues Root cause in most cases: missing activation step Professional Tip In advanced applications, aluminum is often coated with an intermediate layer (e.g. zincate or copper strike) to further enhance adhesion and durability. Compatible Plating Methods Pen plating Brush / tampon plating Bath plating Typical Applications Jewelry and decorative finishes Automotive components Mechanical engineering Electronics Restoration and repair Safety Information Wear protective gloves and goggles Avoid skin contact Use in well-ventilated areas Store safely after use Conclusion – No Adhesion Without Proper Activation The aluminum activator is not optional—it is a critical step in aluminum electroplating. It ensures: strong adhesion uniform coatings professional, long-lasting results If you want to plate aluminum successfully, proper surface activation is mandatory. ideal for copper, nickel, and gold plating systems compatible with all electroplating setups suitable for beginners and professionals

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 Plating Solution – Ready-to-Use Weak Alkaline Palladium Electrolyte (2.0 g/L Pd)Professional Palladium Electrolyte for Bright, Decorative and Technical Palladium CoatingsThe Palladium Plating Solution is a high-quality, ready-to-use weak alkaline palladium electrolyte designed for the deposition of bright, smooth, and decorative palladium coatings.This professional electrolyte has been developed for demanding applications where excellent surface appearance, high durability, and reliable coating performance are required. The deposited palladium layers can be used both as a diffusion barrier layer and as a final decorative coating.With a palladium content of 2.0 g/L Pd, this electrolyte is ideal for applications in the jewelry industry, eyewear industry, electroplating technology, and technical surface finishing.The deposited palladium coating offers a bright appearance, excellent purity of 99.9% palladium, and outstanding chemical and mechanical resistance.ApplicationsThe Palladium Plating Solution is suitable for:Jewelry componentsRingsNecklacesBraceletsPendantsWatches and watch partsEyewear framesDecorative metal surfacesTechnical componentsPrecious metal intermediate layersDiffusion barrier coatingsIdeal for:JewelersGoldsmithsEyewear manufacturersElectroplating specialistsIndustrial manufacturersSurface finishing companiesProfessional usersProduct AdvantagesReady-to-use palladium plating electrolytePalladium concentration: 2.0 g/L PdBright and high-gloss palladium coatingsSuitable for decorative and technical applicationsCan be used as a diffusion barrier layerExcellent chemical resistanceHigh-quality surface finishUniform palladium depositionHigh purity palladium coatingProfessional electroplating qualitySuitable Base MaterialsThe Palladium Plating Solution can be used on various metallic substrates and galvanically pre-treated surfaces.Suitable materials may include:GoldSilverCopperBrassNickelStainless steelSuitable electroplated intermediate layersFor optimum adhesion and long-lasting coating performance, proper surface preparation is essential. Workpieces must be thoroughly cleaned, degreased, and activated before plating.Technical SpecificationsProduct TypeWeak Alkaline Palladium Plating ElectrolytePalladium Content2.0 g/L PdpH Value8.5 (operating range: 8.0–9.0)Density1.075 g/ml (1.070–1.080 g/ml)Recommended Operating ConditionsParameterValueVoltage1.8–2.5 VBath Temperature25–30 °CPlating Time3–8 minutesAnode MaterialGraphite or Platinum ElectrodesAnode/Cathode Surface RatioApprox. 1:1Workpiece MovementRequiredCurrent DensityApprox. 0.5 A/dm²Deposition RateApprox. 15.6 mg/AminDeposition SpeedApprox. 0.07 µm/min depending on pH value and current densityBath FiltrationRecommended from 10 litersPalladium Deposit PropertiesThe deposited palladium coating provides:Bright and attractive surface finishDecorative precious metal appearanceExcellent chemical resistanceGood wear resistanceReliable diffusion barrier propertiesHigh-quality final coatingDeposit Data:Hardness: approx. 230–250 HVMaximum coating thickness: up to 0.5 µmPalladium purity: 99.9%Processing InformationProfessional surface preparation is essential for achieving high-quality palladium coatings. Before electroplating, all parts must be thoroughly cleaned, degreased, and activated.Maintaining the recommended process parameters, including voltage, temperature, current density, and plating time, ensures uniform deposition and optimum coating quality.Variations from the recommended operating conditions may influence the brightness, structure, and properties of the deposited palladium layer.Delivery FormReady-to-use Palladium Plating SolutionPalladium concentration: 2.0 g/L PdQuality from Betzmann GalvanikBetzmann Galvanik provides professional solutions for electroplating and advanced surface finishing applications. Our precious metal electrolytes are developed for demanding customers in jewelry manufacturing, industry, technology, and research.With high-quality products, technical expertise, and reliable process solutions, Betzmann Galvanik supports customers worldwide in producing premium precious metal coatings.The Palladium Plating Solution from Betzmann Galvanik provides a professional solution for decorative palladium finishes as well as technical protective and diffusion barrier coatings.

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.

Copper Alligator Clip – Soft Negative Contact Clamp for Professional ElectroplatingPremium Copper Alligator Clip for Secure and Gentle Electrical Contact During ElectroplatingThe Copper Alligator Clip BMG-019A has been specifically developed for professional use in tank plating, pen plating, and brush plating applications. Designed exclusively as a negative contact clamp (cathode connection), it provides a secure electrical connection to the workpiece while minimizing the risk of surface damage.Manufactured from high-purity copper, the clip offers outstanding electrical conductivity with very low contact resistance, ensuring stable current transfer and consistent electroplating results. The soft copper jaws help protect delicate surfaces by significantly reducing the risk of scratches or pressure marks during clamping.Unlike zinc-plated steel clamps, the Copper Alligator Clip is rust-proof, zinc-free, and corrosion-resistant, eliminating the risk of zinc contamination of the electrolyte or workpiece. This makes it particularly suitable for high-quality precious metal plating processes such as gold plating, silver plating, rhodium plating, palladium plating, platinum plating, and ruthenium plating.Its robust copper construction also provides an exceptionally long service life and can last up to 200 times longer than conventional coated alligator clips under normal electroplating conditions.ApplicationsThe Copper Alligator Clip is ideal for:Tank PlatingPen PlatingBrush PlatingGold PlatingSilver PlatingRhodium PlatingPalladium PlatingPlatinum PlatingRuthenium PlatingCopper PlatingNickel PlatingChromium PlatingCobalt PlatingDecorative electroplatingSelective platingRepair platingSuitable for:JewelersGoldsmithsJewelry manufacturersElectroplating companiesWatchmakersLaboratoriesIndustrial applicationsProfessional workshopsHobby usersProduct BenefitsDesigned specifically as a negative contact clampManufactured from high-purity copperExcellent electrical conductivityVery low contact resistanceSoft copper jaws protect delicate surfacesMinimizes scratches and pressure marksRust-proofZinc-free constructionNo risk of zinc contaminationExtremely durableUp to 200 times longer service life than conventional coated clampsSuitable for all professional electroplating applicationsWhy Use a Copper Contact Clamp?Reliable electrical contact is essential for achieving high-quality electroplated coatings.The Copper Alligator Clip provides:Stable current transferExcellent coating adhesionUniform coating thicknessConsistent plating resultsMinimal electrical lossesGentle workpiece handlingClean precious metal deposits without zinc contaminationBy attaching the clip to a hidden or non-visible area of the workpiece, the contact mark can be kept virtually invisible after plating.Typical ApplicationsIdeal for connecting:JewelryRingsNecklacesPendantsBraceletsEarringsWatch casesEyewear framesCoinsMedalsPrecision componentsPrototype partsEngineering componentsDecorative metal partsCompatibilityThe Copper Alligator Clip is compatible with virtually all electroplating systems and laboratory power supplies.Ideal for use with:Electroplating power suppliesConnection cablesElectrode holdersGraphite electrodesPlatinum electrodesTank plating systemsPen plating systemsBrush plating systemsQuality from Betzmann GalvanikBetzmann Galvanik supplies premium electroplating accessories for professional users worldwide. Our copper alligator clips are manufactured from high-quality copper to provide outstanding conductivity, excellent durability, and reliable long-term performance. They ensure secure electrical contact and help produce consistent, professional electroplating results for jewelry manufacturing, industrial finishing, and laboratory applications.