Nickel Remover / Nickel Stripper – Chemically Remove Nickel Plating with Professional ResultsProfessional Nickel Stripper for Electroplating, Jewellery, Restoration and Industrial ApplicationsThe Nickel Remover from Betzmann Galvanik is a highly effective, ready-to-use chemical solution designed for the selective removal of electroplated nickel coatings and electroless nickel (Ni-P) deposits. The Nickel Stripper works without electricity, allowing nickel coatings to be removed safely, efficiently and with minimal attack on the base material.Whether you are working in electroplating, jewellery manufacturing, restoration, precision engineering or industrial metal finishing, this professional nickel stripper provides a fast, reliable and economical solution for removing worn, damaged or incorrectly applied nickel coatings prior to replating.Your Benefits at a GlanceChemically removes nickel without electricityReady to use – no mixing requiredRemoves electroplated nickel coatingsRemoves electroless nickel (Nickel-Phosphorus / EN)High stripping rate of up to 50 microns per hourHigh capacity – up to 40 g of nickel per litreGentle on copper, brass, steel and silverEasy and safe to useLow odourReusable for long service lifeNo grinding or abrasive blasting requiredProfessional quality from Betzmann GalvanikFast, Controlled and Reliable Nickel RemovalNickel coatings often need to be removed before replating, restoration or repair work. Mechanical methods such as grinding or blasting are time-consuming and may damage valuable base materials.The Nickel Stripper selectively dissolves nickel coatings while leaving the substrate largely unaffected. This allows workpieces to be replated immediately after stripping and avoids the production of hazardous nickel dust associated with mechanical removal methods.Typical ApplicationsIdeal for:Electroplating workshopsJewellery manufacturingJewellery repairWatchmakingRestorationClassic car restorationPrecision engineeringModel makingTool makingMechanical engineeringIndustrial metal finishingLaboratoriesReworking defective electroplated partsSuitable MaterialsSuitable for use on:CopperBrassSteelSilverEffectively removes:Electroplated nickelElectroless nickel (Nickel-Phosphorus / EN)For unknown alloys, a preliminary compatibility test is always recommended.Easy ApplicationThoroughly clean and degrease the workpiece.Pour the Nickel Stripper into a suitable polypropylene (PP), borosilicate glass, ceramic or enamel container.Heat the solution to 50–65 °C for optimum stripping performance.Completely immerse the workpiece.Agitate the workpiece gently during the process.Rinse thoroughly with clean water after stripping.Replate or continue processing immediately.Gentle agitation improves stripping performance. Thick nickel coatings may require multiple stripping cycles.Technical DataProcess: Chemical, immersionPower supply required: NoOperating temperature: 50–65 °CStripping rate: Up to 50 µm/hourCapacity: Approximately 40 g nickel per litreReusableReady-to-use solutionWhy Choose Betzmann Galvanik Nickel Stripper?Compared with mechanical stripping or aggressive removal methods, the Betzmann Galvanik Nickel Stripper offers significant advantages:Gentle on the base materialUniform nickel removalFully controllable stripping processCost-effective operationLong bath lifeReusable solutionNo electrical equipment requiredProfessional results for hobbyists and industry alikeIt is the ideal solution for electroplating companies, jewellery manufacturers, restoration workshops and industrial surface finishing.Safety InformationAlways use the Nickel Stripper in accordance with applicable safety regulations.Wear protective glovesWear safety gogglesUse only in well-ventilated areasAvoid skin and eye contactKeep out of reach of childrenNickel-containing waste solutions must be disposed of in accordance with local environmental regulations. Always follow the Safety Data Sheet (SDS) and product label instructions.Quality from Betzmann GalvanikThe Nickel Remover / Nickel Stripper from Betzmann Galvanik has been developed for the professional, safe and efficient removal of nickel coatings. Its high stripping performance, ease of use and excellent material compatibility make it the perfect solution for electroplating, jewellery production, restoration and industrial metal finishing.

Bright Nickel Electrolyte – Ready-to-Use Nickel Plating Solution for Tank, Pen and Brush PlatingProfessional Bright Nickel Electrolyte for Highly Glossy, Corrosion-Resistant and Wear-Resistant Nickel CoatingsThe Bright Nickel Electrolyte from Betzmann Galvanik is a premium-quality, ready-to-use electroplating solution developed for depositing brilliant, highly reflective nickel coatings. It is suitable for both decorative and technical electroplating applications and can be used in tank plating, pen plating, and brush plating.The deposited nickel coatings provide excellent corrosion protection, high hardness, outstanding adhesion, and a bright silver-like finish with the characteristic warm tone of pure nickel. Bright nickel is widely used both as an attractive decorative finish and as a functional intermediate layer for subsequent precious metal coatings.This professional electrolyte is suitable for hobby users, workshops, jewelry manufacturers, restoration specialists, and industrial electroplating applications.Your AdvantagesReady-to-use bright nickel electrolyteBrilliant high-gloss nickel finishExcellent corrosion protectionOutstanding wear resistanceHigh chemical resistanceIdeal diffusion barrier for precious metal platingSuitable for tank, pen, and brush platingDecorative and technical applicationsEasy to useProfessional quality from Betzmann GalvanikTypical ApplicationsPerfect for:Jewelry manufacturingJewelry repairWatchmakingClassic car restorationMotorcycle partsAutomotive componentsMechanical engineeringModel makingMetal finishingElectrical contactsElectronic componentsDecorative metal partsIndustrial electroplatingRestoration projectsExcellent Corrosion Protection and Decorative FinishNickel is one of the most important electroplating metals worldwide. Even relatively thin nickel coatings significantly improve corrosion resistance while protecting metal surfaces against humidity, water, air, diluted acids, and alkaline solutions.For maximum corrosion protection, the classic plating sequence is recommended:Copper → Bright Nickel → ChromiumThis combination produces an exceptionally durable, highly reflective, and wear-resistant surface.Bright nickel can also be used as a decorative final finish without an additional chromium layer.Ideal Diffusion BarrierBright nickel is frequently used as an effective diffusion barrier between copper and precious metal coatings. It prevents migration of base metals into the final coating and maintains long-term colour stability.It is the ideal intermediate layer before:Gold platingRose gold platingWhite gold platingSilver platingPalladium platingRhodium platingBlack rhodium platingRuthenium platingChromium platingSuitable Base MaterialsSuitable for plating:SteelIronCopperBrassBronzeSilverGoldNickelNickel alloysStainless steel should first be activated using a suitable Nickel Strike to ensure excellent adhesion.Not suitable for direct plating on:AluminiumTitaniumChromiumZincThese materials require appropriate pretreatment or specialised intermediate coatings.ApplicationBefore plating, all workpieces should be thoroughly cleaned, degreased, and, where necessary, derusted.For best results, follow these preparation steps:CleanDegreaseActivateNickel plateRinseApply additional decorative coatings if requiredThe use of a Nickel Anode is highly recommended to maintain a constant nickel concentration and maximise electrolyte service life.The magnetic properties of ferromagnetic workpieces remain unchanged after nickel plating.Technical SpecificationsElectrolyte DataReady-to-use electrolytepH value: approx. 4Operating temperature: 15–60 °CRecommended Operating ConditionsCurrent density: 0.3–3.0 A/dm²Up to 5 A/dm² with solution agitationTank plating:Approx. 2.8 V (5 cm electrode distance)Approx. 4.0 V (10 cm electrode distance)Approx. 6.6 V (20 cm electrode distance)Pen and brush plating:Approx. 6–12 VoltsRecommended: 8–9 VoltsPlating time: 10–60 minutesDeposition rate: Approx. 0.2 µm/min at 2 A/dm² and 20 °CAnode material: Nickel AnodeCoating PropertiesBrilliant high-gloss nickel finishBright silver-like appearanceCharacteristic warm nickel colourExcellent adhesionOutstanding corrosion resistanceHigh chemical resistanceExcellent wear resistanceEffective diffusion barrierMagnetic properties of the base material remain unchangedSupplied AsReady-to-use Bright Nickel ElectrolyteAvailable in various container sizesQuality from Betzmann GalvanikBetzmann Galvanik develops premium electroplating solutions for decorative and technical surface finishing. The Bright Nickel Electrolyte produces brilliant, uniform nickel coatings with outstanding corrosion protection and is ideal both as a decorative final finish and as a diffusion barrier before precious metal plating in tank plating, pen plating, and brush plating applications.

High-Speed Hard Gold Electrolyte 12 g/L – For Pen Plating, Tank Plating and Brush PlatingHigh-Speed Hard Gold for Fast, High-Quality Gold DepositsThe High-Speed Hard Gold Electrolyte containing 12 g/L gold is designed for electroplating applications requiring fast gold deposition. It is suitable for pen plating, tank plating and brush plating, allowing both precise local gold plating and the coating of suitable workpieces in a plating bath.According to the technical product specifications, the deposited gold layer has a gold content of 99.9% and a hardness of 220–230 HV. The specified deposition rate is approximately 0.8 µm per minute at 3.5 volts using a platinum electrode, under the stated reference conditions.With its high gold concentration and fast deposition rate, this electrolyte is suitable for demanding gold-plating work, decorative surface finishing and targeted replating applications.Key BenefitsHigh-Speed Hard Gold Electrolyte containing 12 g/L goldSuitable for pen plating, tank plating and brush platingGold content of the deposited layer: 99.9%Fast deposition rate of approximately 0.8 µm/min under the specified reference conditionsDeposit hardness of 220–230 HVSuitable for decorative gold plating and replatingFor use with platinum or carbon electrodesDesigned for professional users and demanding electroplating applicationsTechnical DataPropertySpecificationProduct typeHigh-Speed Hard Gold ElectrolyteGold concentration12 g/LVoltage range3.0–4.5 voltsOperating temperature14–25 °CElectrode materialPlatinum or carbonGold content of deposited layer99.9%Deposition rateApprox. 0.8 µm/min at 3.5 V with a platinum electrodeDeposit hardness220–230 HVDeposit density19.3 g/cm³Deposit stressMediumStorageProtect from sunlightShelf life1 yearPotassium cyanide content0.3%Transport classification according to product dataNot classified as dangerous goods for transport; no UN number specifiedPen Plating ApplicationsPen plating is particularly suitable for precise gold plating of small areas, edges, individual component sections and repair spots. Using a suitable plating unit and pen electrode, selected areas can be coated without immersing the entire workpiece in a plating bath.The specified voltage range is 3.0–4.5 volts. The appropriate setting depends on the plating unit, electrode, workpiece surface and operating conditions.Brush Plating ApplicationsIn brush plating, the electrolyte is applied to the prepared workpiece using a suitable applicator or swab saturated with electrolyte. This method is suitable for selective gold plating of larger areas and components that cannot be fully immersed in a plating bath.The stated deposition rate of approximately 0.8 µm per minute was calculated using a sample area that remains continuously covered by the plating swab. Actual deposition rates may vary depending on the application technique and operating conditions.Tank Plating ApplicationsTank plating is suitable for coating workpieces that can be fully or partially immersed in the electrolyte. It is particularly useful for components requiring coating over their accessible surfaces.Uniform results depend on suitable surface preparation, appropriate electrode positioning and process parameters adapted to the workpiece. The specified operating temperature is 14–25 °C.High-Speed Deposition and Hard Gold PropertiesThe specified deposition rate of approximately 0.8 µm per minute at 3.5 volts with a platinum electrode makes this electrolyte particularly suitable for applications where fast gold deposition is desirable.According to the product data, the deposited layer has a hardness of 220–230 HV and a gold content of 99.9%. The final coating properties and wear resistance also depend on surface preparation and plating conditions.Electrodes and Important Process NotesPlatinum or carbon electrodes are specified for this electrolyte. The use of stainless steel anodes is strongly discouraged for most plating processes.The stated deposition rate refers to a sample area that remains continuously covered by the plating swab. It should not automatically be applied to different surface geometries or assumed to be identical across all three plating methods.Storage and Shelf LifeStore the electrolyte protected from sunlight. The specified shelf life is 1 year.High-Speed Hard Gold from Betzmann GalvanikThe High-Speed Hard Gold Electrolyte 12 g/L is a versatile solution for pen plating, tank plating and brush plating. Its high gold concentration, specified fast deposition rate and deposit hardness make it an attractive choice for demanding gold-plating work and high-quality electroplated surface finishing.Betzmann Galvanik – Electroplating products and solutions for professional surface finishing.

The metal care product is used for cleaning and polishing surfaces.    With the metal care almost all types of surfaces (except textiles) can be cleaned, treated and sealed with little effort and completely without water! Metal Care from Betzmann Galvanik does not contain acids or alkalis. It is ph-neutral and slowly biodegradable. It is even machine applicable by means of an eccentric polishing machine.      Some examples of use:  Car, boat, motorcycle, bicycle, kitchen, bathroom, ceramics, glass, leather, imitation leather, amarture board, plastic, camper, stainless steel, chrome, glass panes, TV, monitors, glasses, helmets, tiles, mirrors, shoe sole sides,  cell phone displays, store counters, high-gloss fronts, foiling (matt/glossy), advertising and company signs, solar systems, solariums, whirlpools, pools, rims, ovens, acrylic glass, ceramic hobs, CNC machines, chrome fixtures in the bathroom and much more.      Application:  Shake bottle briefly before use. Apply the metal care to the object to be treated and distribute/massage.  Then polish or wipe the lotion away with a clean microfiber cloth.  It can be applied by hand or by machine. For machine application, the care product can be used like a normal polish. For this purpose, apply the agent to the machine polishing attachment and process with gentle pressure. Then polish or wipe off the lotion with a clean microfiber cloth. or wipe clean. Due to its additional cleaning function, the metal care replaces a large number of polishes for automotive reconditioners. Smooth surfaces appear  after the application in their original shine and are sealed (Lotus effect). Dull lacquers are beautifully matt again after application and dirt and grease residues are grease residues are removed. Glass panes become streak-free clean after application and less susceptible to soiling (sealed).  With each new or further application, the protective film/sealing is further built up and the pores in the surface are closed. The product does not contain chalk or wax ingredients like common polishes. Thus also plastics can be polished effortlessly and appear again in the old shine (no white stripes or residues on plastic). The sealing usually lasts between 2-8 weeks (depending on the area of application and stress on the polished object). object).    Notice:  The product should not necessarily be used in the blazing sun, otherwise it may happen that you have to work harder to polish up the product One should also not use the metal care on smooth floors, as this surface then becomes even smoother and possible slipping danger exists.  

Gold Electrolyte 2 g/L – Gold Plating Solution for Pen Plating, Brush Plating and Tank PlatingProduct DescriptionThis ready-to-use gold electrolyte contains 2 g/L gold and is suitable for electroplating compatible electrically conductive surfaces. It is intended for pen plating, brush plating and conventional tank plating, allowing suitable workpieces to be coated with a bright, yellow-gold finish.The gold plating solution is suitable for decorative gold plating, repair work, replating and suitable technical applications. Depending on the method used, the workpiece can be immersed fully or partially in the bath, or the gold coating can be applied selectively using a suitable plating pen or brush plating tampon.Its versatility makes this electrolyte an interesting choice for workshops, craft businesses, restoration work and professional surface finishing.Benefits and FeaturesReady-to-use gold electrolyte containing 2 g/L goldSuitable for pen plating and plating with a galvanic penSuitable for brush plating of localised areas and larger surfacesSuitable for conventional tank platingBright, yellow-gold depositSuitable for decorative and compatible technical applicationsSuitable for repair plating and replatingSuitable for jewellery, watches, metal components and compatible technical partsCan be used with suitable graphite, platinum or titanium electrodesReady to useTechnical DataParameterSpecificationProductGold electrolyte / gold plating solutionGold concentration2 g/LGold formBound gold-cyanide complexFree cyanidesAccording to the product information, none presentDeposit colourBright yellow goldApplicationsTank plating, pen plating and brush platingTank plating voltage2.0–4.0 VPen and brush plating voltage3.0–6.0 VOperating temperature20–40 °CSuitable electrodesGraphite, platinum or titaniumCurrent densityDepends on the plating method, effective surface area and operating conditionsConditionReady to useThe specified voltage ranges are guidelines for the respective plating methods. Suitable operating values depend on the equipment, electrode arrangement, contact area and actual working conditions.Current Density and CurrentCurrent density describes the amount of electrical current flowing per unit of effective plated surface area. It is expressed in amperes per square centimetre (A/cm²) and is an important parameter in electroplating.Current density is calculated by dividing the current by the effective surface area:Current density = Current ÷ Effective surface areaExample: A current of 0.5 A applied to an effective surface area of 50 cm² corresponds to a current density of 0.01 A/cm².This is a calculation example only and is not a confirmed operating recommendation for this gold electrolyte.For this specific 2 g/L gold bath, the appropriate current density must be determined from the manufacturer's technical specifications and the plating method being used. Values specified for a different gold electrolyte should not be adopted without verification.With pen plating and brush plating, the effective contact area also depends on the size of the plating head or the wetted tampon. Consequently, current density can be more difficult to determine than in conventional tank plating.Application for Pen PlatingPen plating allows individual spots, small areas and selected sections of a workpiece to be gold plated without immersing the entire component in a plating bath.The electrolyte is transferred to the prepared surface using a suitable plating pen or plating head. This method is particularly suitable for localised gold plating, repairs and replating.Typical ApplicationsRepair platingReplatingIndividual surfaces and sectionsEdges and detailed areasJewellery and jewellery componentsWatches and watch componentsElectrical contactsDecorative selective gold platingCompatible technical componentsSpecified voltage range: 3.0–6.0 VThe appropriate setting depends on the pen plating equipment and the application. In addition to voltage, the actual current, effective contact area and consistent wetting are important factors affecting the coating result.Application for Brush PlatingBrush plating is suitable for localised gold plating, larger sections and areas that cannot easily be coated by immersion in a tank.In this process, a suitable tampon is wetted with the gold electrolyte and moved across the prepared surface. The electrolyte is applied locally to the area being plated.Typical ApplicationsLarger surface sectionsRepair areasReplatingJewellery and decorative componentsTechnical componentsHard-to-reach surface areasWorkpieces that should not be fully immersedSpecified voltage range: 3.0–6.0 VApplication Instructions1. Prepare the surfaceThoroughly clean and degrease the workpiece. Depending on the base material and coating system, suitable activation or an intermediate layer may be required.2. Prepare the electrode and tamponUse a graphite, platinum or titanium electrode suitable for the electrolyte and the plating system. Wet the tampon with the electrolyte in accordance with the equipment manufacturer's instructions.3. Check the electrical connectionsIn conventional metal electrodeposition, the workpiece is connected as the cathode to the negative terminal. The working electrode is connected to the positive terminal as required by the system. Check the connection instructions for the equipment before use.4. Set the voltageThe specified voltage range is 3.0–6.0 V. The actual current depends on factors such as the contact area, tampon, applied pressure and electrical resistance. The equipment manufacturer's operating specifications must be followed.5. Apply the gold coatingMove the wetted tampon evenly over the prepared surface. Maintain consistent movement, adequate wetting and stable contact.6. Inspect the resultCheck the plated surface for uniformity and adhesion. The achievable coating thickness depends on the operating conditions, surface preparation and plating time.Tank plating reference values cannot automatically be transferred to brush plating without verification.Application for Tank PlatingThis gold electrolyte is also intended for conventional tank plating, also known as immersion electroplating.In this process, the workpiece is immersed fully or partially in the gold bath. The surface to be plated is connected as the cathode, while the suitable anode is connected according to the plating system being used.Specified voltage range: 2.0–4.0 VThe appropriate operating voltage depends on the equipment, electrode arrangement, effective surface area and electrical resistance.Typical ApplicationsGoldsmithingRepair and restorationReplatingDecorative metal surfacesSelective gold platingTechnical componentsElectrical contactsJewellery and watchesCompatible metal workpiecesA suitable electrode arrangement and an even current distribution help achieve a more uniform coating.Suitable Base Materials and UndercoatingsProper workpiece preparation is essential for a high-quality gold coating. The surface must be clean, free from grease and suitable for the electroplating process.Depending on the material, suitable substrates may include:SilverCopperBrassBronzeNickelNickel-containing alloysOther suitable electroplatable metalsDepending on the substrate, application and requirements for adhesion and corrosion resistance, a suitable adhesion, barrier or intermediate layer may be necessary.A palladium or rhodium undercoat may also be appropriate, depending on the substrate and coating system. Suitability must be assessed for the specific application.Gold as a Bound Cyanide ComplexIn this electrolyte, the gold is present as a bound gold-cyanide complex. According to the product information, no free cyanides are present.This distinction is important for accurate chemical description: the statement “no free cyanides” does not mean that the product contains no cyanide compounds whatsoever.Gold Electrolyte 2 g/L – Versatile ApplicationsThis ready-to-use gold electrolyte containing 2 g/L gold is suitable for a variety of electroplating applications.Whether carrying out precision repair plating with a plating pen, localised or larger-area plating with a tampon, or conventional tank plating, the electrolyte is intended for compatible applications using all three methods.2 g/L gold – bright yellow-gold deposit – for pen plating, brush plating and tank plating.

Galvanic Cleaner Electrocleaner – Professional Metal Cleaning Before ElectroplatingPerfect Surface Preparation for Strong Adhesion and High-Quality Electroplated CoatingsThe Galvanic Cleaner Electrocleaner from Betzmann Galvanik is a powerful professional degreasing solution for cleaning and preparing metal surfaces before electroplating.Thorough degreasing is one of the most important steps in electroplating technology. Even the smallest residues such as oils, grease, polishing compounds, waxes, silicones, fingerprints or other organic contaminants can negatively affect the adhesion and quality of electroplated coatings.The Electrocleaner reliably removes interfering contaminants and creates a clean, activated and optimally wettable metal surface. This provides the ideal foundation for uniform, strongly adherent and high-quality electroplated coatings.Suitable for numerous electroplating processes such as:Gold platingSilver platingNickel platingCopper platingZinc platingChrome platingRhodium platingOther electroplating applicationsA professional coating always starts with perfect surface preparation.Your Advantages at a GlanceProfessional galvanic degreaser for metal surfacesRemoves oil, grease, polishing residues and organic contaminantsIdeal preparation before electroplating processesImproves adhesion of subsequent metal coatingsSuitable for both non-electrolytic and electrolytic cleaningSuitable for tank plating, pen plating and tampon platingSupports bright and uniform coating resultsEasy applicationSuitable for hobby users, workshops and professional applicationsWhy Degreasing Before Electroplating Is EssentialThe quality of every electroplated coating depends greatly on proper surface preparation.Even very small amounts of contamination can cause problems such as:Poor coating adhesionPeeling or flaking of the depositSpotting and stainsUneven coating surfacesPoor wetting during electroplatingThe Galvanic Cleaner Electrocleaner ensures an optimally prepared metal surface and improves the reliability and quality of the following plating process.Suitable MaterialsThe Electrocleaner is suitable for many conductive metals and metal alloys, including:SteelStainless steelCopperBrassBronzeNickelSilverOther electroplatable metalsFor sensitive materials, we recommend testing on an inconspicuous area before use.Application Methods1. Non-Electrolytic CleaningThe cleaner can be used without electrical assistance.Application:Immerse the workpiece in the Electrocleaner.Allow it to work for several minutes depending on the contamination level.Move the workpiece slightly if required.Rinse thoroughly with water.Continue directly with the next electroplating preparation step or coating process.2. Electrolytic Cleaning with Stainless Steel ElectrodeFor particularly thorough cleaning results, the Electrocleaner can also be used electrolytically.This method effectively removes stubborn organic residues such as oil, grease and polishing compounds.Recommended application:Electrode: Stainless steel electrodeVoltage: approx. 4 voltsProcess: Electrolytic degreasingCleaning time: Depending on contamination and workpiece sizeThe stainless steel electrode offers excellent durability and long service life and is ideally suited as a counter electrode for electrolytic cleaning.After cleaning:Rinse the workpiece thoroughlyDo not touch the cleaned surface with bare handsContinue immediately with the next electroplating stepUse in Electroplating ProcessesRecommended process sequence:Cleaning → Rinsing → Activation → ElectroplatingA clean and grease-free surface is essential for:Excellent adhesionUniform layer formationBrilliant surfacesReproducible resultsThe Electrocleaner is therefore an important part of every professional electroplating setup.Typical ApplicationsIdeal for:Jewellery electroplatingGold platingSilver platingRepair platingElectronicsPrinted circuit boardsPrecision engineeringMetal finishingRestoration workWorkshopsIndustrial coating applicationsPractical Tips for Best Results✔ Remove heavy contamination before cleaning✔ Use clean tools and containers✔ Do not touch cleaned surfaces with bare hands✔ Rinse thoroughly after degreasing✔ Continue with the next plating step immediately to prevent renewed contaminationAvoid Common ProblemsPoor coating adhesion:→ Surface was not sufficiently cleaned or degreased.Spots or uneven coatings:→ Oil, grease or polishing residues remain on the surface.Coating peeling after plating:→ Surface preparation was insufficient.Technical InformationProduct:Galvanic Cleaner / ElectrocleanerApplication:Metal cleaning before electroplatingProcesses:Non-electrolytic cleaningElectrolytic cleaningRecommended counter electrode for electrolytic cleaning:Stainless steel electrodeRecommended voltage:Approx. 4 voltsSuitable for:Tank platingPen platingTampon platingSafety InformationWear safety glasses and suitable protective gloves.Avoid contact with skin and eyes.Use only in well-ventilated areas.Observe the safety data sheet.Do not release into the environment.Quality from Betzmann GalvanikThe Galvanic Cleaner Electrocleaner is a professional surface preparation product for users who require reliable and high-quality electroplating results.A perfect coating always begins with a perfectly cleaned surface. With the Electrocleaner, you create the ideal foundation for bright, uniform and permanently adherent metal coatings.

Metal Polish Ultra – The Perfect Pre-Treatment for Premium Plating Quality For electroplating professionals and anyone who demands the highest surface quality: Metal Polish Ultra delivers industry-leading cleaning power and surface preparation for the best plating results. Ultimate Cleaning Power – Ideal Adhesion and Surface Prep This advanced formulation reliably removes: even very stubborn silicone and release agent residues embedded wax and polishing compounds fine contaminants and particulates unwanted metal films and oxidation products The built-in cleaner ensures deep-cleaned surfaces that form the ideal base for uniform, high-adhesion plating layers. Restore and Enhance Surface Brilliance Whether for restoration, repair, or high-end surface finishing, this premium polish combined with a fine microfiber cloth delivers: brilliant shine on chrome surfaces smooth, reflective results on conductive plastics effective removal of accidental coatings (e.g., gold) Challenging substrates are treated gently while still achieving a radiant finish. Key Benefits at a Glance Perfect pre-treatment for bath, brush, and swab plating Removes stubborn residues and embedded soils Improves adhesion and coating quality Suitable for metals, chrome, and conductive plastics Easy and controlled application Designed for workshop, professional labs, and industrial use Result: Technically pristine surfaces, enhanced coating performance, and an exceptional finish every time.