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.

S Stainless Steel & Nickel Activator – Professional Deplating / Pickling Solution for Optimal Electroplating AdhesionSurface Activation for Stainless Steel, Nickel and Passive Metal SurfacesThe Stainless Steel & Nickel Activator from Betzmann Galvanik is a professional pickling and activation solution designed to prepare stainless steel, nickel and passive metal surfaces before electroplating.High-alloy metals such as stainless steel and nickel naturally form a very stable oxide and passive layer on their surface. Although this layer provides excellent corrosion resistance, it can significantly reduce the adhesion of subsequent electroplated coatings and may cause problems such as poor adhesion, peeling or uneven deposits.The activator removes these interfering passive layers and creates a chemically active metal surface that is optimally prepared for subsequent electroplating processes.Suitable for applications such as:Nickel platingGold platingSilver platingChrome platingOther electroplating processesYour Advantages at a Glance✔ Removes oxide and passive layers✔ Activates stainless steel and nickel for improved adhesion✔ Prevents adhesion problems during electroplating✔ Suitable for non-electrolytic and electrolytic applications✔ Ideal for pen plating, tampon plating and tank plating✔ Fast and easy application✔ Improves the quality and durability of electroplated coatings✔ Professional surface preparation for high-quality resultsWhy Is an Activator Necessary?Metals such as stainless steel and nickel can quickly form a passive layer when exposed to air.This layer is an excellent protection against corrosion, but it can prevent a strong bond between the base material and the following electroplated coating.Without proper activation, problems may occur:Poor coating adhesionPeeling or flaking of the depositSpottingUneven coatingsPremature coating failureThe activator creates a freshly activated surface and provides the ideal foundation for the next electroplating step.Application Without Electricity (Immersion Process)The activation can easily be carried out without a power supply.Procedure:Thoroughly degrease the workpiece.Immerse the workpiece in the activator.Activate for approx. 30–60 seconds.Rinse thoroughly with water.Continue directly with electroplating.For improved performance, the activator can be heated.Recommended temperature:Usable at room temperatureHeating to approx. 40 °C improves the activation performanceThe increased temperature accelerates the removal of oxide and passive layers and provides a more effective surface activation.Application With Electricity (Electrolytic Activation)For especially reliable results, the activator can also be used electrolytically.This method is particularly suitable for:Stainless steelPassive nickel surfacesDifficult-to-activate materialsProcedure:Thoroughly degrease the workpiece.Connect the workpiece to the negative pole.Connect a stainless steel or suitable electrode to the positive pole.Treat the surface with the activator.Rinse thoroughly and proceed immediately with electroplating.Recommended values:Voltage: approx. 4 voltsElectrode: stainless steel or graphiteActivation time: approx. 30–60 secondsElectrolytic activation supports the removal of passive layers and creates a highly active surface for excellent coating adhesion.Suitable MaterialsThe activator is especially suitable for:Stainless steelNickelPassive nickel surfacesSteelCopperBrassVarious metal alloysFor unknown materials, we recommend testing on an inconspicuous area before use.Processing After ActivationAfter activation, the workpiece should be electroplated as soon as possible.Recommended process:Activate → Rinse → Electroplate immediatelyActivated metal surfaces can change again when exposed to air, so quick further processing ensures the best results.Typical ApplicationsIdeal for:Jewellery electroplatingStainless steel coatingRepair platingIndustrial applicationsPrecision engineeringRestoration workMechanical engineeringMetal finishingGold plating stainless steelNickel plating difficult materialsTechnical InformationProduct type:Activator / Pickling solutionApplication:Surface preparation before electroplatingProcesses:Non-electrolytic activation (immersion process)Electrolytic activation (pen/tampon process)Activation time:Approx. 30–60 secondsTemperature:Room temperature possibleHeating up to approx. 40 °C improves performanceVoltage for electrolytic application:Approx. 4 voltsSuitable electrodes:Stainless steelGraphiteSafety 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 inhale vapours or aerosols.Quality from Betzmann GalvanikThe Stainless Steel & Nickel Activator is an essential step for professional electroplating applications.By reliably removing oxide and passive layers, it creates an optimally prepared surface for strongly adherent, uniform and durable metal coatings.SEO Shopware 6Product Title:Stainless Steel & Nickel Activator – Pickling Solution for Electroplating PreparationSEO URL:stainless-steel-nickel-activator-pickling-solutionSEO Title:Stainless Steel Nickel Activator | Pickling Solution for ElectroplatingMeta Description:Professional stainless steel and nickel activator for electroplating preparation. Removes oxide and passive layers for excellent adhesion during gold plating, nickel plating, silver plating and chrome plating.Keywords:stainless steel activator, nickel activator, pickling solution electroplating, stainless steel electroplating preparation, activate stainless steel, activate nickel, remove passive layer, remove oxide layer, electroplating preparation, pen plating activator, tampon plating activator, gold plating stainless steelLong-Tail Keywords:stainless steel activator before gold plating, nickel pickling solution for electroplating, improve stainless steel plating adhesion, remove stainless steel passive layer, electrolytic stainless steel activation, immersion activator for electroplating

Chrome Stripper – Chrome Remover for Electrolytic Stripping | Tank, Pen & Tampon PlatingRemove Electroplated Chrome Layers – Precisely, Efficiently and ProfessionallyThe Chrome Stripper / Chrome Remover from Betzmann Galvanik has been specially developed for the electrolytic removal of electroplated chrome layers. By reversing the polarity, the chrome coating becomes anodic and is dissolved from the workpiece in a controlled manner.The product is suitable for pen plating, tampon plating and tank plating, making it possible to remove chrome selectively from individual areas or completely from larger workpieces.This process is particularly useful for typical nickel-chrome coating systems. As the chrome layer is removed, the underlying nickel layer becomes visible, allowing the stripping process to be visually monitored.Your Advantages at a GlanceEffective electrolytic chrome strippingRemoves electroplated chrome layersSuitable for tank plating, pen plating and tampon platingSuitable for selective or complete chrome removalControlled stripping through adjustment of time and electrical parametersVisual control of the transition from chrome to nickelIdeal for repairs, restoration and recoatingNo mechanical grinding of the chrome layer requiredSuitable for professional electroplating applicationsHow Does Electrolytic Chrome Stripping Work?During normal electroplating, the workpiece is connected as the cathode (negative pole) and metal is deposited onto its surface.During electrolytic stripping, the polarity is reversed:Workpiece = Positive pole / AnodeElectrode = Negative pole / CathodeThe chrome coating is therefore anodically dissolved from the surface of the workpiece.Correct polarity is essential for the stripping process.Easy rule to remember:For plating: Workpiece = NegativeFor stripping: Workpiece = PositiveChrome Removal with Pen or Tampon PlatingPen plating and tampon plating are ideal when chrome needs to be removed only from specific areas of a workpiece.This is particularly useful for repairs, selective stripping and complex components.Procedure:Thoroughly clean and degrease the workpiece.Connect the workpiece to the positive pole of the DC power supply.Connect the suitable electrode to the negative pole.Apply the chrome stripper through the felt, pad or tampon.Start with a low voltage.Move the electrode evenly across the area to be stripped.Monitor the stripping process.Once the chrome layer has been removed, rinse the workpiece thoroughly.As a practical starting point, approximately 5 volts can be used for pen plating and adjusted according to the application.Chrome Stripping in a Tank / Immersion ProcessFor larger workpieces or complete chrome removal, the Chrome Stripper can also be used in a tank.The entire workpiece is immersed in the electrolyte and treated electrolytically.The polarity remains:Workpiece → Positive pole (Anode)Counter electrode → Negative pole (Cathode)The actual process parameters should be adjusted according to the workpiece size, chrome layer, electrode surface area and desired stripping rate.For larger surfaces, tank plating provides the advantage of a more uniform treatment.Selective Chrome StrippingOne of the major advantages of the electrolytic process is the ability to remove chrome only from selected areas.This is particularly useful for:Repair workReworking electroplated coatingsPartial chrome removalRestorationPreparation for recoatingComplex componentsPen plating or tampon plating allows even difficult-to-access areas to be treated precisely.When Should Chrome Be Removed?The Chrome Stripper is particularly useful when an existing chrome layer:Is damagedHas scratchesHas become unevenNeeds to be removed before recoatingNeeds to be renewed during restorationShould only be removed from selected areasAfter the chrome has been removed, the underlying nickel layer may become visible and, where technically suitable, can serve as the basis for further processing.Process ControlFor clean and controlled results, the stripping process should be carefully monitored.Important factors include:Current / current densityTreatment timeElectrode surface areaDistance between workpiece and counter electrodeThickness of the existing chrome layerUniform movement during pen or tampon platingWhen working selectively, it is recommended to start with a low power setting and continuously monitor the stripping progress.Do not treat the workpiece unnecessarily long. Stop the process once the chrome layer has been removed.Typical ApplicationsThe Chrome Stripper is suitable for applications including:Automotive partsClassic car restorationMotorcycle partsJewelleryDecorative metal componentsFittings and hardwareModel makingPrecision engineeringElectroplating repair workIndustrial reworkingPreparation for renewed electroplatingSuitable for Different Electroplating ProcessesThe Chrome Stripper can be used with:Pen PlatingIdeal for localized and selective chrome removal.Tampon PlatingSuitable for larger localized areas and complex surfaces.Tank PlatingIdeal for complete chrome removal from larger workpieces or components.Important Information About the Base MaterialThe stripping process should always be adapted to the specific coating system and base material.With a typical decorative coating system:Base material → Copper → Nickel → Chromethe outer chrome layer is removed first during the stripping process. The underlying nickel layer then becomes visible.For unknown materials or coating systems, we recommend testing the process on a suitable inconspicuous area first.Application – Quick Guide1. Clean and degreaseThoroughly remove oil, grease, dirt and other residues from the workpiece.2. Connect the correct polarityConnect the workpiece to positive / anode.Connect the counter electrode to negative / cathode.3. Apply the electrolyteFor pen or tampon plating, apply the electrolyte through the pad, felt or tampon.4. Start with a low settingFor pen plating, approximately 5 volts can be used as a starting point.5. Monitor the processObserve the chrome layer and move the electrode evenly.6. Rinse after strippingThoroughly rinse the workpiece with water.7. Continue processingIf the workpiece is to be recoated, activate the surface appropriately and continue with the next electroplating step without unnecessary delay.Safety InformationThe Chrome Stripper is a strongly alkaline and corrosive product.Always observe appropriate safety precautions:Wear chemical-resistant protective glovesWear safety goggles or suitable face protectionWear appropriate protective clothingDo not inhale vapours or aerosolsWork only in well-ventilated areasAvoid contact with skin and eyesFollow the Safety Data Sheet and product labellingDanger: Causes severe skin burns and serious eye damage.Store and dispose of the product according to applicable regulations.Technical Product InformationProduct:Chrome Stripper / Chrome RemoverProcess:Electrolytic chrome stripping / Reverse PlatingSuitable for:Tank platingPen platingTampon platingSelective chrome strippingComplete chrome strippingPolarity during stripping:Workpiece = Positive pole / AnodeCounter electrode = Negative pole / CathodeStarting value for pen plating:Approx. 5 voltsThe optimum settings depend on the workpiece, chrome layer, electrode surface area and process requirements.Available sizes:250 ml, 500 ml, 1 litre, 2 litres and 5 litresProduct number: BMG-062.3Chrome Stripper from Betzmann GalvanikThe Chrome Stripper / Chrome Remover provides a flexible and controlled method for the electrolytic removal of electroplated chrome layers.Whether selectively with pen plating, over larger areas with tampon plating, or completely in a tank process – the Chrome Stripper is a practical solution for removing chrome coatings and preparing components for further electroplating processes.

Aluminium Activator / Aluminium Pretreatment – Preparation for Electroplating Aluminium SurfacesProfessional Aluminium Pretreatment for Galvanic Coating of AluminiumThe Aluminium Activator from Betzmann Galvanik has been specially developed to prepare aluminium surfaces for subsequent electroplating processes.Because aluminium forms a natural oxide layer on its surface, direct electroplating is difficult. This pretreatment first creates a firmly adhering zinc layer on the aluminium surface. This zinc layer then serves as a base for further electroplating processes, for example with an alkaline copper electrolyte.The optimized low-viscosity formulation offers significant advantages compared to conventional aluminium activators and enables reliable processing even on complex aluminium components.Your AdvantagesSpecially developed for the electroplating pretreatment of aluminiumCreates an adherent zinc layer on aluminiumEnables subsequent electroplating processesIdeal preparation for alkaline copper electrolytesReduced viscosity for improved application propertiesLower chemical lossesLess solution entrapment in porous aluminium castingsFaster zinc depositionImproved process safety on aluminium alloysSuitable for demanding aluminium componentsWhy Activate Aluminium Before Electroplating?Aluminium quickly forms a stable oxide layer on its surface. This oxide layer prevents direct and permanent electroplating.The aluminium activation process:Removes the oxide layerDeposits a thin zinc layerCreates an adhesive surface for further coatingsAfter this pretreatment, aluminium can be reliably coated with additional electroplated layers.Typical coating system:Aluminium → Aluminium Activator (Zinc Layer) → Alkaline Copper → Nickel → Gold / Chromium / Precious MetalsTypical ApplicationsSuitable for:Aluminium componentsAluminium alloysAluminium castingsMachine componentsAutomotive partsModel makingRestoration workTechnical coatingsDecorative surface finishingEspecially suitable for aluminium alloys containing:MagnesiumSiliconAdvantages of the Low-Viscosity FormulationThe specially developed low viscosity provides important advantages:Reduced Solution Entrapment in Porous Cast StructuresWith conventional, higher-viscosity solutions, the chemical may penetrate into pores and capillaries of aluminium cast parts. This can later cause problems such as blistering or defects in subsequent coatings.The low-viscosity formulation significantly reduces this effect.Lower Chemical ConsumptionImproved wetting and reduced solution carry-over result in lower chemical losses, especially with:Complex component geometriesPorous cast surfacesDifficult workpiece shapesFaster DepositionThe optimized composition enables efficient and uniform zinc deposition on aluminium surfaces.Application InstructionsBefore activation, the aluminium surface must be thoroughly cleaned and degreased.For optimum results:Completely remove grease and contaminationRemove oxide layersDo not touch the cleaned surface with bare handsContinue with the next plating step immediately after activationAfter zinc activation of the aluminium surface, further coating is preferably carried out with an alkaline copper electrolyte.Technical PropertiesProcess: Aluminium zinc pretreatmentPurpose: Creation of a galvanically suitable zinc intermediate layerSubsequent layer: Alkaline copperSuitable for aluminium and aluminium alloysSupplied AsReady-to-use aluminium activator / pretreatment solutionAvailable in various container sizesQuality from Betzmann GalvanikBetzmann Galvanik develops professional solutions for demanding electroplating applications. The Aluminium Activator enables reliable preparation of aluminium surfaces for high-quality electroplating processes and creates the essential foundation for durable, decorative and technical coatings.

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.

Rust Remover from Betzmann Galvanik! Rust remover - Rust Ex from Betzmann GalvanikThe combination of effective chemicals and selected polishing agents results in a unique formula for reviving heavily corroded metal objects. Corrosion inhibitors prevent attack on non-corroded parts. Economical and easy to use. Ideal for treating large areas of iron, bronze, copper, steel, etc. Ingredients: AQUA, ALUMINA, HYDROCHLORIC ACID, fatty alcohol polyglycol ether, fatty acids, 2-propyn-1-ol, compound with methyloxirane, XANTHAN GUM, COCAMIDOPROPYL BETAINE , prop-2-in-1-ol. Information on ingredients according to the Detergents Directive - Annex VII D, EC -648/2004 is available on the EU portal "European List of Cosmetic Ingredients".        GHS05 GHS07  Danger. Causes severe skin burns and eye damage. May cause respiratory irritation. If medical advice is needed, have packaging or label at hand. Keep out of the reach of children. Wear protective gloves / protective clothing / eye protection / face protection. Do not breathe vapor. IF ON SKIN (or hair): Remove all contaminated, soaked clothing immediately. Wash skin with water/shower. IF IN EYES: Rinse cautiously with water for several minutes. Remove existing contact lenses if possible. Continue to rinse. Contains: Fatty alcohol polyglycol ether, hydrochloric acid.