Nickel anode sheet 100 x 60 x 0,6 mm

Nickel-Strike – Adhesion Layer for Stainless Steel and Difficult-to-Plate MetalsProfessional Pretreatment for Electroplating Stainless Steel and High-Alloy SteelsThe Nickel-Strike Electrolyte from Betzmann Galvanik has been specially developed to make stainless steel, high-alloy steels and difficult-to-plate metals suitable for electroplating.Nickel-Strike, also known as strike nickel or nickel strike plating, has been used in electroplating technology since the end of the 19th century and is now an essential process step for professional surface finishing.The oxide layers present on stainless steel and high-alloy materials often prevent reliable adhesion of subsequent galvanic or chemical coatings. Nickel-Strike activates the oxide layer and simultaneously creates a thin, strongly adhering nickel layer.This micro-thin nickel layer forms the ideal base for further coatings such as:CopperNickelGoldSilverPalladiumRhodiumChromiumSuitable for:Tank platingPen platingBrush / tampon platingElectroless coating processesYour AdvantagesMakes stainless steel and high-alloy steels suitable for electroplatingExcellent adhesion promoter for further coatingsRemoves interfering oxide layersDissolves chromium oxides on stainless steel surfacesCreates a strongly adhering nickel layerSuitable for galvanic and electroless processesIdeal for tank and pen platingSuitable for stainless steel, nickel and special alloysProfessional quality from Betzmann GalvanikHow Nickel-Strike WorksStainless steel and high-alloy steels have a very stable passive layer consisting mainly of chromium oxides. This layer normally prevents reliable electroplating.Nickel-Strike provides:Activation of the metal surfaceRemoval of interfering oxide layersDissolution of chromium compounds on the surfaceDeposition of a thin nickel layerThis newly deposited nickel layer ensures excellent adhesion for further coatings.The ideal coating system:Stainless Steel → Nickel-Strike → Copper or Nickel → Gold / Silver / Palladium / Rhodium / ChromiumTypical ApplicationsNickel-Strike is used for:Stainless steelHigh-alloy steelsNickelNickel alloysPassivated nickel surfacesSpecial metalsEspecially suitable for alloys containing:SiliconMagnesiumManganeseLeadTungstenTitaniumReactivation of Passivated Nickel SurfacesAlready nickel-plated components can develop a passive surface after prolonged exposure to air.These so-called passivated nickel layers lose their original adhesion properties for further coatings.Treatment with Nickel-Strike reactivates the surface and enables reliable further plating.Application InstructionsBefore every treatment:Completely remove grease and oilsClean the workpiece thoroughlyRemove rust and contaminationHandle the workpiece only with clean disposable glovesSkin oils can significantly reduce the adhesion of the subsequent coating.After Nickel-Strike treatment, the workpiece should be further processed within 10–30 minutes to prevent renewed oxidation.Electroplating Process (with Power Supply)Suitable AnodesTank plating:Graphite anodesNickel anodesPlatinum-plated anodesPen and tampon plating:Graphite anodesNickel anodesPlatinum-plated anodesStainless steel anodes can also be used as an alternativeTechnical DataOperating ParametersCurrent density: 8.5–25 A/dm²Up to 50 A/dm² with movementTank Plating:Approx. 2 Volts (5 cm electrode distance)Approx. 3 Volts (10 cm electrode distance)Approx. 4.6 Volts (20 cm electrode distance)Tampon / Pen Plating:2.5–5 VoltsRecommended: approx. 3 VoltsAdditional parameters:Working temperature: 20–50 °CpH value: 1Immersion time: 2–5 minutesDeposition rate:approx. 0.03 µm/min at 10 A/dm² and 20 °CAnode material: NickelImportant Polarity InformationFor stainless steel:Anode → Positive pole (+)Workpiece → Negative pole (-)For nickel:Anode → Negative pole (-)Workpiece → Positive pole (+)For pen plating or immersion treatment:Treat the workpiece for approx. 10–60 secondsRinse briefly afterwardsElectroless Process (without Power Supply)Place the Nickel-Strike electrolyte into a suitable container.Heat the electrolyte to 35–50 °C.Immerse the workpiece for 0.5–3 minutes.Rinse thoroughly afterwards.Nickel-Strike can also be used at room temperature. However, the required immersion time will be longer.Safety InformationAlways use:Safety gogglesProtective glovesGood ventilationDo not inhale vapours or aerosols.Only use in well-ventilated areas.Supplied AsReady-to-use Nickel-Strike electrolyteSuitable for galvanic and electroless applicationsAvailable in various container sizesQuality from Betzmann GalvanikBetzmann Galvanik develops professional solutions for demanding surface finishing applications. The Nickel-Strike Electrolyte is the reliable pretreatment for stainless steel and difficult-to-plate metals and creates the necessary adhesion base for high-quality decorative and technical coatings.

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.

Industrial Nickel Electrolyte – High-Performance Bright Nickel Solution for Tank, Pen & Brush PlatingProfessional High-Performance Bright Nickel Electrolyte for Fast, Brilliant and Corrosion-Resistant Nickel CoatingsThe Industrial Nickel Electrolyte from Betzmann Galvanik is a premium, ready-to-use bright nickel plating solution developed specifically for professional electroplating applications. Thanks to its high nickel concentration, it offers an exceptionally high deposition rate while producing brilliant, uniform, and highly adherent nickel coatings.The deposited nickel layers provide outstanding corrosion protection, excellent wear resistance, and high chemical resistance. They can be used either as a decorative final finish or as a functional diffusion barrier before subsequent precious metal plating.The electrolyte is suitable for tank plating, pen plating, and brush plating, making it ideal for industrial production, restoration work, jewelry manufacturing, repairs, prototypes, and technical electroplating applications.Your AdvantagesProfessional high-performance nickel electrolyteHigh nickel concentrationVery high deposition rateBrilliant bright nickel finishExcellent adhesionOutstanding corrosion protectionHigh chemical resistanceExcellent wear resistanceIdeal diffusion barrier before precious metal platingSuitable for tank, pen, and brush platingProfessional industrial qualityCost-effective due to rapid plating performanceTypical ApplicationsPerfect for:Electroplating companiesIndustrial manufacturingMechanical engineeringMetal finishingTool manufacturingJewelry productionJewelry repairWatchmakingAutomotive industryClassic vehicle restorationElectronicsElectrical contactsModel makingPrototype manufacturingCorrosion Protection and Functional CoatingsNickel is one of the most important engineering coatings used in electroplating. The deposited nickel layers provide excellent protection against corrosion, diluted acids, alkaline solutions, moisture, and atmospheric influences while significantly improving wear resistance.The electrolyte also serves as an excellent diffusion barrier before plating with:GoldRose GoldSilverPalladiumRhodiumBlack RhodiumRutheniumChromiumSuitable Base MaterialsSuitable for plating:SteelIronCopperBrassBronzeNickelSilverGoldStainless steel should first be activated using a suitable Nickel Strike to ensure optimum adhesion.ApplicationBefore plating, all workpieces should be thoroughly cleaned, degreased, and activated if necessary.For maximum electrolyte life and consistent nickel concentration, the use of a Nickel Anode is strongly recommended.Technical SpecificationsElectrolyte DataReady-to-use industrial nickel electrolytepH value: approx. 3.5–4.5Can be adjusted with 10% sulfuric acid if requiredOperating temperature: 15–60 °CRecommended Operating ConditionsCurrent density: 0.5–4.0 A/dm²Up to 7 A/dm² with solution agitationTank plating:Approx. 2.4 Volts (5 cm electrode distance)Approx. 3.0 Volts (10 cm electrode distance)Approx. 4.5 Volts (20 cm electrode distance)Pen & Brush plating:3–6 VoltsRecommended: 4–5 VoltsPlating time: 5–60 minutesDeposition rate: Approx. 1.3 µm/min at 3 A/dm²Anode material: Nickel AnodeCoating PropertiesBrilliant bright nickel finishUniform coating appearanceExcellent adhesionOutstanding corrosion resistanceHigh chemical resistanceExcellent wear resistanceVery high deposition efficiencyIdeal decorative finish or functional diffusion barrierImportant Legal NoticeThis Industrial Nickel Electrolyte is intended exclusively for commercial and industrial customers.Sale is only permitted upon submission of a valid business registration and a completed End-Use Declaration (EUD), where required by applicable regulations.Orders cannot be processed without the required documentation.Supplied AsReady-to-use Industrial Nickel ElectrolyteAvailable in various container sizesQuality from Betzmann GalvanikBetzmann Galvanik develops premium electroplating solutions for decorative and technical surface finishing. The Industrial Nickel Electrolyte combines a high nickel concentration, rapid deposition, brilliant surface quality, and outstanding process reliability, making it the ideal choice for professional electroplating companies, manufacturers, workshops, and industrial applications.

Stainless Steel & Nickel Activator – Professional Surface Activation & Pickling Solution Perfect Adhesion Starts with Proper Surface Activation This high-performance activator for stainless steel and nickel is a specialized pickling and activation solution designed to prepare metal surfaces for electroplating and coating processes. It effectively removes oxide layers and passive films that prevent adhesion, ensuring optimal bonding for gold plating, nickel plating, silver plating, chromium plating, and more. Why Surface Activation is Essential Even visually clean metal surfaces contain microscopic oxide layers that: reduce electrical conductivity prevent proper coating adhesion cause defects such as peeling, staining, or uneven deposits This activator eliminates these barriers and creates a chemically active, plating-ready surface. Key Benefits at a Glance ✔ Ensures excellent coating adhesion ✔ Removes oxides and passivation layers effectively ✔ Suitable for stainless steel, nickel, copper, brass & more ✔ Fast application time – typically 30–60 seconds ✔ Can be used with or without electrical assistance ✔ Essential for professional electroplating results Typical Applications  Electroplating and surface finishing  Jewelry manufacturing and gold plating  Industrial and precision engineering  Restoration of metal components Technical Specifications Product type: Activator / pickling solution Application: Pre-treatment before plating Treatment time: approx. 30–60 seconds Voltage (optional): from approx. 2.7 V Process types: immersion (electroless) brush plating / swab method (with current) Suitable Materials Stainless steel Nickel and passive nickel surfaces Copper Brass Steel and various alloys How to Use (Step-by-Step Guide) 1. Surface Preparation Polish if required Thoroughly degrease the workpiece 2. Activation (Immersion Method) Immerse the part for 30–60 seconds Rinse thoroughly with water 3. Optional: Electrolytic Activation Use a stainless steel or graphite electrode Apply approx. 2.7 V Treat surface for ~30 seconds 4. Proceed to Plating Plate the part within 10–30 minutes (to avoid re-oxidation) Pro Tips for Best Results ✔ Plate immediately after activation ✔ Agitation improves uniformity ✔ Combine with proper degreasing for optimal results ✔ Test on sensitive or unknown materials Common Issues & Solutions Poor adhesion → insufficient activation or delay before plating Stains or uneven finish → inadequate cleaning Dull surface → over-treatment or incorrect parameters Reduced performance → contaminated solution Safety Information Signal word: Warning / Danger May cause skin and eye irritation or burns Wear protective gloves and eye protection Avoid direct contact Environmental Information Dispose of according to local regulations Do not release into wastewater Why Choose This Activator? Unlike simple cleaners, this product provides: True chemical activation (not just cleaning) Significantly improved coating adhesion Reliable and reproducible professional results An essential step for anyone aiming for high-quality electroplating finishes.

Black Nickel Electrolyte (Smoky Nickel) – Ready-to-Use Electrolyte for Tank, Pen and Brush PlatingProfessional Black Nickel Electrolyte for Decorative Dark Grey to Deep Black Nickel CoatingsThe Black Nickel Electrolyte (Smoky Nickel) from Betzmann Galvanik is a high-quality, ready-to-use plating solution designed for depositing decorative dark grey to deep black nickel coatings.The resulting coatings provide an elegant, modern appearance with a uniform colour finish and are widely used in the jewelry, watch, eyewear, design, restoration, and decorative metal finishing industries.Black Nickel is often used as a cost-effective alternative to Black Rhodium or Black Ruthenium. It offers an attractive dark metallic finish, good adhesion, and simple processing.The electrolyte is suitable for tank plating, pen plating, and brush/tampon plating, making it ideal for professional applications as well as repairs, prototypes, and small series production.Suitable Base MaterialsThe Black Nickel Electrolyte can be applied to various properly prepared metallic surfaces, including:NickelCopperBrassBronzeSilverGoldStainless steel (after suitable activation)Nickel-plated surfacesOther electroplated metalsFor optimum adhesion and durability, a suitable intermediate layer such as nickel or palladium may be recommended depending on the base material.Typical ApplicationsIdeal for:Jewelry manufacturingJewelry repairWatch casesWatch strapsEyewear framesWriting instrumentsDecorative metal componentsDesign objectsClassic restoration projectsModel makingCraftsElectroplating workshopsGoldsmithsJewelersProduct AdvantagesReady-to-use Black Nickel electrolyteDark grey to deep black finishElegant smoky nickel appearanceUniform coating formationGood adhesionDecorative final coatingEasy handlingSuitable for tank, pen and brush platingProfessional qualityIdeal for selective platingSuitable for single parts, repairs, and small production runsTechnical DataRecommended Operating ConditionsTank plating voltage: approx. 1.5–4.0 VoltsPen / brush plating voltage: approx. 3–6 VoltsBath temperature: 20–30 °CAnode material: Graphite electrode or Platinum electrodeReady-to-use electrolyteCoating PropertiesDark grey to deep black nickel coatingSatin to slightly glossy appearanceUniform colour distributionGood abrasion resistanceHigh colour stabilityDecorative final finishApplicationBefore plating, the workpiece must be thoroughly cleaned and activated to ensure optimum adhesion.For consistent results, voltage, electrode distance, plating time, and surface preparation should be adjusted according to the workpiece and application.The electrolyte is suitable for both small repair jobs and complete decorative coating of components.Supplied AsReady-to-use Black Nickel ElectrolyteAvailable in different container sizesQuality from Betzmann GalvanikBetzmann Galvanik supplies professional electrolytes for decorative and technical surface finishing applications.The Black Nickel Electrolyte (Smoky Nickel) produces elegant dark grey to deep black nickel surfaces with excellent colour uniformity and easy processing. It is the ideal solution for jewelry, watches, design objects, restoration projects, and decorative metal finishing – providing an attractive and economical alternative to Black Rhodium and Black Ruthenium coatings.