Nickel Electrode Ø 6 mm (BMG-012) Short Description The Nickel Electrode Ø 6 mm is a high-quality anode made from nearly pure nickel, engineered for electroplating applications where controlled nickel ion release is essential. It delivers consistent, durable nickel deposits and is ideal for bath, pen and pad plating processes. Product Description Constructed from robust, corrosion-resistant nickel, this electrode offers excellent conductivity and uniform dissolution in the electrolyte. Using a nickel electrode helps maintain a stable nickel concentration in the bath, resulting in uniform deposits, enhanced layer properties and repeatable results. With a diameter of 6 mm and a length of approximately 95 mm, it fits standard electrode holders and plating setups. Typical Applications Nickel electroplating in various plating systems Bath, pen and pad plating techniques Corrosion protection layers and functional intermediate coatings Pre-treatment for subsequent precious metal plating Use in workshop, laboratory and production processes Key Benefits High chemical resistance: dissolves smoothly in electrolyte Stable current supply: supports reproducible plating outcomes Improved layer quality: even distribution and strong adhesion Long service life: durable material reduces frequent replacement Easy to use: fits common Ø 6 mm electrode holders Usage Instructions Preparation: Clean and degrease workpieces before plating. Setup: Install the nickel electrode as the anode, connect the workpiece as the cathode. Operation: Plate within recommended voltage and temperature ranges. Maintenance: Periodic cleaning extends electrode life and ensures consistent performance. Conclusion The Nickel Electrode Ø 6 mm is an essential component for efficient and reliable nickel electroplating, offering consistent performance for hobbyists, technicians and professional platers alike.

Nickel Electrolyte BMG-091.1 High-Quality Nickel Electrolyte for Electroplating Metal Surfaces Short Description The Nickel Electrolyte BMG-091.1 is a ready-to-use galvanic solution for electroplating decorative nickel layers on metal parts. It is suitable for beginners, workshops, and professional applications. Nickel plating improves corrosion resistance, enhances surface finish, and prepares the surface for further coatings such as gold or chrome plating. real-gold.de What Is This Nickel Electrolyte Used For? This nickel electrolyte is designed for electroplating a smooth, bright nickel coating onto metal objects to: provide a protective layer against corrosion improve surface appearance and wear resistance act as an intermediate layer before gold, silver, or chrome plating real-gold.de Typical applications include: Automotive and machinery parts Decorative metal components Restoration and repair projects Hobby and craft electroplating How Does Nickel Plating Work? (Simple Explanation) Electroplating uses electric current to deposit metal from a liquid solution onto a workpiece. Clean and degrease the metal surface thoroughly. Attach the workpiece as the cathode (negative terminal). Immerse both the workpiece and a nickel anode in the nickel electrolyte. Apply direct current; nickel ions in the solution are reduced and form a solid nickel layer on the workpiece. real-gold.de Proper surface preparation and correct electrical settings are key to achieving a smooth, shiny nickel finish. Advantages of Nickel Electrolyte BMG-091.1 Easy to use for beginners and advanced users Produces uniform, bright nickel coatings Ideal as a protective layer or base for further plating processes Works with common plating methods such as tank plating, brush plating, and pen plating real-gold.de Technical Parameters PropertyValue / RangeNotesElectrolyte TypeNickel electrolyteFor decorative nickel platingWorking Temperature15–60 °CRoom temperature operation possibleVoltage (Tank Plating)~2–6.5 V~4 V recommendedVoltage (Pen / Brush Plating)~3–6 V~4.5 V recommendedCurrent Density0.5–4 A/dm²Up to ~7 A/dm² with bath movementpH Value~3.5–4.5Correctable with dilute acidDeposition Rate~1.3 µm/min at 3 A/dm²Typical plating performanceTypical SubstrateSteel, copper, brass, other metalsClean and prepare surfaceRecommended AnodesNickel or platinumBest results with appropriate anode selection Practical Application Notes Clean the workpiece meticulously before plating to ensure good adhesion. real-gold.de Nickel layers provide an excellent barrier layer for later gold, silver, or chrome plating. real-gold.de Slight movement of the electrolyte bath can help create a more uniform nickel layer. real-gold.de Nickel plating is widely used because nickel adheres well to many metals and provides a good base for further finishes. realgold-shop.de Safety Information Nickel electrolytes contain nickel compounds, which can cause allergic skin reactions and other health effects if mishandled: Wear protective gloves and eye protection Avoid skin and eye contact Work only in well-ventilated areas Do not inhale vapors or mists Keep out of reach of children Follow all instructions and the safety data sheet (SDS) real-gold.de Scope of Delivery Nickel Electrolyte BMG-091.1 Quantity according to selected size Important Notice This product is not a toy and requires basic electroplating knowledge. For best results, combine this electrolyte with proper pre-treatment and post-treatment products. Continuous monitoring of parameters such as voltage, current, and bath condition will improve plating quality

Nickel Remover / Nickel Stripper SW10014 Effective chemical solution for removing electroplated nickel layers Short Description The Nickel Remover / Nickel Stripper SW10014 is a chemical solution designed for the fast, controlled, and efficient removal of electroplated nickel layers from metal surfaces. It is ideal for workshops, electroplating labs, hobby projects, or professional applications where existing nickel coatings need to be removed before re-plating or surface refinishing. Applications The nickel stripper is used to: Safely and uniformly remove electroplated nickel layers Prepare metal surfaces for re-plating Remove damaged, uneven, or aged nickel layers Restore metal parts prior to polishing or coating Use in workshops, small-scale production, and professional electroplating processes How Nickel Removal Works (Simple Explanation) Mechanical removal of nickel is difficult or may damage the base metal. The nickel remover uses a chemical reaction that selectively dissolves the nickel layer without significantly affecting the underlying metal (e.g., copper, brass, steel) when applied correctly: Preparation: Degrease and clean the workpiece. Immersion: Fully submerge the nickel-plated part in the solution. Dissolution: Chemical interaction dissolves the nickel layer. Completion: After removal, rinse parts thoroughly with water. Benefits of Nickel Remover SW10014 Efficient removal of electroplated nickel layers Selective toward nickel, gentle on most base metals Prepares surfaces for subsequent electroplating or finishing Easy bath application – no mechanical stripping required Suitable for hobby, workshop, and professional use Technical Parameters PropertyValue / RangeProduct typeNickel Remover / Chemical Nickel StripperApplicationChemical removal of nickel layersOperating temperatureRoom temperature to slightly warmedBath typeNon-electrolytic chemical processSuitable layersElectroplated nickelBase metalsCopper, brass, steel, stainless steel (after pretreatment)Reaction timeDepends on layer thickness and conditionLayer thicknessAll standard electroplated nickel layersSafety precautionsProtective equipment requiredStorageCool, dry, tightly closed container Note: Values are for general guidance and may vary depending on layer and application. Practical Application Tips Preparation: Degrease and clean the workpiece before immersion for best results. Nickel Removal in Dip Bath: Fully submerge the workpiece in the solution. Monitor reaction time – nickel dissolves depending on thickness and temperature. Remove the workpiece once the nickel layer is dissolved. Post-treatment: Rinse thoroughly with clean water to remove all residues. Degrease and activate before applying new coatings if required. Safety Information The nickel remover is a strong chemical solution that must be handled carefully: Wear chemical-resistant gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Work in well-ventilated areas only Do not ingest – seek medical attention if swallowed Keep out of reach of children Dispose of waste according to local chemical disposal regulations Conclusion The Nickel Remover / Nickel Stripper SW10014 is a reliable chemical solution for efficiently and controlled removal of electroplated nickel layers. It is ideal for workshops, hobbyists, and professional electroplating facilities that need to prepare surfaces for re-plating or further processing without mechanical effort or damage to the base material. The chemical dip bath application ensures uniform, gentle nickel removal and simplifies subsequent processes.

The Black Nickel Electrolyte - Smoky Nickel BMG 200.3 is a high-performance solution for professional dark gloss nickel plating. It offers excellent adhesion, high corrosion resistance, and uniform layer distribution. Perfect for jewelry, technical components, or automotive parts – Black Nickel delivers perfect results for beginners and professionals alike. Features & Benefits Dark, high-gloss nickel finish Uniform layer distribution High corrosion and wear resistance Excellent adhesion on various metals Easy to use – for beginners & professionals Decorative & functional applications Technical Parameters (Guideline Values) PropertyValue / RangeElectrolyte typeBlack Nickel Plating SolutionOperating temperature20–30 °CVoltage (tank plating)1.5–4 VVoltage (brush/pen plating)3–7 VCurrent density0.5–3 A/dm²Anode materialNickel or graphiteLayer appearanceDark, metallic, smoky blackTypical layer thicknessThin to medium, decorativeCorrosion resistanceGood with proper pretreatmentSubstratesStainless steel, brass, copper, steel (pretreated)Note: Values are for practical guidance and may vary slightly depending on equipment and application. Application (Step-by-Step) Clean & Degrease – thoroughly clean the metal surface Activate / Acid Dip – for optimal adhesion Optional Intermediate Layer – nickel or copper base layer Plating – connect workpiece as cathode, maintain consistent current and parameters Rinse & Post-Treatment – rinse thoroughly and dry Applications Jewelry & decorative items Automotive parts (trim, rims) Tools & machine components Precision and industrial components Household products Target Users Beginners in electroplating Hobbyists Workshops & small manufacturers Professional electroplating operations Advantages Uniform, long-lasting nickel coatings High-quality results with minimal effort Versatile applications Professional quality for all experience levels

Nickel Industrial Electrolyte BMG‑223 Professional nickel plating solution for fast deposition and durable protective layers Short Description The Nickel Industrial Electrolyte BMG‑223 is a high-performance electroplating solution designed for the electrolytic deposition of nickel on conductive metal surfaces. With a high nickel concentration of approx. 60 g/L, this electrolyte enables rapid deposition of bright, mirror-like nickel layers. It is suitable for tank, brush, and pen/peg plating and provides good corrosion, chemical, and wear resistance. Note: Due to the high nickel content, this electrolyte is sold only to commercial customers and requires a declaration of end use. Applications The Nickel Industrial Electrolyte is used to: Produce decorative nickel layers with high gloss Create protective and wear-resistant coatings Provide corrosion-resistant surfaces Serve as barrier or adhesion layers for subsequent plating processes such as gold or chrome Operate in tank, brush, or pen/peg plating systems Nickel coatings also offer good solderability and are standard in many industrial applications. How Nickel Plating Works (Simple Explanation) Nickel plating is an electrolytic process, where nickel ions are reduced and deposited onto the workpiece: Preparation: Remove grease, oils, rust, and other contaminants. Immersion: The workpiece acts as the cathode (negative pole) in the electrolyte. Plating: Applying direct current, nickel ions migrate and form a metallic nickel layer on the surface. Finishing: Rinse and dry – the result is a bright, durable nickel finish. Benefits of Nickel Industrial Electrolyte BMG‑223 High deposition rate due to high nickel concentration Bright, mirror-like surface Corrosion- and wear-resistant layers Suitable for tank, brush, and pen/peg plating Versatile for decorative and technical applications Can be used as a base or barrier layer for multi-layer plating Technical Parameters PropertyValue / RangeElectrolyte typeNickel plating solutionNickel contentapprox. 60 g/LOperating temperature15–60 °CVoltage (tank)approx. 2.5–4.5 V (recommended 3–3.5 V)Voltage (brush/pen)approx. 3–6 V (recommended 4.5 V)Current density0.5–4 A/dm² (up to 7 A/dm² with bath movement)pHapprox. 3.5–4.5Deposition rateapprox. 1.3 µm/min at 3 A/dm²Anode materialGraphite or platinum Note: Values serve as practical guidelines; actual results may vary depending on equipment and workpiece. Practical Application Tips Preparation: Thoroughly clean and degrease the workpiece. For stainless steel, a nickel strike or activation step improves adhesion. Plating: Maintain electrolyte within recommended temperature, voltage, and current density. Ensure uniform movement for consistent layer thickness in brush/pen plating. Post-treatment: Rinse parts with clean water after plating. Dry and optionally lightly polish for maximum gloss. Safety Information Nickel plating solutions contain chemical components that must be handled safely: Wear gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Do not inhale fumes or aerosols Rinse immediately with water 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 regulations Conclusion The Nickel Industrial Electrolyte BMG‑223 is a high-performance nickel plating solution for professional electroplating. It produces bright, durable nickel layers at high deposition rates and is suitable for tank, brush, or pen/peg plating in technical, decorative, and industrial applications. Its high nickel concentration ensures efficient results with uniform finishes, making it ideal for commercial and industrial users.

Nickel Strike – High-Performance Pretreatment for Stainless Steel and Metal Plating Nickel Strike (also known as strike nickel or Wood’s nickel strike) is a specialized electrolyte designed to prepare stainless steel, high-alloy steels, and difficult-to-plate metals for electroplating and electroless coating processes. It ensures maximum adhesion, reliable coating performance, and consistent plating quality by effectively activating the metal surface. Product Overview Nickel Strike is an essential pretreatment step in electroplating, especially for metals that naturally form passive oxide layers. These layers prevent proper bonding between the substrate and the coating. By removing oxides and depositing a thin, highly adherent nickel layer, Nickel Strike creates the ideal surface for subsequent coatings such as nickel, copper, or other functional layers. Key Benefits ✔ Activates stainless steel and high-alloy metals ✔ Removes oxide and passive layers ✔ Significantly improves coating adhesion ✔ Suitable for electroplating and electroless processes ✔ Compatible with brush plating and immersion plating ✔ Ensures uniform and reliable coating results Applications Nickel Strike is widely used in industrial and technical applications: Stainless steel electroplating High-alloy steel pretreatment Nickel surface activation Repair and maintenance plating (brush plating) Activation of passive nickel layers Suitable Materials: Stainless steel Nickel Non-ferrous alloys (e.g. containing silicon, magnesium, manganese, lead, tungsten, or titanium) Application Methods Electrolytic Process (with power supply) Typical parameters: Current density: 8.5–25 A/dm² (up to 50 A/dm² with agitation) Voltage: approx. 2–5 V Temperature: 20–50°C pH value: ~1 Treatment time: 10–60 seconds (practical use), up to 5 minutes Anodes: Graphite, nickel, or platinum Stainless steel anodes (for brush plating) Polarity: Stainless steel: anode (+), workpiece (−) Nickel: anode (−), workpiece (+) Electroless Process (without power supply) Temperature: 35–50°C Immersion time: 0.5–3 minutes Rinse after treatment Can also be used at room temperature with longer immersion time. Surface Preparation For optimal results: Remove grease and oil (e.g. using alcohol) Eliminate rust and contaminants mechanically Handle parts with disposable gloves to avoid contamination Post-Treatment Recommendation After Nickel Strike treatment, the workpiece should be further processed within 10–30 minutes to prevent re-oxidation of the surface. Safety Information Use protective gloves and safety goggles Avoid inhalation of vapors or aerosols Operate only in well-ventilated areas Why Choose Nickel Strike? Nickel Strike is a critical step for achieving high-quality, durable electroplated coatings, especially on stainless steel and difficult substrates. It provides: Reliable surface activation Superior adhesion performance Consistent industrial results