Conductive copper lacquer

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

Copper Electrode Ø 6 mm (BMG-011) Short Description The Copper Electrode Ø 6 mm is a high-purity copper anode (99.9 %) designed for efficient electroplating of copper. It delivers consistent copper ion supply in the electrolyte, enabling fast, even and high-quality copper plating — suitable for bath, pen and pad plating applications. Product Description Made from pure copper (99.9 %), this electrode offers excellent electrical conductivity and controlled copper release into the plating bath. This helps maintain a stable metal content in the electrolyte, improving deposit quality and process reliability while reducing waste and costs. Typical Applications Copper electroplating in various electrochemical setups Bath, pen and pad plating techniques Decorative and functional copper coatings Foundation layers for corrosion protection before further plating Use in workshops, labs and production environments Key Benefits Superior conductivity: ensures stable current flow during plating.  High-purity copper: reduces bath contamination and supports consistent results.  Faster copper ion exchange: improves plating efficiency and finish quality.  Cost savings: can reduce plating solution expenses by up to 40 %–50 % by maintaining bath metal content.  Easy handling: fits standard electrode holders and plating fixtures. Usage Tips Preparation: Thoroughly clean and degrease workpieces before plating. Plating Setup: Connect the electrode to the positive terminal while the workpiece serves as the cathode. Maintenance: Clean the electrode periodically to maintain performance. Compatibility: Best used with copper plating electrolytes in both alkaline and acidic baths. Conclusion The Copper Electrode Ø 6 mm is an essential component for efficient and reliable copper electroplating, offering a balanced combination of performance, cost-effectiveness and ease of use for hobbyists, technicians and professional plaquers alike.

Kupfer Krokoklemme - Kupferklemme Minus:Immer nur im Einsatz als Minus zu verwenden! Damit kann an verdeckter Stelle angehalten oder dasMinus an verdeckter Stelle an geklippt werden. Rostfrei und langlebig. Die sehr weiche Klemme verhindert Kratzer beim Kontaktieren.     Rust proof and long life Zinc free, these clips represent no possibility of contamination – plus they last up to 200 times longer than plated clips.    

Conductivity Tester:   With this simple tester you can immediately determine whether the surface is conductive, whether there is a fine layer of paint or whether the chrome plating is only vapour-deposited non-conductive chrome. Delivery without batteries! Attention: Design - manufacturer, model and colour vary!

Copper Plate Electrode (SW10051M) Short Description The Copper Plate Electrode is a large‑area sacrificial anode made from high‑purity copper (≥ 99.9 %) designed for electroplating. It provides a consistent supply of copper ions to the electrolyte, promoting stable baths, uniform deposits and improved conductivity in copper plating applications.  Product Description This plate is manufactured from pure copper, which dissolves evenly into the electrolyte to maintain a consistent metal ion concentration. The flat, broad surface makes it ideal for covering larger workpieces or for use in plating tanks where even current distribution is critical to achieving high‑quality copper coatings. Copper anodes like this plate are typically used in bath electroplating settings and can also serve as a foundation layer before other coatings such as nickel or chrome are applied. Typical Applications Electroplating of copper on metal substrates Bath plating for decorative or functional copper layers Undercoat / intermediate layer before nickel or chrome plating Workshop, lab and production electroplating Applications involving larger workpieces requiring extensive coverage  Key Benefits High copper purity (≥ 99.9 %): clean ion release for consistent baths Broad plate design: promotes uniform current distribution Improved deposit quality: even, durable copper coatings Flexible use: suitable for a range of plating setups Easy integration: fits naturally into standard bath electroplating processes  Usage Instructions Preparation: Thoroughly clean and degrease all workpieces prior to plating. Placement: Position the copper plate electrode as the anode (positive terminal) in the electrolyte. Connect: Attach the electrode to the positive output of your power supply and the workpiece to the negative (cathode). Plating: Adjust voltage and current according to the specific copper electrolyte used. Maintenance: Periodically clean off any buildup to maintain performance and longevity. Conclusion The Copper Plate Electrode is a reliable, versatile accessory for copper electroplating, offering consistent performance and uniform deposition thanks to its large active surface and high material purity — suitable for hobbyists, workshop use and professional electroplating environments alike.

Acid Copper – Bright Copper Electrolyte BMG-095.1 Acid bright copper electrolyte for high-gloss copper electroplating Short Description The Acid Bright Copper Electrolyte BMG-095.1 is a high-quality electroplating solution designed for electroplating copper onto metal surfaces. It is suitable for tank plating as well as brush / pen plating and produces very smooth, bright and uniform copper coatings with excellent electrical conductivity and mechanical properties. This acidic copper electrolyte is more powerful than alkaline copper systems and is used whenever high surface quality, strong adhesion and excellent brightness are required. What is this electrolyte used for? The acid bright copper electrolyte is used for electroplating conductive metals in order to: provide corrosion protection create decorative, high-gloss copper surfaces serve as an intermediate layer for further coatings (nickel, silver, gold, chromium) improve electrical and thermal conductivity build complex multilayer systems such as copper → nickel → chromium or copper → nickel → gold How does copper electroplating work? (simple explanation) In electroplating, copper is deposited onto a workpiece using direct electrical current: The workpiece is thoroughly cleaned and degreased It is connected as the cathode (negative pole) A suitable anode (copper or graphite) is connected as the positive pole When current is applied, copper ions migrate from the electrolyte and form a copper layer on the surface The result is a smooth, bright and conductive copper coating. Advantages of the Acid Bright Copper Electrolyte Produces high-gloss, uniform copper coatings Excellent electrical conductivity Suitable for tank plating and brush / pen plating Ideal as a base layer for nickel and decorative metal coatings Good polishability, reducing post-polishing effort Reliable performance when operated within recommended parameters Technical Parameters The following values represent typical operating parameters for acid bright copper electrolytes: PropertyValue / RangeElectrolyte typeAcid bright copper electrolytepH valueapprox. 1Operating temperature15–50 °CVoltage (tank plating)0.5–2.5 V (recommended ~1–1.5 V at 10 cm electrode distance)Voltage (brush / pen plating)1.2–4.5 V (recommended ~3 V)Current density0.6–5 A/dm² (up to ~7 A/dm² with agitation)Deposition rateapprox. 1 µm/min at 5 A/dm² and 20 °CAnode materialCopper or graphiteSuitable substratesCopper, brass, stainless steel, acid-resistant metalsNot suitable without pretreatmentAluminum, chromium, zinc, tin, titanium Important: Acid-sensitive metals such as steel, iron or zinc must first be pre-plated with an alkaline copper electrolyte before using this acid copper system. Practical Application Notes Surface preparation: Thorough degreasing and cleaning are essential No grease, fingerprints or residues should remain on the surface Tank plating: Maintain recommended voltage and current density Keep appropriate distance between anode and cathode Brush / pen plating: Keep the plating pad in constant motion for uniform deposition Temperature: Can be used at room temperature or heated up to 50 °C for improved deposition behavior Safety Information Acid copper electrolytes contain acidic components and copper salts and must be handled carefully: Wear chemical-resistant gloves, safety goggles and protective clothing Avoid contact with skin and eyes In case of contact, rinse immediately with plenty of water Use only in well-ventilated areas Do not inhale vapors or aerosols Do not discharge into drains or the environment Keep out of reach of children Always observe the Safety Data Sheet (SDS) and applicable hazard labeling. Scope of Delivery Acid Bright Copper Electrolyte BMG-095.1 Quantity according to selection Conclusion The Acid Bright Copper Electrolyte BMG-095.1 is a professional electroplating solution for producing bright, smooth and conductive copper coatings. It is ideal both as a stand-alone copper finish and as a high-quality base layer for further electroplating processes. When used correctly, it delivers reliable, professional results for both beginners and experienced users.

Conductive silver lacquer spray 150 ml from Betzmann Galvanik    Product information about Betzmann electroplating silver conductive lacquer spray (150 ml)   Item description: Betzmann Galvanik conductive silver lacquer spray (150 ml) - the product properties at a glance:   highly conductive easy to spray on 16 grams of silver and minimal copper content, hence the red tinge suitable for bath and pen plating With conductive silver lacquer from Betzmann Galvanik you can make non-conductive surfaces such as plastic, wood and many more conductive and then simply electroplate them, for example. After application, the conductive lacquer can be electroplated with either pen plating or bath plating. In order to achieve glossy results, the object treated with the conductive lacquer should be coated with the acid copper electrolyte or our new PP copper - you can then polish to a shine and then further silver or gold plating.   Please read our operating instructions carefully before using the conductive lacquer spray.   Scope of delivery: 150 ml silver conductive lacquer spray   SILVER CONDUCTIVE PAINT SPRAY Fields of application:   Conductive treatment of plastics, glass, ceramics and many other materials. Also very well suited as a decorative lacquer for flowers - also preserves fresh flowers without drying them first.       General use:   Apply a thin layer of conductive lacquer to the pre-cleaned, grease-free surface. Plastic parts can be coated better if they are sprayed with plastic primer beforehand. Spray the conductive lacquer in several layers in cross-coats. Allow the conductive lacquer to dry thoroughly before each spraying cycle (5 - 15 minutes). In order to remove last solvent residues it is recommended to blow-dry the conductive lacquer thoroughly with a hair dryer before electroplating. The conductive lacquer should be shaken thoroughly before spraying to prevent clumping.       Pen plating:   Small areas can be plated with pen plating directly after drying. However, care should be taken to apply only weak pressure to the lacquer to avoid scratches. The object with the minus pole should only be contacted but not clamped. Here, our copper plates are suitable.   The first layer that is applied must be bright copper or PP copper, as this electrolyte quickly separates and strengthens the conductive lacquer layer. Afterwards, further coatings can be applied with other electrolytes. Since the conductive lacquer can easily be damaged, pen plating on conductive lacquer is only recommended to a limited extent. It is much better to coat the object with bright copper electrolyte beforehand.       Bath electroplating:   The best results can be achieved with conductive lacquer if it is copper-plated after spraying. The coating should be thick enough to obtain a polish-resistant layer (copper plating in bath for about 30 - 45 minutes). Before applying further coatings, the copper can then be carefully polished to a shine. It is important to spray especially edges and transitions carefully, as the conductive lacquer is most sensitive at these points and tends to run off.   Safety Instructions:   The conductive lacquer is inflammable and dangerous to the environment. Therefore keep the conductive lacquer away from ignition sources and sparking. Avoid electrostatic charging. Do not allow the conductive lacquer to get into the waste water and dispose of dried residues in hazardous waste.     

Copper plates:    This accessory is another Real Gold innovation.  It prevents scratches or burn marks caused by the crocodile clip and increases the conductivity on the surface.