K-Gold - Clear Gold Electroplating Solution – for Pen, Bath & Swab Plating (10 g) Professional cyanide-free gold electrolyte for selective and immersion plating The K-Gold electroplating solution is a premium, cyanide-free gold electrolyte designed for pen plating, swab (tampon) plating and bath electroplating. It is ideal for jewellery finishing, repair plating, precision components and controlled gold deposition on small parts. The solution deposits a high-purity gold layer (up to 24 K) with excellent adhesion and uniform thickness. It can be used pure or blended with coloured gold additives to achieve specific karat values and gold shades. Key Features & Benefits High-purity gold electrolyte (≈ 10 g Au/L equivalent) Cyanide-free formulation for safer professional use Suitable for three plating methods: – Pen plating – Swab / tampon plating – Bath (immersion) plating Excellent adhesion on nickel, copper, silver and brass (proper pretreatment required) Soft, burnishable gold deposit with high visual quality Technical Parameters Gold concentration: approx. 10 g/L equivalent Deposit purity: 99.9–100 % gold Operating voltage: – Pen / swab plating: from 3.5 V – Bath plating:  3 V (current-controlled recommended) begin with 0,1 Ampere pro cm2 Temperature: 20–25 °C Recommended anode: Carbon or platinised titanium (bath) Hardness: approx. 170–180 HV Density: approx. 19.0 g/cm³ Pen Plating Application Ideal for localised plating, repairs and touch-ups. Clean, degrease and activate surface Load plating pen or swab with K-Gold solution Apply 2–3.5 V Move evenly across the surface to build the layer Swab / Tampon Plating Application Best for controlled selective plating on larger areas. Soak swab with electrolyte Maintain gentle, even contact Keep voltage stable Repeat passes to achieve desired thickness Bath Plating Application For uniform full-surface gold plating of small components. Thorough surface preparation Fill plating bath with K-Gold solution Use carbon or platinised titanium anode Apply low current density at 2–4 V Rinse and dry after plating Notes Air-sensitive – reseal container immediately after use Can be mixed with gold colour additives for karat matching Suitable for decorative and functional gold coatings

 Nickel Anode / Plate Electrode (SW10083) Short Description The Nickel Anode / Plate Electrode with the soze of 100 x 60 x 0,6 mm is a high‑purity, flat nickel sacrificial anode designed for electroplating applications. It provides controlled nickel ion supply to the plating bath, ensuring stable processes and uniform nickel deposits — perfect for bath, pen and pad plating setups.  Product Description This nickel plate electrode is made from high‑purity nickel (approx. 99.8 %) and serves as a sacrificial anode in electroplating. Its flat, broad design offers a large contact area in the electrolyte, promoting even current distribution, consistent metal release and reproducible plating results.  Nickel anodes are commonly used to maintain a stable nickel ion concentration in the bath, reduce porosity, and act as a barrier layer before additional coatings like gold or chrome. Typical Applications Electroplating and nickel plating of metal parts Bath electroplating for decorative and protective nickel layers Barrier layers before further plating processes Workshop, laboratory and production electroplating Use in corrosion‑resistant contact applications  Key Benefits High purity (~99.8 %): ensures clean nickel ion release Large surface area: promotes even current distribution in the bath Stable plating conditions: supports reproducible nickel deposits Improved adhesion and quality: suitable for both decorative and functional finishes Easy to use: flat shape fits standard plating tanks  Usage Instructions Preparation: Clean, degrease and activate workpieces before plating. Setup: Place the nickel anode as the positive electrode (anode) in the electrolyte. Power connection: Connect the nickel anode to the positive terminal and the workpiece to the negative terminal (cathode). Plating: Operate within the recommended voltage and temperature ranges for your nickel electrolyte to achieve uniform layers. Maintenance: Periodic cleaning after extended use helps maintain performance. Conclusion The Nickel Anode / Plate Electrode is a robust and versatile accessory for nickel electroplating processes, offering a wide active surface, high purity and stable ion supply — ideal for bath, pen and pad plating across workshop, lab and production environments.

 Nickel Anode / Plate Electrode (SW10082) Short Description The Nickel Anode / Plate Electrode with the soze of 170 x 30 mm is a high‑purity, flat nickel sacrificial anode designed for electroplating applications. It provides controlled nickel ion supply to the plating bath, ensuring stable processes and uniform nickel deposits — perfect for bath, pen and pad plating setups.  Product Description This nickel plate electrode is made from high‑purity nickel (approx. 99.8 %) and serves as a sacrificial anode in electroplating. Its flat, broad design offers a large contact area in the electrolyte, promoting even current distribution, consistent metal release and reproducible plating results.  Nickel anodes are commonly used to maintain a stable nickel ion concentration in the bath, reduce porosity, and act as a barrier layer before additional coatings like gold or chrome. Typical Applications Electroplating and nickel plating of metal parts Bath electroplating for decorative and protective nickel layers Barrier layers before further plating processes Workshop, laboratory and production electroplating Use in corrosion‑resistant contact applications  Key Benefits High purity (~99.8 %): ensures clean nickel ion release Large surface area: promotes even current distribution in the bath Stable plating conditions: supports reproducible nickel deposits Improved adhesion and quality: suitable for both decorative and functional finishes Easy to use: flat shape fits standard plating tanks  Usage Instructions Preparation: Clean, degrease and activate workpieces before plating. Setup: Place the nickel anode as the positive electrode (anode) in the electrolyte. Power connection: Connect the nickel anode to the positive terminal and the workpiece to the negative terminal (cathode). Plating: Operate within the recommended voltage and temperature ranges for your nickel electrolyte to achieve uniform layers. Maintenance: Periodic cleaning after extended use helps maintain performance. Conclusion The Nickel Anode / Plate Electrode is a robust and versatile accessory for nickel electroplating processes, offering a wide active surface, high purity and stable ion supply — ideal for bath, pen and pad plating across workshop, lab and production environments.

18K Rose Gold Electrolyte – Premium Rose Gold Finish for High-End Electroplating The 18K Rose Gold Electrolyte is a premium-quality electroplating solution designed for professional use in pen plating, brush (tampon) plating, and bath plating systems. It produces a warm, elegant rose gold color with 18 karat character, delivering excellent brightness, smooth deposition, and outstanding adhesion on a wide range of base materials. This solution is ideal for high-end decorative finishing in jewelry, watches, luxury accessories, and design applications. Key Benefits Elegant 18K rose gold color tone High-gloss, uniform surface finish Excellent corrosion resistance Strong adhesion on various base metals Perfect for premium decorative applications Stable and reproducible deposition process Suitable for both small-scale and industrial use Applications Jewelry finishing (rings, chains, bracelets) Luxury watches and accessories Designer products and lifestyle items Industrial surface finishing Restoration of rose gold plated parts Rose gold plating is widely used where a warm, modern luxury appearance is required. Compatible Plating Methods Pen Plating – precise touch-up and localized plating Brush / Tampon Plating – flexible application on complex shapes Bath Plating – uniform coating for batch production Compatible with all standard professional electroplating systems. Technical Specifications Gold content: 18K rose gold alloy Color tone: warm rose, high gloss finish Voltage: Pen / Brush: approx. 2–4 V Bath: 2–4 V Operating temperature: 18 – 25 °C Deposit: fine, uniform and decorative layer Typical coating thickness: 0.2 – 1.0 µm Anodes: platinum or carbon  Suitable Base Materials Copper and copper alloys Brass Silver Nickel Gold Activated metal surfaces Process Advantages Consistent rose gold color across all plating methods Excellent coverage even on complex geometries Good wear resistance for decorative coatings Highly stable plating process Ideal for multilayer systems (e.g. Copper → Palladium → Rose Gold) Design Applications Luxury rose gold jewelry collections High-end interior design elements Premium branding and product finishing Custom-made and small-batch production Safety Information May cause skin and eye irritation Use protective gloves and safety goggles Ensure proper ventilation during use Dispose of according to local regulations Conclusion – Premium Rose Gold Finish with Professional Quality The 18K Rose Gold Electrolyte delivers a perfect balance of luxury appearance, process stability, and professional-grade performance. It is the ideal solution for achieving a consistent, elegant rose gold finish in high-quality electroplating applications.

 Nickel Anode / Plate Electrode (SW10081) Short Description The Nickel Anode / Plate Electrode with the soze of 120 x 50 mm is a high‑purity, flat nickel sacrificial anode designed for electroplating applications. It provides controlled nickel ion supply to the plating bath, ensuring stable processes and uniform nickel deposits — perfect for bath, pen and pad plating setups.  Product Description This nickel plate electrode is made from high‑purity nickel (approx. 99.8 %) and serves as a sacrificial anode in electroplating. Its flat, broad design offers a large contact area in the electrolyte, promoting even current distribution, consistent metal release and reproducible plating results.  Nickel anodes are commonly used to maintain a stable nickel ion concentration in the bath, reduce porosity, and act as a barrier layer before additional coatings like gold or chrome. Typical Applications Electroplating and nickel plating of metal parts Bath electroplating for decorative and protective nickel layers Barrier layers before further plating processes Workshop, laboratory and production electroplating Use in corrosion‑resistant contact applications  Key Benefits High purity (~99.8 %): ensures clean nickel ion release Large surface area: promotes even current distribution in the bath Stable plating conditions: supports reproducible nickel deposits Improved adhesion and quality: suitable for both decorative and functional finishes Easy to use: flat shape fits standard plating tanks  Usage Instructions Preparation: Clean, degrease and activate workpieces before plating. Setup: Place the nickel anode as the positive electrode (anode) in the electrolyte. Power connection: Connect the nickel anode to the positive terminal and the workpiece to the negative terminal (cathode). Plating: Operate within the recommended voltage and temperature ranges for your nickel electrolyte to achieve uniform layers. Maintenance: Periodic cleaning after extended use helps maintain performance. Conclusion The Nickel Anode / Plate Electrode is a robust and versatile accessory for nickel electroplating processes, offering a wide active surface, high purity and stable ion supply — ideal for bath, pen and pad plating across workshop, lab and production environments.

Zinc Anode / Plate Electrode (SW10080) Short Description The Zinc Anode / Plate Electrode is a flat sacrificial anode made from high-purity zinc (Zn ≥ 99.8 %), designed for electroplating processes that require uniform, protective zinc coatings. It supplies zinc ions steadily into the electrolyte, promoting stable plating conditions and consistent deposit quality.  Product Description This plate electrode is made from high-purity zinc and features a flat, broad geometry (approx. 100 × 80 mm) with a thickness of about 0.3 mm, making it suitable for plating larger surface areas evenly. As a sacrificial anode, zinc dissolves in a controlled manner, helping to maintain the metal content of the bath and provide stable plating conditions.  The large active surface makes this electrode particularly suitable for bath electroplating with zinc electrolytes, ensuring uniform current distribution and improved coating quality.  Typical Applications Electroplating of zinc for corrosion protection Bath plating for decorative or functional zinc finishes Plating of larger components requiring even coverage Workshop, laboratory, and educational electroplating processes Key Benefits High-purity zinc (≥ 99.8 %): supports clean, reproducible results Broad plate design: improves current distribution across surfaces Ideal for zinc electrolyte baths: enhances plating consistency Controlled electrolyte regeneration: maintains bath composition Simple to integrate: suitable for various electroplating setups Usage Instructions Preparation: Thoroughly clean and degrease the workpiece; activate if required. Placement: Position the zinc plate electrode as the anode (positive terminal) in the electrolyte, with the workpiece as the cathode. Plating: Set current and voltage according to the specific zinc electrolyte — typically low volt ranges are used. Maintenance: Clean the electrode periodically to remove oxide buildup and maintain performance. Conclusion The Zinc Anode / Plate Electrode is an efficient sacrificial anode designed for consistent and uniform zinc electroplating. Its large active surface and high material purity make it suitable for hobby, workshop, and professional electroplating applications alike. 

Zinc Anode / Plate Electrode (SW10079) Short Description The Zinc Anode / Plate Electrode is a flat sacrificial anode made from high-purity zinc (Zn ≥ 99.8 %), designed for electroplating processes that require uniform, protective zinc coatings. It supplies zinc ions steadily into the electrolyte, promoting stable plating conditions and consistent deposit quality. Product Description This plate electrode is made from high-purity zinc and features a flat, broad geometry (approx. 100 × 80 mm) with a thickness of about 3 mm, making it suitable for plating larger surface areas evenly. As a sacrificial anode, zinc dissolves in a controlled manner, helping to maintain the metal content of the bath and provide stable plating conditions.  The large active surface makes this electrode particularly suitable for bath electroplating with zinc electrolytes, ensuring uniform current distribution and improved coating quality.  Typical Applications Electroplating of zinc for corrosion protection Bath plating for decorative or functional zinc finishes Plating of larger components requiring even coverage Workshop, laboratory, and educational electroplating processes Key Benefits High-purity zinc (≥ 99.8 %): supports clean, reproducible results Broad plate design: improves current distribution across surfaces Ideal for zinc electrolyte baths: enhances plating consistency Controlled electrolyte regeneration: maintains bath composition Simple to integrate: suitable for various electroplating setups Usage Instructions Preparation: Thoroughly clean and degrease the workpiece; activate if required. Placement: Position the zinc plate electrode as the anode (positive terminal) in the electrolyte, with the workpiece as the cathode. Plating: Set current and voltage according to the specific zinc electrolyte — typically low volt ranges are used. Maintenance: Clean the electrode periodically to remove oxide buildup and maintain performance. Conclusion The Zinc Anode / Plate Electrode is an efficient sacrificial anode designed for consistent and uniform zinc electroplating. Its large active surface and high material purity make it suitable for hobby, workshop, and professional electroplating applications alike. 

Electroplating Pen Set for Pen / Pad Electroplating - Brush Plating  The set consists of: 1x Hand electroplating handle made of high-quality brass - insulated - for various electrodes up to 6mm with quick release fastener Rear connection for measuring cable - front connection for electrodes up to 6mm 1x Lead PLUS1x Lead MINUS with crocodile clip1x stainless steel electrode 6 mm for degreasing, dechroming, activating, chrome plating1x graphite electrode 6 mm for silver plating, gold plating, palladium, platinum, black nickel, and much more. 

40A Electroplating Power Supply – Maximum Power for Professional Plating The 40A electroplating power supply (analog lab unit) is a high-performance control system for demanding electroplating applications. With its powerful current output and stable voltage regulation, it enables uniform, high-quality coatings on both small and large components. This is the ideal solution when standard 10A or 20A units are no longer sufficient. 40 Amps – The Key Advantage Unlike low-power devices, this unit delivers: up to 40A continuous output (approx. 43A peak) adjustable voltage range: 3 – 15 V clean, stable DC output for consistent plating Perfect for large surfaces, faster deposition rates, and industrial-level performance. Why Power Matters in Electroplating The power supply directly controls: coating thickness adhesion quality surface finish and brightness uniformity of the deposit With 40A, you achieve: faster plating processes stable current delivery without drops superior results on large workpieces No Size Limitation This power supply allows you to plate: small parts such as jewelry or screws large components like pipes, structures, or panels One system for unlimited application sizes. Compatible Plating Methods Pen Plating – precise localized work Brush / Tampon Plating – flexible surface coating Bath Plating – uniform production plating Suitable for hobby, professional, and industrial use. Compatible Plating Materials Supports all major electroplating electrolytes: Gold (24K to 9K, white gold, rose gold) Silver Nickel Copper (acid & alkaline systems) Chrome & black chrome Rhodium & black rhodium Palladium, platinum, zinc, tin Fully compatible with advanced electroplating systems. Technical Highlights Output current: 40A continuous / ~43A peak Voltage range: 3 – 15 V adjustable Analog display for current and voltage Very low ripple (< 50 mV) → clean plating results Temperature-controlled cooling fan Robust metal housing Weight: approx. 3.5 kg Safety & Reliability Overload protection Overtemperature protection Short-circuit protection Reverse polarity protection Designed for continuous professional operation. Typical Applications Gold plating large components Copper and nickel plating Restoration (automotive, decorative parts) Industrial surface finishing Coating complex geometries  Why Choose an Analog Power Supply? Many professionals prefer analog systems because they offer: instant response and control high durability no digital delay reliable long-term performance Ideal for precise manual electroplating processes. Quick Start Guide Connect the workpiece (cathode) Connect the anode Select the electrolyte Adjust voltage and current Start plating and fine-tune as needed High power = greater control and better results Conclusion – Professional Plating Starts with the Right Power Supply The 40A electroplating power supply is not just a tool—it is the core of your entire plating process. It determines: coating quality process stability production efficiency If you want professional, large-scale, and high-performance electroplating, this is the right choice. Buying Argument (Conversion Booster) Serious about electroplating? A 40A power supply is not an upgrade – it’s the difference between hobby and professional results. Upgrade Path  Entry level: 10A power supplies Advanced: 20–25A systems Professional: 40A and above

25A Electroplating Power Supply – The Perfect Balance Between Performance and Control The 25A electroplating power supply (analog laboratory unit) is the ideal solution for users who need reliable power, precise control, and versatile application options. It offers the perfect balance between entry-level usability and professional performance, making it suitable for both beginners and advanced users. This is the most practical and widely used power class in electroplating. 25 Amps – The Optimal Power Range With up to 25A continuous output (approx. 28A peak), this unit provides: stable plating conditions uniform coating thickness reliable performance even on larger surfaces Perfect for workshops, small production, and professional applications. Precision Control for Perfect Results Voltage range: 3 – 15 V adjustable Optional: 13.8 V fixed output mode Analog display for voltage and current This allows precise control over: coating thickness adhesion quality surface finish A stable power supply is essential for consistent, high-quality plating results. No Size Limitation With this power supply, you can plate: small parts (jewelry, screws) large components (pipes, structures, panels) One system for all sizes and applications. Compatible Plating Methods Pen Plating – precise localized repairs Brush / Tampon Plating – flexible surface coating Bath Plating – uniform production plating Suitable for hobby, professional, and industrial use. Compatible Plating Materials Supports a wide range of electroplating electrolytes: Gold (24K to 9K, white gold, rose gold) Silver Nickel Copper (acid & alkaline systems) Chrome & black chrome Rhodium & black rhodium Palladium, platinum, zinc, tin Fully compatible with modern electroplating systems. Technical Highlights Output current: 25A continuous / ~28A peak Voltage: 3 – 15 V adjustable Power: approx. 375 W Very low ripple (<50 mV) → clean plating results Analog meters for voltage and current Fan-cooled system Robust metal housing Weight: approx. 2.7 kg Safety & Reliability Overload protection Overtemperature protection Short-circuit protection Reverse polarity protection Designed for continuous and reliable operation. Why Choose This 25A Power Supply? Compared to smaller units, 25A offers: higher process stability better results on medium to large surfaces faster deposition rates fewer plating defects The perfect “sweet spot” between entry-level and professional systems. Typical Applications Gold plating jewelry and components Copper and nickel plating Chrome plating automotive parts Restoration and refinishing Industrial and technical coatings Quick Start Guide Connect the workpiece (cathode) Connect the anode Select the electrolyte Adjust voltage and current Start plating and fine-tune as needed Precise control ensures optimal coating performance. Conclusion – The All-Rounder for Electroplating The 25A electroplating power supply is the ideal choice for users who want: professional results flexible application reliable performance It is the most commonly used power level in electroplating, offering the perfect mix of power and control. Buying Argument If you want one device that covers almost everything: 25A is the perfect choice – powerful, precise, and future-proof. Entry level: 10A power supplies Advanced: 25A systems High-performance: 40A and above

Professional Electroplating Unit 50 Ampere with Pulse Technology (BMG-PB-50A) Short Description The Professional Electroplating Unit 50 Ampere with Pulse Technology is a high-performance, mobile plating system designed to deliver uniform, high-quality metal coatings using advanced high-frequency pulse technology (HFP). It enables fast, reliable electroplating of metals such as gold, silver, nickel, copper, chrome and more — suitable for hobbyists, workshop professionals and advanced users alike. Product Description This Power Box system provides up to 50 Amps of plating power combined with a high-frequency pulse process that enhances deposition quality, coating speed and surface integrity. Thanks to its compact, patented design, it’s particularly well-suited for mobile plating tasks including pen/tampon plating and hard-to-reach detail work. The unit automates many settings, simplifying operation for both beginners and experienced operators. The system is delivered with all essential cables, electrodes, pads and accessories, ready for immediate use without the need for complex configuration. Typical Applications This unit can electroplate virtually any conductive metal surface, including: • 24 ct pure gold and a range of gold colors (white gold, rose gold, antique gold) • Silver, platinum, palladium • Nickel, copper (acidic/alkaline) • Chrome, black chrome, rhodium, black rhodium, black ruthenium • Zinc, tin, bronze • Chromed surfaces or chromed plastics with conductive coating Scope of Delivery • 1x BMG-PB-50A electroplating unit with high-frequency pulse technology • 5x extendable spiral cables (4x positive, 1x negative with clamp) • 4x ergonomic plating handles • 5x stainless steel electrodes (4× 6 mm, 1× 4 mm stainless steel) 1x Carbon Electrode, 1x Nickelelectrode • 10x assorted sleeves (thin, thick, multi-layer) • 4x device cups that fit into built-in holders • PDF manual and guides, online training videos, personal technical support • 1-year warranty High-Frequency Pulse Plating (HFPP) – What It Is High-Frequency Pulse Plating is a modern electrical deposition method used in brush/tampon plating in which the electrical current is not delivered as a continuous DC output, but rather as rapidly pulsed high-frequency impulses. Typical pulse ranges: • frequency: approx. 15–40 kHz • pulse duration: microseconds to milliseconds • waveform: usually rectangular/square pulses • current delivery: modulated duty cycle for controlled metal ion transfer ––––––––––––––––––––––– How It Works – Core Mechanism Instead of a constant ion flow (continuous DC), the bath/gel or wet pad receives a sequence of micro-bursts of energy. Between pulses, short relaxation phases allow: • ion diffusion back to the surface • local replenishment of metal ions • reduction of hydrogen buildup • significantly reduced polarization effects • lower thermal load on the substrate The result is faster, cleaner, and denser deposition with lower defect rates. ––––––––––––––––––––––– Technical Benefits for Brush / Tampon Galvanic Plating Compared to conventional DC: Higher deposition quality – smoother grain structure – higher micro-hardness – tighter nano-crystalline layer growth – improved adhesion on difficult substrates Reduced burning & edge over-plating Pulse energy limits local overheating and current crowding. Lower porosity & improved density Noticeably fewer pinholes, voids, and inclusions. Superior micro-distribution Improved throwing power, better coverage in edges/corners. Lower hydrogen embrittlement Especially relevant for high-strength steels or spring alloys. More controlled thickness build Enables precision restoration, small-area repair, and decorative finishing. Improved plating speed Shorter process times and higher metal utilization in brush plating. ––––––––––––––––––––––– Advantages Compared to Conventional DC Brush Plating (Summary) ParameterContinuous DCHF Pulse PlatingGrain structurecoarsefine / nano-crystallineAdhesionmediumhighPorosityhigherlowHydrogen effectsstrongerreducedEdge burningcommonminimizedLayer hardnessstandardhigherAccuracymediumexcellentThermal loadhigherreducedSpeedmediumhigher ––––––––––––––––––––––– Application Relevance HF Pulse Plating is particularly advantageous in: • restoration & repair plating • selective / localized deposition • precious metal finishing (gold, rhodium, platinum, silver) • chrome-on-chrome touch-up • aerospace & automotive components • instrument, medical, watch, and jewelry plating • high-value refurbishment and micro-restoration ––––––––––––––––––––––– Why It’s a Good Fit for Tampon/Brush Plating Brush plating inherently suffers from: • electrolyte starvation • small plating zones • limited agitation • high local current density Pulse technology compensates for these constraints and increases layer quality to near bath-plating standards while preserving the selectivity advantages of brush plating.

Galvanic Power Supply 25 A (BMG-25A) Adjustable Power Unit for Electroplating and Laboratory Applications Short Description The Galvanic Power Supply 25 A (BMG-25A) is a powerful, electronically regulated power unit designed for electroplating, laboratory experiments and precision coating processes. With a continuous output up to 25 Amps and fine voltage regulation, this supply provides maximum control over electrochemical applications — suitable for hobbyists, workshops, educational labs and professional usage. It combines high performance, precision and ease of use for all processes requiring stable and adjustable DC power. Applications This power supply is ideal for: Electroplating processes (e.g., copper, nickel, gold, palladium) Laboratory experiments in electrochemistry Precise control of current and voltage in electrolytic operations Brush, pen and tank plating Educational, workshop and R&D environments Key Features & Benefits High Current Capacity – up to 25 A Allows larger or heavier parts to be plated without current drop. Adjustable Voltage and Current Fine control for precise layer thickness and reproducible results. Stable Performance for Extended Operation Reliable voltage and current stability Reduces fluctuations during plating for uniform coatings Easy to Operate Clear current and voltage indicators Simple control knobs — no software needed Versatile Use Great not just for plating, but also for: Electrolysis experiments Electrochemical testing Prototyping and DIY projects Technical Specifications (Guideline) Technische DatenBetriebsspannung230 Volt-AC/ 50HzAusgangsspannung3-15 Volt DC regelbar oder 13,8 Volt DC Festspannung durch Festspannungsschalter auf der UnterseiteAusgangsstrom25 A konstant28 A kurzzeitigRestwelligkeit & Rauschen<50mVLoad Regulation<200mVLine Regulation<50mVAnzeigen & Messwerke3 stelliges LED Digital Meter für Spannung und Strom, Zustands Bi-colour LED rot ( Störung ) und grünDC Anschlussbuchsenschraubbare PolklemmenKühlungVentilatorSicherheitSchutz Überlastung, Überhitzung, Kurzschluss- und verpolungssicher, Ausgangsspannungsschutz bei 16,5 VoltExtrasdunkelgraues Gehäuse aus Metall mit Gummistandfüßen, hohe Effizienz > 78% durch PFC (Dynamic Power Factor Correction) >0.95 maximiert den benötigten Strom, Hohe RFI StabilitätAbmessungen(BxHxT)220x110x220 mmGewicht2,7 Kg.Achtung: Nicht geeignet als Ladegerät Use Cases Gold Plating Accurate current control enables smooth, consistent gold deposition. Copper or Nickel Plating High current supports larger parts and thicker layers. Brush & Pen Plating Fine current regulation for localized or small surface work. Lab Experiments Stable output ideal for electrochemical studies and demonstrations. Safety Information Only use in dry, stable installations Do not operate in wet environments Wear protective gloves and eyewear Avoid direct contact with live electrical parts Disconnect before maintenance or cleaning Conclusion The Galvanic Power Supply 25 A is a reliable and precise DC source tailored for electroplating and laboratory use. Its combination of high current capacity, adjustable regulation and stable performance makes it a great choice for hobbyists, professionals, and anyone wanting controlled, repeatable results in electrochemical processes.

Curved Platinum Electrode (BMG-034-2) Short Description The Curved Platinum Electrode is a premium, shaped electrode with a platinized surface specifically designed for electroplating applications on convex and concave surfaces. Its curved profile delivers larger contact area, improved current distribution and faster, more even plating on contoured workpieces. Product Description This electrode features a titanium base with a fine platinum coating, offering excellent chemical inertness, high resistance to corrosion in many plating baths, and minimal contamination — ideal for brush or pen plating with precious metals such as gold, palladium and rhodium. Its curved geometry increases the active contact area against curved objects, ensuring that the plating current is distributed more uniformly and consistently across complex shapes.  Platinized titanium electrodes are widely regarded as superior to stainless steel or graphite ones because they produce cleaner, high-quality coatings, have excellent longevity and are compatible with most plating solutions, provided highly chloridic or fluoridic electrolytes are avoided.  Typical Applications Electroplating of curved metal objects (e.g., rings, reflectors, concave components) Gold, silver and precious metal finishing on contoured surfaces Repairs and detail plating on curved industrial or decorative parts Use in hobby, workshop, lab and production electroplating environments Key Benefits Curved profile: fits concave/convex shapes for improved contact Large active area: better current distribution and uniform plating Platinum coating: chemically inert and ideal for high-quality finishes Long service life: durable electrode performance with repeated use Versatile: suitable for various precious and specialty metal electrolytes Usage Instructions Preparation: Clean and degrease the workpiece; activate surface if required. Placement: Align the electrode so that it maximally contacts the curved surfaces. Plating: Set appropriate voltage and current according to the plating solution. Operation: Move the electrode evenly over the surface, leveraging the curved design for consistent contact. Maintenance: After plating, gently clean the electrode to remove residual deposits — avoid abrasive materials to preserve the platinum layer. Conclusion The Curved Platinum Electrode is a professional-grade solution for electroplating on curved and complex shapes, delivering uniform, high-quality results thanks to its increased contact area and platinum-enhanced surface. It is ideal for precise finishing tasks in hobbyist, workshop and commercial plating applications.

Copper Conductive Paint BMG-058-K.2 Electrically conductive copper paint for repair, conductivity improvement and contact paths Short Description The Copper Conductive Paint BMG-058-K.2 is a ready-to-use, electrically conductive coating and repair paint based on copper. It is designed for spot or area repair of conductive paths, electrification of surfaces, and filling small breaks in conductors, as well as for creating electrically conductive layers on non-metal parts. The paint delivers good conductivity, adheres reliably to many substrates, and can be used in a wide range of electronics, fine mechanics, and industrial applications. Applications The copper conductive paint is used for: Repair and restoration of conductor tracks on PCBs, contacts and circuits Creating conductive connections on non-metallic supports Filling small discontinuities in conductive elements and contact points Improving electrical transitions during assembly or repair Prototyping and fine wiring in electronic and electrical projects It is suitable for workshop, hobby, and professional repair and assembly tasks. How It Works (Simple Explanation) Conductive paint contains finely dispersed copper particles. After application and drying, the paint forms an electrically conductive layer as the copper particles connect within the film: Prepare the surface: Clean and degrease the area. Apply the paint: Use a brush, applicator, or fine needle to apply. Dry / Cure: The paint dries and becomes electrically conductive. Post-work: Mechanically refine or electroplate over the conductive layer if needed. Benefits of Copper Conductive Paint BMG-058-K.2 Electrically conductive coating immediately after drying Good adhesion on metal, plastic, and ceramics Easy to apply with basic tools Repair-friendly for conductive paths and contacts Versatile use in electronics, sensors, and fine mechanical assemblies Can serve as a pre-layer for electroplating Technical Parameters (Guidelines) PropertyValue / RangeProduct typeElectrically conductive copper paintCompositionCopper-filled coating systemConductivityElectrically conductiveDryingAir dry or gentle heating to accelerateAdhesionGood on metal, plastic, ceramicApplicationBrush, applicator, precision tipLayer thicknessSeveral micrometers (µm), application-dependentCuringAmbient conditions, relative humidity relevant Practical Application Tips Preparation: Clean and degrease thoroughly. Application: Apply the paint in thin layers to the desired area. For higher conductivity, apply multiple thin layers. Drying: Allow to dry at room temperature; gentle heating can speed curing. Aftercare: Once fully dry, the layer can be mechanically worked on or plated over. Safety Information Conductive paints contain chemical solvents and must be handled safely: Wear protective gloves and eye protection Avoid contact with skin and eyes Work in a well-ventilated area Do not ingest; keep out of reach of children Avoid eating, drinking or smoking while working Dispose of according to local chemical waste regulations Conclusion The Copper Conductive Paint BMG-058-K.2 is a practical and electrically conductive coating and repair solution. It is ideal for creating and repairing conductive paths, improving connectivity, and as a foundation for further plating steps. With simple application, reliable adhesion, and good conductivity, it is suited for workshops, professionals and electronics enthusiasts alike.

18 K Color Gold Bath SW10054.2 Decorative 18 K gold plating solution for electrolytic gold coatings Short Description The 18 K Color Gold Bath SW10054.2 is an electroplating solution for the deposition of decorative 18 K gold layers on conductive metal surfaces. With a gold content of approx. 1 g/L, this color gold bath produces a uniform gold-yellow layer characteristic of 18 K gold – ideal for visual enhancement of jewelry, accessories, or other plated items. The electrolyte is cyanide-free, allowing stable plating with consistent color over extended use. Applications The 18 K color gold bath is suitable for: Decorative gold plating with an attractive 18 K tone Visual enhancement of metal parts, jewelry components, and accessories Thin, precise coatings to improve appearance Tank, brush, and pen/peg plating depending on application Applications requiring consistent color and high gloss How 18 K Gold Plating Works (Simple Explanation) Gold plating is an electrolytic process: Surface preparation: Clean, degrease, and optionally activate the workpiece. Plating: Immerse the part as the cathode and heat the solution; gold ions are reduced and deposited onto the surface. Layer formation: A thin, uniform 18 K gold layer is created. Finishing: Rinse and dry the plated item – the surface displays a stable, warm gold tone. The exact color can vary slightly depending on operating conditions. Benefits of 18 K Color Gold Bath SW10054.2 Decorative 18 K gold color for high-quality surfaces Cyanide-free formulation for long-term stability Easy application in tank, brush, or pen/peg plating Consistent color and uniform coating Ideal for jewelry, accessories, and design objects Technical Parameters PropertyValue / RangeElectrolyte type18 K color gold plating solutionGold contentapprox. 1 g/L AupHca. 10.5 (range 10–11)Density1.035 g/mL (range 1.030–1.040)Bath temperatureapprox. 60 °CVoltageapprox. 6 VExposure time15–20 secondsAnode materialGraphite or platinum electrodeLayer colorGold-yellow, 18 K toneColor influenceSlightly adjustable by operating parameters Note: Variations in voltage, temperature, or concentration can influence the color of the deposited layer. Practical Application Tips Preparation: Thoroughly clean and degrease the workpiece. Chemically activate if necessary to remove oxides. Plating: Heat the solution to approx. 60 °C. Apply voltage and plate for a short time to deposit a fine 18 K gold layer. Ensure even movement of the bath or workpiece for uniform results. Post-treatment: Rinse with clean water after plating. Dry completely; light polishing can enhance shine if desired. Safety Information Electrolytes contain chemicals that must be handled safely: Wear gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Use only in well-ventilated areas Do not ingest; keep out of reach of children Do not eat, drink, or smoke during use Dispose of waste according to local chemical regulations Conclusion The 18 K Color Gold Bath SW10054.2 is a modern, high-quality plating solution for achieving uniform gold-yellow layers in 14 K tone. With easy handling and stable color over extended use, it is ideal for hobbyists, workshops, and professional plating environments, providing attractive decorative gold coatings with consistent results.

Anode / Electrode Holder (SW10064) Short Description The Anode / Electrode Holder is a practical storage and organization accessory for rod‑shaped electrodes with a diameter of 6 mm. It provides organized, safe storage for up to 15 electrodes of various materials such as aluminum, stainless steel, graphite, copper or nickel, making them easy to access and preventing mix‑ups. Product Description This electrode holder is made from durable plastic that securely holds and separates electrodes. It features dedicated compartments so you can store aluminum, stainless steel, graphite, copper and nickel electrodes separately and conveniently, keeping your plating area tidy and well organized. The holder helps prevent mechanical damage and confusion between electrode types, which improves workflow efficiency in hobby, workshop or laboratory settings where multiple electrodes are used for different plating tasks. Typical Applications Organized storage and quick access to multiple electrodes Use in workshop, lab or production environments Preparation and setup for pen, pad or bath electroplating Compatible with a wide range of electrode materials Key Benefits Holds up to 15 electrodes with standard 6 mm diameter Separated compartments for easy organization Sturdy plastic design – durable and easy to clean Versatile compatibility with aluminum, steel, graphite, copper and nickel rods Great for hobbyists, workshop technicians and professional platers Usage Instructions Prepare electrodes: Ensure electrodes are clean and dry before storing. Insert rods: Place each electrode in its designated compartment. Label if needed: Optionally label compartments or rods for quick identification. Keep accessible: Place the holder near your plating setup for quick electrode changes during processes. Conclusion The Anode / Electrode Holder is a useful and efficient accessory for organizing and storing electroplating electrodes. Its practical design and large capacity make it a valuable addition to any plating workspace, enhancing workflow and reducing confusion.

Adhesive labels for electrolytes for labeling and better identification of storage beakers or corresponding containers.  From “A” for activator to “Z” for zinc or tin The labels are included with the purchase of the device set.  Dimensions 10x8 cm After ordering, please let me know which label you would like by sending an email to:   [email protected].

Large XXL anode sleeve from Betzmann Galvanik:  For use with the Extra Large Stainless Steel Electrode and Extra Large Platinum Electrode for electroplating large surfaces. Our swabs will last a long time if thoroughly rinsed under running water after each use.  Replacement Swab for  flat electrodes of all types in XXL format Sleeve Size: 6 x 16 cm

Copper Conductive Spray 400 ml SW10068 Electrically conductive copper spray for repairs, conductivity enhancement, and contact surfaces Short Description The Copper Conductive Spray 400 ml SW10068 is a ready‑to‑use, electrically conductive copper coating in spray form. Once applied and dried, it forms an electrically conductive copper layer that is ideal for repairing conductive pathways, improving electrical contacts, or creating conductive surfaces on non‑metal parts. The spray combines easy application, effective conductivity, and good adhesion on a wide variety of substrates. Applications This conductive spray is used for: Repair or extension of conductive tracks on PCBs, contacts, or wiring Creating conductive surfaces on non‑metallic pieces Improving contact quality on connectors or switches Conductive coating of plastic, ceramic, or composite materials Prototyping and fine wiring tasks in electronics and electrical engineering The spray format enables quick, uniform application, especially in hard‑to‑reach areas. How It Works (Simple Explanation) The copper conductive spray contains finely dispersed copper particles. After spraying and drying, these particles connect to form an electrically conductive surface: Prepare: Clean and degrease the surface. Spray: Apply the product in a thin, even layer from the recommended distance. Dry: The sprayed film dries to form a conductive copper layer. Ready to Use: The surface is now electrically conductive and can be used or further processed. Benefits of Copper Conductive Spray SW10068 Electrically conductive layer immediately after drying Spray application for easy, uniform coverage Good adhesion on multiple substrates (metal, plastic, ceramic) Repair‑friendly for conductive tracks and contacts Time‑saving versus liquid conductive coatings Suitable for electronics, electrical installation, prototyping, and repairs Technical Parameters (Guidelines) PropertyValue / RangeProduct form400 ml spray canFunctionElectrically conductive coatingConductivityElectrically conductiveDryingAir dryingAdhesionGood on metal, plastic, ceramicApplicationSpray applicationLayer thicknessMultiple layers possibleCuringDependent on thickness & environment Practical Application Tips Preparation: Clean and degrease the surface thoroughly. Spray Application: Shake can well. Spray from approx. 20–30 cm distance evenly onto the surface. For improved conductivity, apply several thin coats. Drying: Allow to dry; slight warming speeds up curing. Post‑treatment: Once fully dry, the layer can be mechanically refined or plated over. Safety Information Conductive sprays contain solvents and must be used safely: Use in well‑ventilated areas Wear protective gloves, eye protection, and respiratory protection Avoid skin and eye contact Rinse thoroughly with water if contact occurs Do not ingest; keep out of reach of children Do not spray near open flames Dispose according to local aerosol disposal regulations Conclusion The Copper Conductive Spray 400 ml SW10068 is a practical, fast solution for generating electrically conductive surfaces and repairing conductive paths. Its spray format makes it ideal for electronic repairs, contact enhancements, and conductive coatings in both hobby and professional environments.

Product information "Gold Plating Kit S"Gold Electroplating System BMG‑25A‑100GM – Professional Kit for Gold & Metal CoatingShort Description:The BMG‑25A‑100GM is a complete electroplating kit that allows you to coat metallic objects such as jewelry, coins, stainless steel parts, or small components with gold or other metals. Suitable for beginners, professionals, workshops, and educational purposes.What is Electroplating?Electroplating is a process in which metal surfaces are coated using electric current and a chemical solution (electrolyte). Metal ions, such as gold, deposit as a thin, even layer on the surface, creating a high-quality, durable finish.ApplicationsBeginners/Hobbyists: Ready-to-use, including training material.Professionals & Workshops: Robust, adjustable system for various coatings.Industry & Trade: Expandable for different metals and small industrial series.Schools & Training Centers: Ideal for chemistry and technical demonstrations.Coatable metals: Gold (999 fine gold), silver, copper, nickel, chromium, rhodium, palladium, platinum, bronze, zinc, tin.How it WorksPrepare the surface: Clean, degrease, and optionally pre-treat.Add electrolyte: Contains metal ions for coating.Apply current: Metal ions deposit onto the surface.Result: Even, high-quality metal coating.Complete Package / AccessoriesElectroplating Device:1x Power supply, 2.7–15 V / 25 A, digital display, with power cordCables & Connections:1x Positive cable (anode)1x Negative cable with crocodile clip (cathode/workpiece)1x Handle with quick-release clampElectrodes (Anodes):3x Thick stainless steel electrodes (6 mm)1x Thin stainless steel electrode (4 mm)1x Graphite electrode (6 mm)1x Nickel electrode (6 mm)Pads / Tampons:6x Fabric pads for tampon electroplatingBeakers & Consumables:6x Large beakers with lidsChemicals / Electrolytes:500 ml Electrocleaner (for degreasing)500 ml Chrome remover500 ml Activator500 ml Nickel electrolyte100 ml Gold electrolyte (approx. 1 m² coating area)Documentation & Support:User manual (German/English)Training PDFsTechnical support with guidance24-month warrantyTechnical HighlightsAdjustable voltage and stable current for precise coatingDigital display for current and voltageSafety features: Overload, short circuit, and reverse polarity protectionCompact, portable, ready to useEfficient power supply with fanBenefits at a GlanceFor Beginners:Complete kit including training materialTechnical support includedFor Professionals:Expandable for multiple metalsSuitable for workshop and lab useCost-effective for small to medium coating projectsImportant NotesOnly for conductive surfaces; a conductive underlayer may be neededObserve safety: gloves, goggles, and ventilationCoating results depend on surface preparation, electrolyte quantity, and object size