Gelling Agent / Thickener – Additive for Drip-Free Electroplating Solutions and Precise CoatingsGelling Agent for Electrolytes – Greater Control for Pen Plating, Tampon Plating and Tank PlatingThe Gelling Agent / Thickener from Betzmann Galvanik is a specially developed additive for increasing the viscosity of electroplating electrolytes. By adding the thickener, low-viscosity electrolytes are transformed into a gel-like, low-drip consistency. This allows the electrolyte to remain on the workpiece surface for longer, making it easier to achieve precise and controlled plating results.It is particularly suitable for pen plating, tampon plating, and plating on vertical, inclined or complex-shaped surfaces, where it prevents the electrolyte from running off and significantly reduces solution loss. It is also ideal for selective plating, repair work and localized metal deposition.Your Advantages at a GlanceIncreases the viscosity of electroplating electrolytesConverts liquid electrolytes into a gel-like consistencyPrevents dripping and running on vertical surfacesReduces electrolyte consumptionEnables more precise pen plating and tampon platingImproves coating uniformityIdeal for repair plating and selective platingEasy to mix and useCompatible with many electroplating electrolytesWhy Use a Gelling Agent?Most electroplating electrolytes have a relatively low viscosity. On vertical or inclined workpieces, the electrolyte quickly runs off, which can result in:Uneven coating thicknessElectrolyte lossDrip marksPoor coating definitionIncreased electrolyte consumptionThe gelling agent keeps the electrolyte exactly where it is needed, making the plating process easier while improving coating quality and efficiency.Typical ApplicationsThe gelling agent is ideal for:Pen platingTampon platingSelective electroplatingLocal gold platingRepair gold platingVertical surface platingComplex workpiece geometriesJewellery manufacturingRestoration workModel makingPrecision engineeringApplicationSlowly add the gelling agent to the electrolyte while stirring until the desired consistency is achieved.Recommended mixing ratio:Approximately 1 part gelling agent to 10 parts electrolyteThe exact ratio may be adjusted depending on the electrolyte and the desired gel consistency.After mixing, a homogeneous gel structure should be obtained before use.Suitable ElectrolytesThe gelling agent can be used with many electroplating electrolytes, including:Gold electrolytesSilver electrolytesNickel electrolytesCopper electrolytesRhodium electrolytesMany other compatible electroplating solutionsFor new electrolyte systems, we recommend testing compatibility before large-scale use.Technical InformationProduct Type:Gelling Agent / ThickenerApplication:Increasing the viscosity of electroplating electrolytesRecommended Mixing Ratio:Approx. 1 : 10 (Gelling Agent : Electrolyte)Consistency:Adjustable from slightly thickened to highly gel-likeApplication Temperature:Room temperatureStorage:Store tightly closed in a cool and dry place.Practical Tips✔ Add the gelling agent slowly while stirring.✔ Adjust the mixing ratio gradually until the desired consistency is reached.✔ Allow the mixture to stand briefly before use so trapped air bubbles can escape.✔ Perfect for vertical surfaces and localized plating.✔ Especially recommended for gold, silver and rhodium plating applications.Safety InformationWear suitable protective gloves and safety glasses.Avoid contact with skin and eyes.Follow the Safety Data Sheet (SDS).Use only in well-ventilated areas.Keep out of reach of children.Quality from Betzmann GalvanikThe Gelling Agent / Thickener is the ideal additive for professional electroplating applications. It improves process control, reduces electrolyte consumption and enables clean, uniform and precise metal coatings, especially on demanding workpieces and during selective plating.SEO for Shopware 6Product TitleGelling Agent / Thickener – Additive for Electroplating Electrolytes and Drip-Free PlatingSEO URLgelling-agent-thickener-electroplating-electrolyteSEO TitleGelling Agent Thickener | Additive for Electroplating Electrolytes | Betzmann GalvanikMeta DescriptionProfessional gelling agent and thickener for electroplating electrolytes. Increases viscosity, prevents dripping and improves control during pen plating, tampon plating and tank plating. Suitable for gold, silver, nickel and copper electrolytes.Keywordsgelling agent, electrolyte thickener, electroplating thickener, electroplating additive, plating gel, electrolyte additive, pen plating gel, tampon plating additive, gold electrolyte thickener, silver electrolyte thickener, nickel electrolyte additive, copper electrolyte thickener, electroplating accessories, Betzmann GalvanikLong-Tail Keywordsgelling agent for electroplating electrolytes, thickener for gold plating electrolyte, pen plating gel additive, tampon plating electrolyte thickener, prevent electrolyte dripping during plating, electroplating viscosity additive, professional electroplating thickener

Anode Fabric Pad Sleeve Fluffy BMG-015 – Uniform Coating & Maximum Control The Anode Fabric Pad Fluffy BMG-015 is a specially designed accessory for pen plating and tampon electroplating, ensuring consistent electrolyte distribution and controlled coating processes. Thanks to its fluffy, high-volume structure, the pad absorbs electrolyte efficiently and releases it evenly and continuously onto the surface. This results in clean, uniform and high-quality metal coatings, even in demanding applications. Key Benefits at a Glance Excellent electrolyte absorption and release Uniform liquid and current distribution Ideal for precise and controlled plating Suitable for: Pen plating Tampon plating Reduces streaking and uneven deposits Flexible and easy to replace Applications Selective metal plating Repair and touch-up work Fine detail applications Jewelry finishing Technical surface treatments Technical Parameters Product Type: Anode fabric pad (fluffy) Item Number: BMG-015 Material: High-absorbency textile fabric Structure: Fluffy / high-volume Function: Electrolyte carrier for anode applications Application Areas: Pen plating Tampon plating Electrolyte Absorption: Very high Electrolyte Release: Even and controlled Current Distribution: Supports uniform deposition Reusability: Limited (depending on application) Replacement: Quick and easy Application – Step by Step 1. Preparation Soak the fabric pad with the appropriate electrolyte Allow excess liquid to drip off slightly Attach to the anode or plating pen 2. Pen Plating Application Move the pad evenly across the surface Maintain consistent contact Control voltage and movement Ensures precise and clean results 3. Tampon Plating Application Use the pad as an electrolyte carrier Apply even pressure Maintain continuous motion  Ideal for selective plating applications Pro Tips for Best Results Replace pad regularly for consistent quality Avoid over-saturation → better control Uniform movement prevents streaks Always use clean electrolyte Conclusion The Anode Fabric Pad Fluffy BMG-015 is an essential accessory for achieving precise, uniform and high-quality results in pen and tampon electroplating. It ensures optimal control, clean finishes and significantly improved coating performance.

Alkaline Copper Electrolyte – Cyanide-Free Copper Bath for Acid-Sensitive MetalsProfessional Alkaline Copper Electrolyte for Tank, Pen and Brush PlatingThe Alkaline Copper Electrolyte from Betzmann Galvanik is a high-quality, cyanide-free copper electrolyte for the electroplating of acid-sensitive metals. It has been specially developed to reliably apply firmly adhering copper coatings on materials such as iron, steel, zinc and zinc die-cast alloys.Unlike acidic copper electrolytes, the alkaline copper electrolyte is ideally suited as an adhesion layer and intermediate coating for materials that may be attacked by acidic electrolytes.The electrolyte is suitable for both tank plating and pen/brush plating (tampon plating) and enables uniform, decorative and functional copper coatings at room temperature.Your AdvantagesCyanide-free alkaline copper electrolyteIdeal for acid-sensitive metalsExcellent adhesion on iron and steelVery good leveling propertiesGood throwing powerIntensive, attractive copper colourIdeal intermediate layer before bright copper platingSuitable for tank, pen and brush platingEasy application at room temperatureProfessional quality from Betzmann GalvanikWhy Use Alkaline Copper Plating?Many metals cannot be directly plated with an acidic copper electrolyte. Especially iron, steel and zinc require a special copper strike layer to achieve a permanently adherent copper coating.The alkaline copper electrolyte enables:Strongly adherent copper coatings on iron-based materialsProtection of sensitive base materialsPreparation for further electroplating processesConstruction of high-quality multilayer coating systemsAfter alkaline copper plating, the surface can be further processed with a bright acid copper electrolyte to achieve an especially smooth and glossy finish.Typical ApplicationsIdeal for:IronSteelZincZinc die-cast partsBrassBronzeCopperTinLeadMetal restorationClassic car partsModel makingJewellery manufacturingRepair workTechnical coatingsSuitable Base MaterialsSuitable for:✓ Lead✓ Bronze✓ Iron✓ Steel✓ Copper✓ Brass✓ Zinc✓ Zinc die-cast alloys✓ TinNot directly suitable for:✗ Aluminium✗ Chromium✗ TitaniumAluminium requires suitable pretreatment, for example with an aluminium activator.For unknown materials, a test coating should always be performed before application.Application InstructionsFor optimum results, workpieces must be thoroughly cleaned before copper plating.Remove:OilGreaseDirtOxide layersRustUse clean disposable gloves to prevent renewed contamination from skin oils.The alkaline copper electrolyte already works at room temperature and can be heated if required.The optimum operating temperature range is between 25 and 50 °C.Recommended Layer System for Perfect SurfacesA proven electroplating system:Base Material → Alkaline Copper → Bright Copper → Nickel → Gold / Chromium / Precious MetalsThe alkaline copper electrolyte provides excellent adhesion, while the bright copper electrolyte creates a smooth and highly reflective surface.Technical DataOperating DataCyanide-free alkaline copper electrolytepH value: 8–10Operating temperature: 20–60 °CWorking ConditionsCurrent density: 0.2–1.5 A/dm²Up to 3 A/dm² with solution movementTank Plating:Approx. 1.4 Volts (5 cm electrode distance)Approx. 1.5 Volts (10 cm electrode distance)Approx. 1.7 Volts (20 cm electrode distance)Pen and Brush Plating:2.5–6 VoltsRecommended: 4–5 VoltsAdditional parameters:Plating time: 10–45 minutesDeposition rate:approx. 0.4 µm/min at 1 A/dm² and 20 °CAnode material: Copper AnodeCoating PropertiesUniform copper coatingsExcellent adhesionVery good levelingGood throwing powerAttractive copper colourIdeal preparation for further electroplating processesSupplied AsReady-to-use alkaline copper electrolyteAvailable in various container sizesQuality from Betzmann GalvanikBetzmann Galvanik develops professional electrolytes for decorative and technical surface finishing. The Alkaline Copper Electrolyte is the ideal solution for safe and reliable copper plating of acid-sensitive metals such as iron, steel and zinc and provides the perfect foundation for high-quality multilayer electroplating systems.

White Palladium Electrolyte 10 g/L BMG‑101M High‑Performance Palladium Plating Solution for Bright, Silver‑White Coatings Short Description The White Palladium Electrolyte 10 g/L BMG‑101M is a premium electroplating solution designed to deposit bright, silver‑white palladium layers. With a palladium concentration of approximately 10 g per liter, this electrolyte produces a brilliant, metallic finish that is even more striking than traditional nickel plating. real-gold.de It can be used both as a hard decorative top layer and as a nickel‑free barrier layer in multi‑step plating systems. real-gold.de Applications White palladium plating is suitable for: Applying bright silver‑white palladium coatings Nickel‑free barrier layers between copper/brass and gold Decorative finishes with high corrosion resistance Prepping surfaces for subsequent gold plating Alternatives to silver plating, as palladium does not tarnish easily  This makes it especially useful for jewelry, electronics, and other applications where an elegant, durable, and nickel‑free surface is desired.  How White Palladium Plating Works (Simple Explanation) Palladium electroplating works by using direct current (DC) to reduce palladium ions from the electrolyte onto the surface of the workpiece: Surface Preparation: Clean and degrease the part thoroughly. Plating: Connect the workpiece as the cathode and apply appropriate voltage. Deposition: Palladium ions reduce and form a uniform, silver‑white metallic coating. Finishing: Rinse with water and dry after plating.  Benefits of White Palladium Electrolyte BMG‑101M Extremely bright, silver‑white metallic finish, brighter than traditional nickel coatings  Nickel‑free and allergen‑free, ideal for skin‑contact applications  Acts as an excellent barrier layer between base metals and gold  High corrosion resistance and very low porosity, improving durability  Suitable on many substrates, including copper, nickel, brass, silver, gold, and dechromed surfaces  Can be solder‑wetted and provides strong performance on electrical contacts Technical Parameters (Practical Data) PropertyValue / RangeElectrolyte typePalladium plating solutionPalladium contentapprox. 10 g/LRecommended voltage3.0–3.5 V (pin electroplating from ~3 V, bath 3–4 V)Operating temperature48–52 °CpH7.0–8.0Deposition rateapprox. 0.17 µm/min at 0.0075 A/cm²Hardnessapprox. 488 HVDensity of depositapprox. 11.85 g/cm³Deposit purity~99.9 % palladiumAnodePlatinum mesh or graphiteAgitationVery low (mini stir rod)Lightness (L*)65 (CIE L* value)Shelf life1–2 yearsHealth/Safety classificationIrritantTransport classificationNot classified as hazardous Note: These values are practical guidelines and may vary depending on equipment, voltage, and material.  Practical Application Instructions Surface Preparation: Clean and degrease parts thoroughly to remove oils and contaminants. Plating: Heat the solution to the recommended temperature (48–52 °C). Apply recommended voltage; stable agitation with a mini stir rod improves coating uniformity. Post‑Treatment: Rinse parts with clean water after plating. Dry carefully; light polishing can enhance the finish if desired. Safety Instructions White palladium electroplating solutions contain active chemical components and must be handled with care: Wear protective gloves, eye protection, and suitable clothing Avoid contact with skin and eyes Rinse thoroughly with water if contact occurs Operate in well‑ventilated areas Do not ingest; keep out of the reach of children Dispose of waste according to local chemical waste regulations  Conclusion The White Palladium Electrolyte 10 g/L BMG‑101M is a professional‑grade electroplating solution that delivers very bright, silver‑white palladium coatings with excellent durability and low porosity. It is particularly suitable for decorative and functional applications, and as a nickel‑free barrier layer before gold plating, making it ideal for jewelry, electronics, and precision metalwork

Metal Polish Ultra-Fine – The Perfect Pre-Treatment for Premium Surface Quality For applications demanding extremely high surface quality and brilliant shine: Metal Polish Ultra-Fine is the top choice for final pre-treatment before electroplating. Ultra-Fine Cleaning Power – Ideal for Sensitive Surfaces This finely tuned formulation gently yet effectively removes: the most delicate silicone and release agent residues ultra-thin wax layers micro-contaminants and particles light oxides and adhesion inhibitors The built-in cleaner delivers deep surface cleanliness – the optimal base for uniform, high-adhesion plating layers. Brilliant, Smooth, Flawless – Even on Sensitive Materials Used with a fine microfiber cloth, this ultra-fine polish will: restore mirror-like shine to chrome and metal bring conductive plastics to a glossy, refined finish refresh used components with an elevated appearance smooth fine details and delicate contours Sensitive parts are treated gently while achieving an exceptionally even finish. Key Benefits at a Glance Ultimate pre-treatment for bath, brush, and swab plating Removes the finest residues and prepares ideal adhesion surfaces Highest level of surface quality and brilliance Suitable for metals, chrome, and conductive plastics Easy and controlled application Designed for workshop, professional labs, and industrial environments Result: Technically pristine, high-gloss surfaces with optimal adhesion and a flawless professional finish.

Silver Anti-Tarnish Protection – Nanotechnology Passivation for Long-Lasting Protection Effective protection for silver surfaces: This silver anti-tarnish solution is based on modern nanotechnology and reliably prevents tarnishing without affecting optical or electrical properties. Application is simple via immersion. A transparent, organic protective layer forms on the surface, preserving the appearance while maintaining gloss, color, and electrical conductivity. Key Benefits Nanotechnology-based anti-tarnish protection Preserves gloss, color, and electrical properties Easy immersion process Biologically harmless and skin-friendly Suitable for decorative and technical applications Applicable for rack, barrel, and reel-to-reel systems Reduces insertion and withdrawal forces due to lubricating effect Temperature resistant up to approx. 300 °C (short-term) Application Pre-treatment Thoroughly degrease and clean the parts Ensure surfaces are completely dry Treatment Immersion process Temperature: 20–25 °C Treatment time: 30–60 seconds Post-treatment Dry without rinsing Warm air drying at 60–90 °C Technical Data Base: aqueous system with organic inhibitor Delivery form: ready-to-use solution Shelf life: approx. 1 year Consumption: approx. 1 liter for ~3000 dm² pH value: no monitoring required Applications Protection of silver against sulfur compounds during storage Suitable for silver, copper, palladium, and thin gold layers Ideal for electrical contacts and connectors

Silver Electrode Ø 6 mm (BMG‑009) Short Description The Silver Electrode Ø 6 mm is a high‑purity silver anode (Ag 99.99 %) designed for electroplating applications. It provides a controlled supply of silver ions to the plating bath, enhances deposit quality and reduces silver consumption in bath, pen and pad plating processes.  Product Description Made from electrolytically refined, unalloyed fine silver with a diameter of 6 mm and length of approximately 100 mm, this electrode delivers exceptional electrical conductivity and consistent performance. Its high purity (Ag 99.99) supports stable and efficient plating. When used as a sacrificial anode, the silver dissolves into the plating solution to maintain silver ion concentration, helping to save 40 %–50 % on silver solution costs by reducing the need for frequent top‑up solutions.  Fine silver also has the highest electrical and thermal conductivity of all metals, promoting efficient current flow and stable electrochemical conditions. Typical Applications Silver plating of metal parts via bath, pen or pad methods Lowering contact resistance on conductive surfaces Improving solderability of components Research, electrochemistry and laboratory experiments As an ionization electrode in certain air or water treatment setups  Key Benefits High‑purity fine silver (Ag 99.99 %) for consistent results Excellent conductivity: supports stable current delivery Reduced silver consumption: more cost‑effective plating Universal use: compatible with multiple plating methods Reliable performance for repeated use  Usage Instructions Use with a suitable silver plating electrolyte depending on the method. Connect the silver electrode as the anode to the positive terminal of your power supply. The workpiece acts as the cathode (negative terminal). Adjust voltage and current according to electrolyte recommendations (often low volt range) for even deposits.  Conclusion The Silver Electrode Ø 6 mm is an essential accessory for producing high‑quality silver deposits in electroplating applications. Its high purity, conductivity and cost‑saving potential make it ideal for hobbyists, workshop users and professionals alike