T Gel Thickener BMG‑121.3 Additive for Viscosity Control – Converts Electrolytes into Non-Drip Gels Short Description The Gel Thickener BMG‑121.3 is a specially developed chemical additive that increases the viscosity of electroplating solutions, transforming them into non-drip, gel-like media. This is particularly useful for vertical surfaces or complex-shaped objects, allowing for precise and controlled application without dripping. Applications The Gel Thickener is used to: Increase the viscosity of electroplating solutions Enable drip-free coating on vertical or inclined surfaces Allow precise application on complex or fine structures Reduce material loss caused by dripping Achieve decorative effects in electroplated finishes Ensure uniform coating thickness without runs or streaks How the Gel Thickener Works (Simple Explanation) Some electrolytes are thin and may drip on vertical or inclined surfaces. The Gel Thickener is added in a defined amount to create a gel-like solution that stays in place: Prepare the electroplating solution as usual. Measure and add the Gel Thickener (e.g., 1 part thickener to 10 parts electrolyte; adjust according to desired viscosity). Stir thoroughly until a homogeneous, gel-like consistency is achieved. Apply or plate as usual – the gel adheres to the surface without dripping. Adjusting the ratio allows you to fine-tune the gel consistency from lightly gelled to strongly gel-like. Benefits of Gel Thickener BMG‑121.3 Significantly increased viscosity for precise, drip-free application Controlled, accurate coating on difficult shapes Reduces material waste due to dripping Ensures uniform layer distribution Easy to dose and use Compatible with various electroplating solutions Technical Parameters (Guideline Values) PropertyValue / RangeProduct typeGel thickener / viscosity additiveUseIncreases viscosity of electroplating solutionsMixing ratio*approx. 1:10 (thickener : electrolyte)ConsistencyFrom lightly gelled to strongly gel-likeTemperatureRoom temperatureStorageCool, dry, tightly closedCompatibilityWith standard electroplating solutionsSafetyChemical additive – use protective measures * Optimal ratio depends on the solution, desired gel strength, and application; testing is recommended. Practical Application Instructions Preparation: Prepare the electroplating solution as usual. Dosage: Slowly add the Gel Thickener to the solution in small increments. Adjust according to the desired viscosity. Mixing: Stir thoroughly until a homogeneous gel is obtained. Let rest briefly to remove air bubbles. Application: Apply the gel to vertical or complex surfaces without dripping. After plating, rinse the parts with clean water and dry carefully. Polishing may enhance the finish. Safety Instructions Wear protective gloves, goggles, and appropriate clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Use in well-ventilated areas Do not ingest; keep out of reach of children Dispose of according to local chemical regulations Conclusion The Gel Thickener BMG‑121.3 is an effective, easy-to-use additive that converts electroplating solutions into non-drip, gel-like media, enabling precise and controlled coatings on vertical, inclined, or complex surfaces. Its flexibility and ease of use make it an invaluable tool for hobbyists, workshops, and professional electroplaters seeking clean, uniform, and drip-free results.

Anode pad / tampon / anode sleeve / fuzzy sleeve / replacement fabric pad puffy from Betzmann Galvanik.    This puffy fabric pad / anode sleeve or also called tampon is absolutely recommended for all plating processes. Optimally suitable for all coatings and electrolytes.  The coating of larger areas is also quite fast with this pad.   The insertion hole is larger than the electrode and therefore it happens that the moist  anode pad slips off. Therefore, fix the pad on the electrode with a small rubber band.    

Alkaline Copper Electrolyte BMG-093 Alkaline copper electrolyte for electroplating metal surfaces Short Description The Alkaline Copper Electrolyte BMG-093 is a ready-to-use alkaline (basic) solution for electroplating copper onto metal parts. Unlike acidic copper electrolytes, this alkaline copper bath is especially suitable for acid-sensitive materials such as iron, steel, or zinc. It is easy to use and produces smooth, uniform copper layers that can serve either as a protective coating or as an intermediate layer for further electroplating processes such as nickel or chromium plating. What is this alkaline copper electrolyte used for? The alkaline copper electrolyte is used to electroplate metal surfaces with a copper layer in order to: protect metal parts against corrosion create a smooth and even copper surface provide an ideal base layer for further coatings (nickel, chromium, precious metals) allow copper plating on acid-sensitive metals such as steel, iron, or zinc Typical applications include: restoration and repair work corrosion protection of steel and iron parts preparation for multi-layer electroplating systems hobby, craft, and small-scale professional projects How does copper plating work? (simple explanation) In electroplating, copper is transferred onto a workpiece using electrical current: The workpiece is thoroughly cleaned and degreased It is connected as the cathode (negative pole) A suitable anode (e.g. copper sheet or copper wire) is connected as the positive pole When direct current is applied, copper ions from the electrolyte are deposited evenly onto the surface The result is a thin, uniform copper coating with a characteristic reddish metallic appearance. Advantages of Alkaline Copper Electrolyte BMG-093 suitable for acid-sensitive metals easy to use, also suitable for beginners produces uniform and decorative copper coatings ideal as a base layer for nickel or chromium plating suitable for tank plating, brush plating, and pen plating cyanide-free and easy to handle proven electrolyte from professional electroplating technology Technical Parameters PropertyValue / RangeNotesElectrolyte typeAlkaline copper electrolytebasic, cyanide-freepH valueapprox. 8–9alkaline rangeOperating temperature20–60 °Croom temperature to slightly heatedVoltage (tank plating)approx. 1–2.5 Vrecommended from ~1.5 VVoltage (brush / pen plating)approx. 2.5–6 Vrecommended ~4–5 VCurrent densityapprox. 0.2–1.5 A/dm²up to ~3 A/dm² with agitationDeposition rateapprox. 0.4 µm/min at 1 A/dm²typical plating rateAnode materialCopper (preferred), nickel, or suitable inert anodescopper recommendedSuitable substratesSteel, iron, zinc and other metalsideal for acid-sensitive materialsNot suitable forAluminum, chromium, titanium (without special pretreatment)testing recommended (Values represent typical operating parameters for alkaline copper electrolytes.) Practical Application Notes Surface preparation is critical: remove grease, oil, oxides, and rust before plating Copper anodes help maintain a stable copper concentration in the bath Gentle bath movement improves coating uniformity Copper layers are an excellent base for subsequent nickel or chromium plating Safety Information Although this alkaline copper electrolyte is cyanide-free, it is still a chemical product: Wear chemical-resistant gloves and safety goggles Avoid contact with skin and eyes Use only in well-ventilated areas Do not inhale vapors or aerosols Keep out of reach of children and unauthorized persons Scope of Delivery Alkaline Copper Electrolyte BMG-093 Quantity according to selection Important Notice This product requires basic knowledge of electroplating. For optimal results, we recommend using suitable pre-treatment and post-treatment products from our range.

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

Ultra-fine metal polish from Betzmann GalvanikSuitable for a wide range of applications: Spectacular shine, polishing out minor scratches, removing light rust and oxidation. Can be used on various materials: metals (aluminum, copper, brass, stainless steel, chrome, etc.), plastic, paint, and fiberglass.

Silver tarnish protection on aqueous basis from Betzmann Galvanik  Product information  Silver tarnish protection based on nanotechnology  gloss, color and electrical properties are retained  simple dipping process  biologically harmless, skin-friendly and hypoallergenic  for decorative and technical applications  suitable for rack,barrel and strip applications Bath description: The passivation process is based on an aqueous basis, in which the organic inhibitor is present in a finely divided emulsion. The passivation layer is applied by  The passivation layer is applied by immersion, creating a transparent, organic protective film that preserves the appearance and good electrical properties of silver,  e.g. contact resistance and conductivity. The good solderability and bondability of silver is not affected by the passivation layer. Generally, passivation is used to protect silver surfaces from the influence of sulfur compounds during storage. It can also be used to protect copper, palladium and thin gold layers from tarnishing. Due to its chemical composition, the protective film has lubricating properties, which is of great advantage for certain electrical connection elements. The plugging and unplugging forces are significantly reduced by the silver tarnish protection from Betzmann Galvanik. This applies not only to silver surfaces, but also to gold-plated sliding and plug contacts. It is also worth noting that the anti-tarnish layer consists of non-hazardous substances, and that its protective effect allows short-term  thermal stress up to 300°C. Identification of the mixture: Signalwort: Danger HAZARD STATEMENTS H225 Highly flammable liquid and vapor. H304 May be fatal if swallowed and enters airways.  H336 May cause drowsiness and dizziness.  H412 Harmful to aquatic life with long lasting effects. P301+P330+P331 IF INFECTED: Rinse out mouth. DO NOT induce vomiting.  P310 Immediately call POISON CENTER or doctor. P273 Avoid release to the environment. P280 Wear protective gloves/protective clothing/eye protection/face protection. P260 Do not breathe dust/fume/gas/mist/vapor/aerosol. P210 Keep away from heat/sparks/open flames/hot surfaces. Do not smoke. EUH066 Repeated exposure may cause skin dryness or cracking.

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