Silver Electrode

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.    

Sleeve - Swab - Anode fabric pad - Anode covers, thick, multi-layered - Replacement covers for pad electroplating from Betzmann Galvanik This thick, very robust anode fabric pad consists of several layers of fabric sewn together and is ideal for coating any surface. It does not wear out so quickly, especially on rough or coarse surfaces. At the lower end there are 2 insertion holes for the anode rod up to 6mm (for 8mm you can enlarge the holes with scissors or a knife. If this has already worked its way through the fabric at the top, you can continue to use the anode fabric pad by inserting it into the other insertion hole. Please soak the pad thoroughly before use, otherwise it will not conduct. Scope of delivery: 1 piece!

Silver High-Speed Electrolyte BMG‑105.6 High-performance silver plating solution – 75 g of silver per liter for fast, high-quality coatings Short Description The Silver High-Speed Electrolyte BMG‑105.6 is a high-performance electroplating solution designed for the rapid deposition of high-quality silver layers. With a silver content of 75 g/L, this electrolyte enables a significantly higher deposition rate than standard silver baths, producing bright, reflective, and conductive silver coatings in less time. The layers are ideal for both decorative and functional applications. Applications This high-speed silver electrolyte is typically used for: Decorative silver plating, e.g., jewelry, accessories, and design objects Functional coatings with improved electrical and thermal conductivity High-throughput applications on large surfaces Tank, brush, and pen/peg plating, depending on equipment Multi-layer plating systems (e.g., copper → silver → gold) The higher silver concentration accelerates deposition while maintaining consistent quality. How High-Speed Silver Plating Works (Simple Explanation) Silver plating is an electrolytic process, where silver ions are reduced under direct current and deposited onto a prepared metal surface: Surface Preparation: Thoroughly clean and degrease the workpiece to remove oils and contaminants. Activation: Activate the surface chemically if needed for optimal adhesion. Electroplating: Apply direct current; silver ions migrate and form a bright silver layer on the surface. Finishing: Rinse and dry – the surface remains reflective and uniform. The high silver content allows fast and efficient deposition without compromising appearance or conductivity. Benefits of Silver High-Speed Electrolyte BMG‑105.6 High silver content (75 g/L) for faster deposition and higher productivity Bright, reflective silver surface Enhanced electrical and thermal conductivity Suitable for decorative and functional coatings Compatible with tank, brush, and pen/peg plating Robust and uniform layers even at high throughput Technical Parameters PropertyValue / RangeElectrolyte typeSilver High-Speed plating solutionSilver contentapprox. 75 g/LpHslightly acidic to neutral, optimized for high deposition ratesOperating temperature15–30 °CVoltage (tank plating)1.5–4.0 VVoltage (brush/pen plating)3–7 VCurrent density0.5–4 A/dm²Anode materialGraphite or pure silverTypical layer thickness2–10 µmSurface appearanceHigh-gloss, reflectiveLayer purity>99.9 % silverConductivityVery goodShelf life1–2 years Note: Values serve as practical guidelines; results may vary slightly depending on equipment, workpiece, and process conditions. Practical Application Tips Surface Preparation: Remove grease, oils, and contaminants by thorough cleaning and degreasing. Chemical activation may be performed to improve adhesion. High-Speed Silver Plating: Operate the electrolyte at recommended temperature, voltage, and current density. Ensure even agitation or movement for uniform layer formation. Mask areas if selective plating is needed. Post-treatment: Rinse with clean water and dry after plating. Light polishing can enhance gloss if desired. Safety Information Silver plating solutions contain chemical components and must be handled safely: Wear gloves, safety glasses, and protective clothing Avoid contact with skin and eyes Rinse immediately with water if contact occurs Work only in well-ventilated areas Do not ingest; keep out of reach of children Dispose of waste according to local regulations Silver salts and electrolytes can be irritating; proper protection is essential. Conclusion The Silver High-Speed Electrolyte BMG‑105.6 is a powerful and efficient plating solution that produces bright, reflective, and conductive silver layers at high speed. Its high silver content and ease of use ensure fast throughput with excellent layer quality. Ideal for jewelry, technical components, or large-surface applications, this electrolyte delivers consistent, high-quality results for hobbyists, workshops, and professional plating facilities.

The perfect storage cup for electrode and cloth pad transparent with black lid Large storage beaker - Betzmann Galvanik  This stable beaker with screw cap made of PET holds approx. 370 ml. It is practical for storing the electrode with the fabric pad in the respective electrolyte. On request, you will receive the appropriate labeling for the material to be stored.   PET can with screw cap clear - 370 ml with plastic screw cap black 70 mm   

Silver Electrolyte BMG‑103.8 High-quality silver plating solution – 30 g of silver per liter Short Description The Silver Electrolyte BMG‑103.8 is a ready-to-use electroplating solution formulated for the electrolytic deposition of bright, high-quality silver layers. With 30 grams of silver per liter, it produces uniform, reflective, and conductive silver coatings suitable for both decorative and functional applications. The deposited silver layer provides excellent optical brightness, good wear resistance, and high electrical conductivity, ideal for jewelry, electronics, and precision components. Applications This silver plating solution is used for: Decorative silver plating for jewelry, accessories, and ornamental items Functional plating to improve electrical and thermal conductivity Wear-resistant surfaces and protective coatings Tank, brush, and pen/peg plating, depending on equipment Multi-layer plating systems (e.g., copper → silver → gold) Silver plating enhances both aesthetic appeal and surface performance, especially where brightness and conductivity are important. How Silver Plating Works (Simple Explanation) Silver plating uses electrolytic deposition, where silver ions in the electrolyte are reduced under direct current and form a metal layer on a prepared surface: Surface Preparation: Clean and degrease the workpiece thoroughly to remove oils and contaminants. Activation: Activate the surface if necessary to ensure good adhesion. Electroplating: Connect the part as the cathode (negative pole) and apply direct current; silver ions migrate and deposit as a smooth, bright layer. Finishing: After plating, rinse and dry – the silver layer remains bright and reflective. The resulting silver coating is uniform, glossy, and durable. Benefits of Silver Electrolyte BMG‑103.8 Bright, reflective silver finish Good electrical and thermal conductivity Suitable for decorative and functional applications Compatible with tank, brush, and pen/peg plating Produces uniform and durable deposits Ideal for jewelry, electronics, contacts, and connectors Technical Parameters PropertyValue / RangeElectrolyte typeSilver electroplating solutionSilver contentapprox. 30 g/LpHslightly acidic to neutral, optimized for silver depositionOperating temperature15–30 °CVoltage (tank plating)1.5–3.5 VVoltage (brush/pen plating)3–7 VCurrent density0.5–3 A/dm²Anode materialGraphite or pure silverTypical deposit thickness1–5 µm (adjustable by time/parameters)Surface appearanceBright and smoothDeposit purity>99.9 % silverConductivityVery goodShelf life1–2 years Note: Values are practical guidelines and may vary slightly depending on equipment, setup, and application conditions. Practical Application Tips Surface Preparation: Thoroughly clean and degrease workpieces to remove grease, oils, and fingerprints. Perform activation if necessary for uniform adhesion. Silver Plating: For tank plating, maintain consistent voltage, current density, and electrolyte circulation. For brush or pen plating, keep tools moving steadily for even coverage. Masking: Use masking tape or resist materials for areas not to be plated. Post-Plating: Rinse plated parts with clean water. Dry and, if desired, gently polish to enhance brightness. Safety Information Silver electrolytes are chemical solutions and must be handled carefully: Wear chemical-resistant gloves, safety glasses, and protective clothing Avoid contact with skin and eyes; rinse immediately if contact occurs Work only in well-ventilated areas Do not ingest; keep out of reach of children Dispose of waste according to local chemical and environmental regulations Silver salts and electrolytes may cause irritation; proper protective measures are essential for safe use. Conclusion The Silver Electrolyte BMG‑103.8 is a reliable and versatile electroplating solution that delivers bright, uniform, and conductive silver layers for both decorative and functional purposes. Its ease of use across tank, brush, and pen/peg plating processes, combined with excellent optical and technical properties, makes it suitable for hobbyists, workshops, and professional plating environments. Proper surface preparation and process control ensure high-quality silver finishes every time.