Zink

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!

Zinc Electrode Ø 6 mm (BMG‑Zinc Electrode) Short Description The Zinc Electrode Ø 6 mm is a high‑purity zinc anode (Zn 99.95 %) designed for electroplating applications where controlled zinc ion release is essential. It promotes uniform, corrosion‑resistant zinc layers and is suitable for bath, pen, and pad plating setups. Product Description This zinc electrode is crafted from unalloyed, high‑purity zinc with a diameter of 6 mm and a practical length of approximately 100–120 mm. Its composition and geometry make it suitable as a standard anode for a range of electrochemical processes, including zinc plating and ion migration studies.  During plating, zinc dissolves in a controlled manner, helping to maintain bath composition and balance metal content, which in turn leads to reliable, homogenous deposit formation. It serves as a sacrificial anode, continuously replenishing the electrolyte with zinc ions while the workpiece is plated. Typical Applications Electroplating and zinc coating operations Bath, pen and pad plating techniques Corrosion protection layers for iron, steel or copper alloys Electrochemical experimentation and teaching Practical use in laboratories, workshops, and production Key Benefits High‑purity zinc (99.95 %) for consistent ion release Efficient plating bath regeneration Versatile use across galvanic methods Uniform coating formation Standard Ø 6 mm size fits most electrode holders  Usage Instructions Preparation: Clean and degrease all surfaces before plating to ensure good adhesion. Setup: Mount the zinc electrode as the anode (positive terminal) and connect the workpiece as the cathode (negative terminal). Electroplating: Operate at appropriate voltage and current density for zinc plating; low voltages and moderate currents typically yield uniform finishes. Maintenance: Over time the electrode surface may change — periodic cleaning or replacement keeps performance optimal. Conclusion The Zinc Electrode Ø 6 mm is a reliable, easy‑to‑use component for zinc electroplating and corrosion‑resistant coatings, suitable for both hobby and professional applications, offering excellent process stability and consistent results.

Zinc Electrolyte BMG-098.4 Mildly acidic zinc electrolyte for electroplating and corrosion protection Short Description The Zinc Electrolyte BMG-098.4 is an electroplating solution designed for galvanic zinc plating of metal surfaces. It allows steel and iron parts to be coated directly with a uniform, corrosion-protective zinc layer, making it ideal for repair work, automotive parts, fasteners and general corrosion protection for indoor and outdoor applications. The electrolyte is mildly acidic, cyanide-free and ammonium-free, easy to use and suitable for tank plating as well as brush / pen plating. What is this electrolyte used for? With this zinc electrolyte you can: protect steel and iron parts against corrosion and rust zinc-plate screws, fasteners and metal components repair damaged or worn zinc coatings protect outdoor components such as fences, railings and machine parts plate parts that cannot be removed, using brush or pen plating techniques It is suitable for both hobby applications and professional workshops. How does zinc plating work? (simple explanation) In galvanic zinc plating, zinc is deposited onto a metal surface using direct electrical current: The workpiece is thoroughly cleaned, degreased and derusted It is connected as the cathode (negative pole) A suitable zinc or graphite anode is connected as the positive pole When current is applied, zinc ions migrate from the electrolyte and form a protective zinc coating on the surface Proper surface preparation is essential to ensure good adhesion and long-lasting corrosion protection. Advantages of Zinc Electrolyte BMG-098.4 Easy to use for beginners and professionals Mildly acidic, cyanide-free and ammonium-free Produces bright, uniform zinc coatings Suitable for tank plating and brush / pen plating Good throwing power, even on complex geometries Ideal for repair work and corrosion protection Technical Parameters The following values represent typical operating parameters for zinc electroplating: PropertyValue / RangeElectrolyte typeMildly acidic zinc electrolytepH rangeAcidic (low pH)Operating temperature15–60 °CVoltage (tank plating)approx. 0.5–3.5 V (recommended ~2 V at 10 cm distance)Voltage (brush / pen plating)approx. 3–7 V (recommended ~5 V)Current densityapprox. 0.25–2 A/dm² (up to ~5 A/dm² with agitation)Deposition rateapprox. 0.8 µm/min at 2 A/dm² and 20 °CAnode materialZinc or graphiteSuitable substratesSteel, iron, copper and copper alloysNot suitable without pretreatmentAluminum, chromium, titanium Practical Application Notes Surface preparation: Clean, degrease and remove rust thoroughly Mechanical pretreatment is recommended for heavily corroded parts Tank plating: Operate within recommended voltage and current range Excessive gas formation indicates too high current Brush / pen plating: Keep the brush or pad moving evenly across the surface Safety Information Zinc electrolytes contain acidic components and zinc salts and must be handled with care: Wear chemical-resistant gloves, safety goggles and protective clothing Avoid contact with skin and eyes In case of contact, rinse immediately with plenty of water Use only in well-ventilated areas Do not discharge into drains or the environment Keep out of reach of children Always observe the Safety Data Sheet (SDS) and hazard labeling. Scope of Delivery Zinc Electrolyte BMG-098.4 Quantity according to selection Conclusion The Zinc Electrolyte BMG-098.4 is a reliable and versatile electroplating solution for producing bright, uniform and corrosion-resistant zinc coatings. When used correctly, it delivers professional results for both beginners and experienced users and is ideal for repair work, corrosion protection and general metal finishing.

Tin‑Zinc 70/30 Electrolyte BMG‑100 Eco‑Friendly Tin‑Zinc Alloy Plating Solution for Durable Metal Coatings Short Description The Tin‑Zinc 70/30 Electrolyte BMG‑100 is a specialized electroplating solution designed to deposit a tin‑zinc alloy layer with approximately 70 % tin and 30 % zinc. This alloy coating offers excellent corrosion resistance, solderability, and ductility, while serving as an environmentally friendlier alternative to cadmium plating.  Applications This tin‑zinc alloy electrolyte is suitable for: Alloy plating with tin and zinc for protective and functional layers Corrosion protection on ferrous and non‑ferrous metals Base coatings or primers before further plating steps Functional plating for joint and mechanical components Applications that require good solderability and flexibility How It Works (Simple Explanation) Tin–zinc electroplating uses an electrical current to reduce tin and zinc ions from the electrolyte onto the surface of the part being plated. The deposited alloy forms a uniform, adherent coating that combines the beneficial properties of both metals. Benefits of Tin‑Zinc 70/30 Alloy Plating Environmentally friendlier alternative to toxic cadmium plating  Excellent corrosion resistance for demanding environments High solderability — ideal for assembly and electronics Good ductility for flexible components Even coating thickness, even in recessed areas Typical Properties PropertyValue / RangeElectrolyte typeTin‑zinc alloy plating solutionAlloy ratioapprox. 70 % tin / 30 % zincCoating finishSilver‑white to matte grey (polishable)Corrosion protectionVery goodSolderabilityExcellentDuctilityHighLayer uniformityGood in recessed and complex shapes Practical Application Notes Preparation: Clean and degrease surfaces thoroughly. Plating: Operate the electrolyte with suitable anodes such as zinc or inert materials. Gentle agitation enhances uniform deposition. Post‑Treatment: Rinse plated parts and dry thoroughly. Polishing can enhance final appearance. Safety Information Wear protective gloves, goggles, and appropriate 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 Dispose of chemical waste according to local regulations Conclusion The Tin‑Zinc 70/30 Electrolyte BMG‑100 delivers durable, corrosion‑resistant alloy coatings with excellent mechanical and functional properties. Its combination of environmental friendliness, solderability, and performance makes it an ideal choice for protective and functional electroplating applications.

Zinc Anode / Plate Electrode (SW10071) 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. 50 × 80 mm for the M size) with a thickness of about 0.7 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.