Alkaline Copper BMG 093M – Precision, Adhesion & Professional Results The Alkaline Copper from Betzmann Galvanik is a high-performance, versatile electroplating electrolyte designed for demanding applications in bath plating, pen plating, and tampon plating. Engineered for maximum adhesion and uniform deposition, this electrolyte produces smooth, low-stress copper layers, making it ideal as both an intermediate layer and a decorative finish. Suitable for both beginners and professionals, it ensures consistent and reliable results across a wide range of applications. Key Benefits at a Glance Excellent adhesion on various metals Smooth, dense and uniform copper layers Perfect for complex geometries and fine details Suitable for: Bath electroplating Pen plating Tampon plating Beginner-friendly yet professional-grade Reduced internal stress for crack-free coatings Applications Jewelry manufacturing & finishing Repair and restoration Model making & precision engineering PCB and technical applications Decorative metal finishing Technical Parameters Electrolyte type: Alkaline Metal: Copper Application methods: Bath, pen, and tampon plating Working temperature: approx. 20–30 °C pH value: Alkaline (stabilized) Current density: Bath: approx. 0.5 – 2.5 A/dm² Pen/Tampon: adjustable depending on use Voltage: approx. 1–6 V Anode material: Copper (recommended) Application Guide (Beginner to Professional) 1. Surface Preparation (critical for adhesion) Thoroughly degrease the workpiece Activate / pickle depending on base material Rinse with distilled water Avoid touching the surface afterwards 2. Bath Electroplating (efficient & uniform) Fully immerse the workpiece in the electrolyte Apply DC current (follow recommended current density) Plate until desired thickness is achieved Use agitation for uniform results Ideal for larger parts and batch processing 3. Pen Plating (precise & flexible) Apply electrolyte via felt or sponge tip Move the plating pen evenly across the surface Start with low voltage and increase gradually  Perfect for small areas, repairs and detail work  4. Tampon Plating (controlled & mobile) Soak tampon with electrolyte Apply directly to the surface Maintain even pressure and movement  Best for selective plating and hard-to-reach areas  Pro Tips for Best Results Lower current density = finer, smoother layers Higher current density = faster build-up (risk of roughness) Always work with clean solutions and tools Rinse between steps for better quality Maintain stable temperature Conclusion The Alkaline Copper BMG 093M is the perfect choice for anyone seeking reliable, high-quality and versatile copper plating results. Whether you're a beginner or a professional, this electrolyte delivers excellent adhesion, smooth finishes, and consistent performance.

Nickel Remover (Nickel Stripper) – Fast, Selective Nickel Removal Without Electrolysis Remove Nickel Coatings Efficiently – Safe, Precise & Professional This high-performance nickel remover is a ready-to-use chemical solution designed for the selective removal of nickel plating from metals such as steel, copper, brass, and silver. No electrolysis required – making it ideal for electroplating, restoration, jewelry work, and industrial applications. Key Benefits at a Glance ✔ No electrolysis needed – works chemically without power supply ✔ Ready to use – no mixing or preparation ✔ Fast stripping rate – up to 50 µm/hour ✔ Selective removal – protects base materials ✔ High capacity – up to 40 g nickel per liter ✔ Low odor – more comfortable to use ✔ No toxic dust – safer than grinding or sanding ✔ Reusable solution – long bath life Typical Applications  Electroplating (rework & defect correction)  Jewelry & watchmaking (preparation for re-plating)  Restoration of metal objects  Industrial surface treatment & precision engineering Perfect for removing: Electroplated nickel coatings Electroless nickel (Ni-P) layers Technical Specifications Process type: chemical, non-electrolytic Operating temperature: 50–65 °C (optimal) Max. stripping rate: up to 50 µm/h Capacity: approx. 40 g Ni per liter Suitable base materials: Steel / iron Copper Brass Silver How to Use (Step-by-Step Guide) 1. Surface Preparation Thoroughly degrease the part Remove oils, grease, polishing residues, and oxides 2. Prepare the Bath Pour solution into a suitable container Heat to 50–65 °C Recommended materials: Borosilicate glass Ceramic / enamel Polypropylene 3. Stripping Process Fully immerse the workpiece Apply gentle agitation or movement Monitor the stripping process 4. After Treatment Remove part immediately once nickel is gone Rinse thoroughly with water (preferably deionized) 5. Cleaning & Finishing Remove residues using: ultrasonic cleaning soft mechanical wiping Pro Tips for Best Results ✔ Agitation significantly increases stripping speed ✔ Higher temperature = faster process (but shorter bath life) ✔ Process thick coatings in multiple cycles ✔ Test on a sample part when working with unknown alloys Common Issues & Solutions Slow stripping → Temperature too low or bath exhausted Uneven removal → Poor cleaning or no agitation Base metal attack → Exposure time too long Dark residues → Remove with ultrasonic or wiping Foaming or instability → Contamination in bath Safety Information Signal word: Warning May cause allergic skin reactions Wear protective gloves and eye protection Avoid skin contact and inhalation Environmental Information Contains dissolved nickel (heavy metal) Dispose of as hazardous waste according to local regulations Why Choose This Nickel Remover? Compared to mechanical or aggressive chemical methods, this product offers: Controlled, reproducible results Protection of base materials Improved safety and handling Professional-grade performance