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Flat Stainless Steel Electrode with Cloth Pad & Cable Set (BMG-032) Short Description The Flat Stainless Steel Electrode with Cloth Pad & Cable Set is a practical, all-in-one solution for electroplating large or flat surfaces. It combines a stable stainless steel electrode with a absorbent cloth pad and a connection cable for easy power supply integration. Product Description This wide, flat stainless steel electrode is designed to enable faster and more uniform plating on larger objects such as signs, plates or dial faces. The increased contact area reduces plating time compared to smaller electrodes.  The cloth pad holds electrolyte effectively and ensures even distribution across the electrode surface, while the included connection cable allows simple connection to compatible grips or plating power supplies. Typical Applications Bath, pen or pad electroplating on larger surfaces Plating of signs, plates, dials or flat decorative parts  Time-efficient coverage compared to small electrodes Key Benefits Complete set: electrode, cloth pad and cable included  Wide contact area: speeds up plating  Durable stainless steel: good chemical resistance  Absorbent pad: even electrolyte delivery Easy to connect: plug-and-play setup with standard systems

Flat Stainless Steel Electrode XL (BMG‑031‑XL) Short Description The Flat Stainless Steel Electrode XL is a large‑area anode made from high‑quality stainless steel, designed for electroplating applications on wide, flat surfaces. It provides a very broad active contact area that promotes even current distribution in the electrolyte, enabling fast, stable and repeatable metal plating results.  Product Description Constructed from corrosion‑resistant stainless steel, this electrode offers excellent mechanical durability even under repeated use. Its extra wide, flat design is ideal for efficiently plating larger workpieces such as signs, panels, dials or flat decorative parts. Compared to narrower electrodes, the XL electrode delivers better current distribution and plating uniformity on broad surfaces, which is especially beneficial for bath, pen and pad plating applications. While noble metal‑coated electrodes like platinum provide chemical inertness and minimal electrolyte contamination, stainless steel electrodes offer a cost‑effective, sturdy solution for many plating tasks where complete inertness is not required.  Typical Applications Electroplating large flat surfaces Bath, pen and pad plating systems Surface preparation and cleaning before plating Workshop, lab and production electroplating Decorative and functional metal finishes Key Benefits Extra‑large active surface area: supports even current distribution Time and efficiency gains: plating broad areas faster than small electrodes Durable stainless steel: corrosion and chemical resistance Versatile: compatible with many electroplating techniques Easy integration: works with standard electroplating setups Usage Instructions Preparation: Clean and degrease the workpiece thoroughly. Placement: Position the electrode in the electrolyte to broadly cover the work area. Electrical Setup: Connect the electrode as the anode (positive terminal); the workpiece serves as the cathode. Plating: Adjust current and voltage according to your plating solution’s requirements to achieve uniform coverage. Aftercare: Clean both electrode and plated workpiece to remove residual electrolyte. Conclusion The Flat Stainless Steel Electrode XL is a robust and versatile plating accessory for large, flat surface electroplating. Its wide active area, durable construction and ease of use make it suitable for hobbyists, workshop professionals and industrial plating environments alike. 

Flat Platinum Electrode XL (BMG-032-PL-XL) Short Description The Flat Platinum Electrode XL is a large-area, platinized titanium electrode designed for electroplating wide, flat surfaces. With an active plating area of over 5.5 × 5.5 cm, it enables faster, more uniform deposition on large objects such as plaques, panels, wheels and other flat parts.  Product Description This electrode features a titanium substrate with a uniformly applied platinum coating, engineered for demanding electrochemical applications. Platinized titanium electrodes are known for their chemical inertness and high corrosion resistance, and they do not release contaminating ions into plating solutions as some alternative anode materials do. Compared to standard rod or narrow electrodes, the XL design offers a larger contact area with the electrolyte, improving current distribution and often enabling 2–3× faster plating while maintaining uniformity and quality.  Typical Applications Electroplating large, flat workpieces such as signs, panels or decorative plates Deposition of wear-resistant or decorative layers for metals like gold, silver, platinum, palladium and rhodium Workshop, lab or industrial plating where even coverage and efficiency are priorities Key Benefits Extra-large active area (~5.5 × 5.5 cm) for broad coverage Platinized titanium surface: chemically stable and resistant, ideal for high-quality precious metal coatings  High efficiency: often faster plating than standard rod electrodes Uniform current distribution: supports consistent and reproducible plating results Versatile use: suitable for various metal finishes including gold, silver and platinum-based deposits Usage Instructions Preparation: Clean and degrease the workpiece thoroughly before plating. Placement: Arrange the electrode in the electrolyte to adequately cover the surface you want to plate. Electrical Setup: Attach the electrode to the positive terminal; the workpiece serves as the cathode. Operating Conditions: Set voltage and current according to the plating solution specifications. Movement: If necessary, gently move the electrode to avoid local current spikes and ensure uniform coverage. Conclusion The Flat Platinum Electrode XL is a professional-grade plating tool that enables fast, reliable and uniform electroplating over large flat surfaces. Its broad contact area, platinum stability and efficient current distribution make it an excellent choice for hobbyists, workshops and professional electroplating environments.

Flat Stainless Steel Electrode (BMG-031) Short Description The Flat Stainless Steel Electrode is a versatile, large-surface electrode made from chemically resistant stainless steel, designed for electroplating applications. Its broad flat shape ensures even current distribution and efficient metal deposition across larger surfaces.Coating Area 4 x 4 cm  Product Description This electrode is manufactured from high-quality stainless steel, offering excellent corrosion and chemical resistance. The flat and wide design provides a large active surface area, improving current distribution in the electrolyte and helping to produce more uniform coatings. This reduces localized current density spikes that smaller or round electrodes can cause. The flat stainless steel electrode is well-suited for bath, pen and pad plating, particularly when plating larger, flat parts such as signs, plates, housings or any workpieces requiring a broad contact area. Typical Applications Electroplating with bath, pen or pad plating methods Decorative and functional metal coatings Plating of large, flat workpieces Workshop and laboratory electroplating Surface preparation and cleaning prior to plating Key Benefits Large active surface: promotes even current distribution Chemical resistance: suitable for many electrolytes Mechanical stability: durable for repeated use Versatile: suitable for diverse applications Easy integration: compatible with standard electroplating setups Usage Instructions Preparation: Clean and degrease the workpiece thoroughly; activate if required. Placement: Position the flat electrode in the electrolyte to provide broad coverage relative to the cathode (workpiece). Electrical setup: Connect the electrode as the anode (positive terminal); the workpiece serves as the cathode (negative terminal). Plating: Adjust voltage and current according to the specific electrolyte’s requirements to achieve even deposition. Maintenance: After use, clean the electrode to remove residue and maintain good conductivity. Conclusion The Flat Stainless Steel Electrode delivers consistent, broad surface coverage and reliable performance in electroplating applications. Its combination of a large active area and chemical resilience makes it a practical choice for hobbyists, workshops and professional electroplating environments alike

Flat Platinum Electrode (BMG‑032‑PL) Short Description The Flat Platinum Electrode (BMG‑032‑PL) is a wide, platinum‑coated electrode on a titanium base, designed for electroplating applications where large, relatively flat surfaces need fast, even coverage. It is especially effective when a standard cylindrical electrode is too small.  Product Description This electrode features a flat platinum‑coated surface on titanium, with an active plating area of approximately 4 × 4 cm. The platinum finish provides excellent chemical resistance, high conductivity and long service life in electroplating baths. Because of its broad active area, it enables faster and more uniform plating on larger flat surfaces compared to smaller round electrodes.  Compared to graphite or stainless steel electrodes, the platinum surface minimizes unwanted contamination and delivers cleaner, higher‑quality deposits, making it ideal for demanding plating tasks.  Typical Applications Electroplating large, flat surfaces such as signs, rims, plates or panels Selective plating by masking surrounding areas Workshop, laboratory or commercial plating tasks that require uniform coverage Combined use with pads or swabs for broader contact plating  Key Benefits Large active area: ensures even current distribution for broad coverage Platinum coating: chemically stable and ideal for clean, high‑quality deposits Faster deposition: reduces plating time compared to smaller electrodes Consistent results: uniform layers and reproducible outcomes Flexible compatibility: suitable for gold and other precious metal electrolytes  Usage Instructions Preparation: Thoroughly clean and degrease the workpiece; activate surface if needed. Placement: Position the flat platinum electrode in the electrolyte to cover the target area. Plating: Connect to the power supply and maintain voltage within the recommended range for even coverage. Masking: Mask adjacent areas when plating only specific regions. Aftercare: Rinse with clean water and dry after the process; optional polishing enhances finish. Conclusion The Flat Platinum Electrode (BMG‑032‑PL) is an effective, professional‑grade solution for consistent, high‑quality plating of broad surfaces. Its combination of a large active area and platinum’s chemical stability makes it a reliable choice for hobbyists, workshops, and professional electroplating operations.