Concentré de bain de rhodium blanc ultra-pur Durston 1976, 1 gramme

Durston 1976 Ultra-Pure White Rhodium Bath Concentrate delivers 1 gram of rhodium in a professional-grade 50ml (1.69 oz) concentrate formulated for clean, bright electroplating with excellent coverage and reflectivity. Designed for jewelers who perform bath rhodium plating, this concentrate dilutes with deionized water at 1g per 500ml to yield exactly 500ml (16.9 oz) of working solution — just over one pint — making it efficient and straightforward to prepare.

The formula is engineered for consistent white finish results across a variety of metals. It performs particularly well on gold and silver. When plating copper or brass, a suitable undercoat — such as silver, nickel, palladium, or platinum — is recommended prior to rhodium plating. Excellent throwing power helps achieve full, even coverage on intricate and detailed pieces, making this concentrate a trusted choice for precision electroplating in professional bench environments.

Features

• 1 gram of rhodium per 50ml concentrate
• Dilutes to exactly 500ml (16.9 oz) working solution using deionized water
• Produces a clean, bright, consistent white rhodium finish
• Excellent throwing power for full coverage on intricate or detailed items
• Performs well on gold and silver
• Recommended undercoat (silver, nickel, palladium, or platinum) when plating copper or brass
• Professional-quality formulation for bath rhodium plating

Specifications

Notes

• Not Returnable. This item contains hazardous materials and cannot be returned. All sales are final.
• Shipping Restrictions: Ground shipping via UPS only. No air service, no USPS, no UPS 3-Day, 2-Day Air, or Next Day Air.
• USA Only. Rhodium plating solutions cannot be shipped outside the United States.
• Successful plating requires multiple processes using the correct equipment and materials. Not all metals can be rhodium plated.
• For questions regarding proper processes and compatible materials, contact the manufacturer or consult available instructional resources.