Nickel Stripper
For fast removal of Nickel from Steel, Copper, Brass, Zinc Die-Cast, Silver, Gold, Tin, Aluminum, Lead, and Lead Alloys.
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Chrome Stripper
To strip chrome, you can use the following methods: Chrome Stripping Solution: This solution is designed to electrochemically remove chrome plating without damaging the underlying nickel. It requires proper equipment, including a source of direct current voltage.
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Jig Stripper
A jig stripper solution is used to remove electroplated metals from jigs without damaging the stainless steel. Here are some key points: Electrolytic Stripper: This type of stripper uses nitric acid and salts, ammonia, and bromide to effectively strip metals like chrome and silver from jigs
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Alum anodizing
Anodizing is an electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of metal parts.
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Alum Zincating
Zincating deposits a thin zinc layer on aluminum to enable subsequent plating. • Clean aluminum with alkaline solution • Rinse and dip in nitric acid for oxide removal
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silver plating on Alum
Silver plating on aluminum is a process that requires careful preparation and adherence to specific steps to ensure the best results. Here are the key steps involved in the silver plating process on aluminum:
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Alum Phosphating
Phosphating creates a crystalline phosphate coating for corrosion resistance and paint adhesion. Phosphating is the process of converting a steel surface to iron phosphate. A layer of phosphate coating typically includes iron, zinc or manganese crystals. Zinc phosphating offers the best corrosion resistance and is widely used in automotive applications. It forms a passive oxide film that slows furthur corrosion. Manganese Phosphating on the other hand, is known for its lubrication and wear resistance, ma...
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Alum Plating
Aluminum plating involves coating a metal or alloy surface with aluminum, typically using electroplating or electroless plating techniques.
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Alum Copper Replacement
From electrical wiring and power transmission to EVs, solar systems, aerospace, and electronics. It visually compares aluminum’s lightweight, cost‑efficient advantages against copper’s traditional conductivity. This concept is increasingly relevant for industries seeking eco‑friendly and cost‑optimized materials. Aluminum’s lower density and corrosion resistance make it ideal for power transmission lines, EV busbars, and heat sinks.
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Copper-Alum Composite Material
Copper-aluminum composite material is a laminated bimetallic material where pure copper and aluminum alloy are tightly bonded at the atomic level via metallurgical composite processes. It is not merely laminated or glued together, and a stable diffusion layer forms at the bonding interface, preventing delamination during bending, stamping and heat treatment.
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