Significantly enhance the performance and lifespan of automotive parts with electroless nickel plating.

Summary:
In the automotive industry, there is a constant demand for improving the durability and performance of parts such as engine look sleeves and brake systems. Electroless nickel plating technology has gained attention as an effective solution to meet these requirements, emerging as an alternative to traditional hard chrome plating.

Features:
High Hardness and Wear Resistance: Electroless nickel plating achieves high hardness up to Hv900, offering wear resistance comparable to hard chrome plating. This extends the lifespan and enhances the performance of automotive parts.

Diverse Chemical Compositions: While based on Ni-P, plating with various chemical compositions such as Caniboron® (Ni-P-B) and Caniflon® (Ni-P-PTFE) is possible, catering to specific applications. This not only improves wear resistance but also enhances corrosion resistance and friction characteristics.

Reduced Environmental Impact: Electroless nickel plating does not use harmful chromium, significantly reducing the environmental impact of the manufacturing process. It also consumes less energy compared to traditional plating methods.

Specifications:
Applicable Parts: Engine look sleeves, brake system parts, and other automotive parts requiring durability and high performance.

Plating Solutions: Ni-P, Caniboron® (Ni-P-B), Caniflon® (Ni-P-PTFE), and other various chemical compositions tailored to specific applications.

Main Characteristics: Hardness of Hv900, excellent wear resistance, corrosion resistance, and low friction characteristics.

Electroless nickel plating technology offers significant advantages in improving the durability and performance of automotive parts, as well as in environmental consideration. This technology enables automobile manufacturers to develop higher quality, environmentally friendly products.