Revolutionize durability and cost performance of products with high-efficiency, environmentally adaptive electroless nickel plating.

Summary:
In recent years, the manufacturing industry, including OA equipment parts, hard disks, and electronic components, faces significant challenges in cost reduction and compliance with environmental regulations. The demand for surface treatment technologies that enhance durability and production efficiency is growing. In this context, electroless nickel plating technology is gaining attention for its superior performance and consideration for the environment.

Features:
Cost Efficiency Improvement: Compared to traditional electrolytic plating, electroless nickel plating can apply a uniform thickness of plating on parts with complex shapes, making it suitable for mass production. The process does not require the use of an anode, thus reducing capital and operational costs.

Environmental Adaptability: To comply with environmental regulations such as the RoHS directive, solutions like SE-666 and SEK-670, which do not use harmful heavy metals, have been developed for electroless nickel plating. These contribute to reducing the environmental impact of products and promoting green manufacturing.

High-Quality Surface Treatment: Electroless nickel plating offers excellent corrosion and wear resistance, making it effective for parts that come into contact with rubber or resin, where characteristics like prevention of blackening are required. It can also improve the quality and performance of aluminum parts and electronic components in hard disks.

Specifications:
Solutions Used: SE-666 (for rubber and resin parts), SEK-670 (for RoHS-compliant products), among others, depending on the application.

Target Products: Various parts of OA equipment, external and internal parts of hard disks, electronic components, etc.

Application Process: Special pre-treatments and combinations with other metals (palladium, copper) for surface treatment are also possible.

Electroless nickel plating technology enables both cost reduction and quality improvement in the manufacturing industry, offering new value in adapting to environmental regulations. Particularly in today's manufacturing industry, where improvements in durability and production efficiency are demanded, the importance of this technology is increasingly recognized.