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High-performance Sn-Cu alloy plating and tin plating developed in-house.
This is a barrel gloss Sn-Cu plating developed in-house. It has very good soldering characteristics and discoloration resistance. It is currently being mass-produced using automatic machines and is being used in the mass production of several customers. As of May 2003, it has achieved a record of over 30 million pins per month.
Compatible with high current connectors! Plating technology that possesses the inherent low volume resistivity and solid lubrication properties of silver.
Our company offers the "Graphene Composite Ag Plating" technology, which combines graphene nanoparticles with a soft silver plating film. Through the synergistic effect of the unique surface roughness of the composite plating and the graphene exposed on the friction surface, we have significantly improved low contact resistance, low friction, and anti-adhesion compared to conventional hard silver plating. 【Features】 ■ Dramatically improved low contact resistance, low friction, and anti-adhesion ■ Low electrical loss and high durability, allowing for thinner plating ■ Achieves cost-effective plating suitable for high current electrical contacts *For more details, please download the PDF or feel free to contact us.
The durability of the plating film improves without adversely affecting the electrical properties of the plating film!
Our company offers "Nano-Crystal Plating" technology, which achieves the refinement of crystal grains and enhances the durability of coatings without relying on alloying with dissimilar metals or organic additives. The surface's nano-diamonds improve the sliding properties of contact surfaces. Additionally, the increased viscosity of the plating film makes it less likely for the film to chip due to friction, allowing the plated metal to remain on the substrate surface during sliding, thereby reducing the increase in electrical contact resistance. 【Features】 ■ Improved sliding properties ■ Enhanced stability of electrical contacts ■ Increased electrical wear resistance *For more details, please download the PDF or feel free to contact us.
