1. Contact Point Protection: Electrically conductive grease shields the contact surfaces and surrounding areas from oxygen, sulfur, moisture, and other corrosive agents, preventing rust and deterioration.
2. Arc Suppression: It helps reduce the occurrence of electrical arcs, minimizing arcing-related wear and tear. This prevents oxidation, carbonization, and blackening of the contact surfaces, helping to avoid contact failure.
3. Extended Contact Life: By enhancing lubrication between contact elements, electrical conducting grease prevents mechanical wear, which is particularly important for gold-plated contacts. Less wear allows for thinner plating, significantly reducing costs while prolonging the lifespan of the contacts.
Surface Coating for Protection:
1. When electrically conductive grease applied to contact surfaces, the fine particles of zinc, nickel, and chromium in the grease fill gaps, effectively increasing the conductive area. Under pressure or fastening force, these particles break through the metal's oxide layer, reducing contact resistance and lowering the temperature rise at the connection, thus extending its lifespan.
2. Enhanced Conductivity and Thermal Performance: Under magnification, it becomes clear that high conductivity grease fills all gaps between contact surfaces, forming a network of conductive channels. This greatly increases the actual contact area, improving both electrical conductivity and thermal performance in lap joints.
Recommend this FRTLUBE DC600C Electrically Conductive Grease to you. Which is made with various additives such as ultra-fine conductive fillers, corrosion resistance, and oxidation resistance. This conductive paste is designed for conductivity and oxidation resistance of switch contacts and plug contacts in the power industry. Has excellent resistance to electrochemical corrosion and conductivity, reducing contact resistance and temperature rise at the conductor contact point. It has excellent protective effect on the metal materials in contact (steel, copper, aluminum, etc.). Widely used in the contact surfaces and isolation switch contacts of equipment terminal connections in the power industry, as well as in the connectors and switch contact components of household appliances.
