May 13, 2026
In the fields of automotive manufacturing, high-end domestic appliances, and precision audio equipment, long-term stability and operational tactile feel are key indicators for measuring quality. Faced with increasingly sensitive engineering plastics (such as ABS, PC) and complex electrical environments in modern electronic devices, selecting the appropriate contact lubrication solution is crucial. Electrolube's CG60 Contact Grease, with its unique formulation, provides a reliable guarantee for solving issues related to electrical contact resistance stability and mechanical wear.
CG60 is a contact lubricant specifically designed to meet the requirements of today’s automotive and domestic equipment industries. Its core technology lies in the use of low-viscosity PAO (Polyalphaolefin)/Complex Ester base oils, thickened with Lithium Complex Soap. This combination not only gives the grease excellent plastic compatibility—safe even for stress-crack sensitive ABS and PC materials (testing is advised prior to application)—but also ensures low and constant millivolt drop and contact resistance across the contacts.
A notable feature is that the lithium complex soap thickener used in CG60 is superior to traditional clay or silica systems. If the switch is exposed to high temperatures over long periods, causing the base oil to evaporate, the thickener will not remain as an insulative, abrasive layer on the contact surfaces, thus ensuring continuous reliability of electrical conduction.
CG60 can be applied via manual syringes, semi-automatic syringe dispensing equipment, or fully automatic dispensing systems with follower plates. The product is available in various sizes including 3g sachets, 35ml syringes, 310ml cartridges, and bulk pails from 800g to 20kg, to meet different needs from R&D prototyping to large-scale automated production.
As reliability requirements for electronic devices continue to rise, selecting specialty lubricants such as Electrolube CG60—which are rigorously chemically designed and proven stable in testing—will become a vital aspect of enhancing the quality of end products.