In industrial production, friction and wear of mechanical parts have always been persistent challenges. Now, a self-lubricating liquid silicone rubber named IOTA LSR 3053Y-2.5 has emerged, becoming a "secret weapon" to solve friction problems with its "long-lasting self-lubrication" feature.

Core Highlight: Built-in Lubrication Layer, Saving Time and Effort
Traditional silicone products require additional lubricants to reduce friction, but IOTA LSR 3053Y-2.5 forms a uniform lubricant molecular layer during the curing process through a special formulation, achieving lasting smoothness without the need for post-maintenance. Experimental data show that its friction coefficient is 40% lower than that of ordinary silicone, significantly extending the service life of components.

Outstanding Performance: Hardness and Elasticity Combined
After curing, the material achieves a hardness of 50 Shore A, a tensile strength of 9 MPa, and an elongation of 500%, allowing it to withstand high pressure while retaining soft elasticity. For example, in self-lubricating sealing gaskets, it can tightly conform to irregular surfaces, preventing leaks while reducing wear.

Wide Application: Covering All Scenarios from Industry to Civil Use

• Industrial Field: Self-lubricating silicone tubes used in hydraulic systems reduce pumping energy consumption; self-lubricating components adapt to robot joints, improving motion precision.

• Civil Scenarios: Moving parts in smart home devices (such as drawer rails) become quieter and smoother after adopting this material.

Easy Operation: Two-Component 1:1 Mixing, Fast Curing
Users only need to mix Components A and B in the specified ratio to complete molding in a short time. Its excellent mold release properties ensure a smooth surface on finished products, reducing secondary processing costs.

Currently, this material has been trialed in fields such as automotive manufacturing and 3C electronics. Customer feedback highlights its "maintenance-free" feature, which significantly reduces downtime, making it an "invisible assistant" in boosting production efficiency.