Recently, the IOTA LSR 3040 series of high-adhesion liquid silicone rubber, which eliminates the need for secondary vulcanization, has officially entered the market. With its unique performance advantages and broad application prospects, it has quickly become a focal point in the industry.

This product not only simplifies the production process but also achieves significant performance improvements, bringing revolutionary changes to many industries.

The standout feature of the IOTA LSR 3040 series is its "single-step vulcanization" capability. Unlike traditional silicone rubber products, which often require two-step vulcanization during production, the IOTA LSR 3040 series achieves ideal performance with just one step of vulcanization through special formulation design. This greatly shortens the production cycle and enhances efficiency.

The product adopts a two-component design, with components A and B mixed in a 1:1 ratio, making it easy to operate. Its excellent demolding properties ensure smooth removal of finished products, reducing the defect rate. Additionally, the product’s VOC (volatile organic compound) content is less than 0.5%, meeting environmental requirements and providing users with a safer and healthier working environment.

In terms of mechanical performance, the IOTA LSR 3040 series also excels. The cured product offers moderate hardness, outstanding tensile strength, and elongation, making it suitable for various complex shapes and high-strength application scenarios. Furthermore, the product has passed multiple international certifications, including BfR, FDA, and ROHS, ensuring its wide applicability in food contact and infant care fields.

Whether for infant care products, food contact items, or various sealing rings, the IOTA LSR 3040 series can become the preferred material for manufacturers, thanks to its excellent performance and ease of operation.

As the demand for efficient and environmentally friendly materials continues to grow, the IOTA LSR 3040 series is undoubtedly poised to lead a revolution in manufacturing efficiency.