Silicone rubber, a pivotal member of the polymer material family, distinguishes itself with unparalleled physicochemical properties, indispensable in the modern industrial landscape. Composed primarily of silicon and oxygen atoms arranged in an alternating pattern along the backbone, with organic groups (such as methyl and vinyl) attached as side chains, silicone rubber embodies both the stability of inorganic materials and the flexibility of organics.

Exceptional Properties, Versatile Applications

Its remarkable characteristics, including exceptional heat resistance (operating within a broad temperature range from -100°C to +300°C), superior oxidation, ozone, and weather resistance, along with good insulation and physiological inertness, have made silicone rubber a go-to choice across industries like healthcare, electronics, automotive, and aerospace. For instance, in medical devices, it serves as seals and tubing, ensuring patient safety; while in electronics, it enhances product performance as insulation and thermal conductivity materials.

Eco-friendly and Safe, Promising Future

Amidst growing environmental concerns, silicone rubber's recyclability and potential for biodegradability are gaining traction. Some advanced silicone rubber formulations have achieved significant levels of circularity, mitigating environmental impact. Moreover, its non-toxic nature ensures safe use in food-contact applications. Looking ahead, technological advancements will continue to unfold silicone rubber's unique potential, positioning it as a key driver in sustainable development.

General Purpose Fumed Extrusion Silicone Rubber