IOTA 3036 Phenyl Silicone Rubber Elastic Putty retains elasticity at ultra-low temperature of -120°C. It also features weather resistance, ozone resistance, radiation resistance, ablation resistance and self-extinguishing properties. It solves material failure challenges for buffer manufacturers under harsh working conditions, and meets buffer protection requirements in aerospace, high-speed rail, ships, bridges, metallurgy, mining, offshore platforms and other fields.



In high-end equipment sectors including aerospace, rail transit and marine engineering, buffer components are constantly exposed to drastic temperature changes, ozone erosion, radiation and fire hazards. Many conventional buffer materials tend to harden and lose elasticity under low temperatures, accompanied by rapid decay of damping performance. Once material properties degrade, the shock absorption capacity of equipment will be severely compromised, affecting the reliability of the whole system. Especially in high-altitude, deep-sea and polar environments, ordinary polymers struggle to balance low-temperature toughness and aging resistance, which becomes a major headache for buffer manufacturers during material selection.

IOTA 3036 phenyl silicone rubber elastic putty is developed to tackle these difficulties. Its standout performance lies in ultra-low-temperature elasticity. It can stay elastic at -120℃ without brittleness like ordinary rubber, ensuring stable damping force. Besides, the material offers good weather and ozone resistance to resist cracking during long-term outdoor exposure. It also delivers radiation resistance, ablation resistance and self-extinguishing performance, improving equipment safety margin under radiation and thermal ablation risks.

This material is customized for buffer assemblies. It fits various damping buffer structures, simplifies formulation design of buffers and cuts maintenance & replacement costs for customers operating in complex environments. It has been widely adopted in aerospace, high-speed rail, vessels, aircraft, bridges, metallurgy, mining and offshore platforms. Whether for vibration reduction of rail transit, seismic buffers for bridges, damping protection for offshore facilities or impact resistance in metallurgy and mining equipment, IOTA 3036 provides reliable energy absorption.

For buffer manufacturers, environmental adaptability of raw materials determines product competitiveness. Traditional materials usually work well only at room or mild low temperatures and show obvious performance defects in extreme environments. Integrating ultra-low-temperature elasticity, anti-aging and flame safety features, IOTA 3036 phenyl silicone elastic putty helps buffer producers expand application scope, qualify for high-end equipment projects and reduce after-sales troubles caused by on-site material failure. As modern equipment pursues higher reliability and wider environmental adaptability, high-performance phenyl silicone elastic putty serves as an excellent material option for buffer protection in harsh working conditions.