Breakthroughs in material science often start with precise molecular structure design. Fluorosilicone raw rubber (IOTA-110-F series), relying on the unique vinyl side group and end group design, has written the dual codes of weather resistance and functionality on the molecular chain of high-molecular-weight polymethyltrifluoropropylsiloxane, becoming a new technical benchmark for heat-vulcanized elastomer materials.
The performance leap brought by this "molecular-level optimization" is very significant: the siloxane main chain endows the material with excellent high and low temperature resistance. It remains elastic even in a low-temperature environment of -60β and does not harden or crack at high temperatures above 200β; the trifluoropropyl side chain contributes excellent solvent resistance, showing strong anti-swelling ability to fuel oil, engine oil, organic solvents, etc. The combination of the two enables the material to break through the bottlenecks of poor solvent resistance of traditional silicone rubber and difficult processing of fluororubber.
The strict control of technical indicators further highlights its quality strength. The low volatile content < 2% means that there will be no material shrinkage or environmental pollution due to small molecule volatilization during long-term use, which is crucial for key components such as seals and insulation layers. The colorless and transparent appearance not only facilitates visual quality inspection but also indicates that no impurities are introduced during the production process, and the purity meets the requirements of precision industry.
In the field of high-end manufacturing, its technical advantages are transformed into actual productivity. After using it for the high-temperature sealing ring of aero-engines, the maintenance cycle is extended by more than 30%; after replacing it for the hydraulic system seals of oil drilling platforms, the hydrogen sulfide corrosion resistance is significantly improved; after using it for the battery pack sealing components of new energy vehicles, the sealing performance under high and low temperature cycles is zero failure. These application cases confirm its core value of "winning by stability".
What is more rare is its industrial adaptability: the non-dangerous goods attribute reduces the logistics threshold, the 25kg standard carton packaging is convenient for production line docking, and the 12-month shelf life meets the needs of bulk procurement. From laboratory molecular design to factory-scale application, this fluorosilicone raw rubber proves with hardcore performance that a good industrial material must not only be technologically leading but also practical in application, injecting lasting power into industrial upgrading with technological elasticity.
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Fluorosilicone raw rubber IOTA-110-F series
