In many high-end manufacturing fields with strict requirements for material performance, fluorosilicone rubber raw rubber has become an indispensable core basic material. With its composite performance across temperature zones and resistance to strong media, it solves a large number of extreme working conditions that ordinary rubber materials cannot adapt to, and supports component upgrades in multiple key industries.

The aviation industry is one of the earliest fields to achieve large-scale application of fluorosilicone rubber raw rubber. Various seals and contacts processed from it can stably contact the fuel oil and lubricating oil medium on the aircraft for a long time. Even in the wide temperature fluctuation environment at high altitude, there will be no sealing failure or rapid performance degradation, providing reliable guarantee for the safe operation of aviation equipment. In the automotive industry, relying on this rubber made sealing ring, oil seal, diaphragm, conduit, and valve lining components, it can perfectly adapt to the high temperature and oil pollution environment around the power system, maintain sealing performance after long-term use, and help improve the reliability and service life of the entire vehicle.

In the petrochemical industry, the production environment often involves complex working conditions of alternating high and low temperatures and strong chemical medium erosion. Pumps, valves, and oil tanks with seals processed with fluorosilicone rubber can withstand the impact of extreme temperatures and resist the corrosion of various chemicals, greatly reducing the frequency of seal replacement in chemical equipment and reducing the risk of leakage during the production process.

In the field of healthcare, this raw rubber, with its stable and safe material properties, can be used to manufacture various medical device components that come into contact with the human body, and even meet the processing requirements of artificial organ related products. Its safety performance has been fully verified. In addition, in the harsh scenarios of military industry that require simultaneous tolerance to low temperatures, oils, and acidic substances, components made of fluorosilicone rubber can also function stably, providing critical material support for the extreme environmental adaptation of special equipment.