In precision instruments, electronic equipment, and closed-space equipment, the volatility and stability of materials directly affect equipment accuracy and service life—volatile small molecules may contaminate components and affect sealing, while unstable performance can lead to equipment failure. However, IOTA120 Methyl Phenyl Vinyl Silicone Rubber, with its advantages of low volatility and high stability, has become a "reliable partner" for precision equipment.
Its low volatility is quite striking—when heated at 150°C for 3 hours, the volatility is still ≤2%, which means it will not easily release small molecules during long-term equipment operation. For example, when used as a seal for precision gyroscopes in the aerospace field, the volatilization of small molecules may affect the rotation accuracy of the gyroscope, but this silicone rubber can remain stable, ensuring the gyroscope works accurately at all times; when used as an internal seal for precision medical instruments, it will not release harmful substances to contaminate the internal environment of the instruments, ensuring the accuracy of medical testing data.
Its high stability further "escorts" precision equipment. With a molecular weight of 400,000-800,000, its molecular structure is compact and stable, and it will not experience aging, embrittlement, deformation, or other issues even after long-term use. For instance, when used as an insulating sleeve for connectors in electronic equipment, it can maintain insulating performance in the environment where the equipment is energized and heated for a long time, without leakage caused by aging; when used as a release coating for precision molds, it can still maintain a stable release effect after multiple uses, without coating peeling or mold sticking, ensuring the accuracy of mold products.
At the same time, its resistance to high and low temperatures allows precision equipment to be used in various environments—from the severe cold in the north to the extreme heat in the south, from normal laboratory temperature to high temperatures at industrial sites, the material performance will not fluctuate significantly, adapting to different usage scenarios. Its colorless appearance will not block the scales and indicator lights of precision equipment, facilitating observation by operators; as a high-temperature vulcanization base rubber, it can be made into coatings as thin as a few microns and sealing strips as thin as millimeters, meeting the strict requirements of precision equipment for material forms.
Storage only requires controlling the temperature below 40°C, with an unopened shelf life of 1 year, and no complex processing is needed for subsequent manufacturing. This silicone rubber that "doesn't cause trouble and is reliable" provides solid support for the long-term stable operation of precision equipment, becoming a high-quality choice in the field of precision manufacturing.
