In life, we have long been accustomed to the sense of security brought by buffering: the air cushion of sports shoes, the shock-absorbing spring of cars, the anti-fall shell of mobile phones, these common buffering devices are all inseparable from the support of material science. But when the scene switches to the extremely cold area of minus 120℃, the dark environment of deep sea high pressure, or the special space full of radiation, ordinary materials have already "surrendered", but there is a seemingly inconspicuous material that can stick to its post, it is phenyl elastic cement.



In a low-temperature laboratory at -120℃, ordinary rubber will crack like glass, metal will lose its toughness, and plastic will harden and deform directly. However, phenyl elastic putty shows amazing "antifreeze ability". Even at a temperature close to liquid nitrogen, it can still maintain good elasticity and rebound quickly after being pressed by fingers, as if the low temperature is just a "small episode". This characteristic makes it irreplaceable in extremely cold scenes.

In addition to its "special skill" of low temperature resistance, phenyl elastic putty is also an "all-round player". It can resist the erosion of ozone and will not age or crack even after long-term exposure outdoors; in the face of radiation environment, its performance remains stable and its physical properties will not change due to radiation; under the test of high temperature ablation, it can not only withstand high temperatures, but also has self-extinguishing properties, greatly reducing safety hazards.

These hard-core properties make phenyl elastic putty a "core member" of buffer devices in many industries. In the vast sky, it protects the buffer system of spacecraft and copes with the extreme temperature difference and radiation in space; on the speeding high-speed rail, it is hidden in the shock absorbing device to make the train run more smoothly; in the nuclear submarine in the deep sea, it resists the erosion of high pressure and seawater to ensure the normal operation of the equipment.

In addition, it can be seen in the fields of ships, airplanes, bridges, metallurgy, mining, offshore platforms, etc. Bridges will vibrate when vehicles pass through them, and phenyl elastic mortar can effectively buffer and extend the service life of bridges; mining equipment works in complex underground environments, and it can reduce mechanical wear and improve equipment reliability; offshore platforms face the impact of wind and waves, and its buffering effect makes the platform more stable.


PHENYL SILICONE RUBBER ELASTOMER,pls check IOTA 3036