In low-temperature environments, many materials lose their elasticity, become brittle, or even break directly—posing hidden risks to the operation of equipment in fields such as aerospace, high-speed railways, and ships. However, now there is a phenyl elastic mastic called IOTA 3036 that can maintain elasticity under the extreme cold of -120°C, serving as a "protector" for equipment in various industries.  

In terms of appearance, it is a gray viscous liquid, similar to the thick ointment we commonly see. It is not only easy to dispense but also can be flexibly shaped according to different scenarios to fit various complex equipment structures. Its viscosity ranges from 2000 to 100000 mPa·s—this range allows it to firmly adhere to equipment surfaces or fill gaps without flowing due to being too thin, making construction very convenient.  

Beyond its super strong low-temperature resistance, it also has many "outstanding advantages". It can maintain stable performance against harsh weather conditions such as sun, rain, wind, and snow, without easily aging or cracking—meaning it has excellent "weather resistance" as we usually call it. Even when exposed to an ozone environment for a long time, it will not experience performance degradation, greatly extending the service life of equipment. More notably, it also features radiation resistance and ablation resistance: when encountering high-temperature burning, it will not ignite easily and can self-extinguish. In scenarios with high-temperature and radiation risks, it adds an important guarantee for equipment safety.  

Relying on these advantages, it plays a vital role in many key fields. In the aerospace field, it can cope with the extreme cold and radiation environment in space, providing stable support for the buffer components of spacecraft. High-speed railways encounter temperature differences across different regions during high-speed operation, and it can assist shock absorbers in reducing vibrations, making train operation smoother. Ships sail at sea for a long time, facing seawater corrosion and low-temperature sea winds, and it can protect equipment components from damage. Even in special equipment such as tanks and nuclear submarines, it can adapt to complex and harsh working environments with its excellent performance. Additionally, in fields such as bridge construction, metallurgical mining, and offshore platform construction, it can also play roles in buffering, shock absorption, and protection, ensuring the stable operation of large-scale equipment and structures.  

This elastic mastic, which can resist extreme cold and harsh environments, not only solves the performance shortcomings of traditional materials under special conditions but also provides strong support for the safe and stable operation of equipment in various industries, truly deserving the title of "all-round protective assistant" for equipment across multiple fields.