In industries such as aerospace, high-speed railways, and mining, equipment often faces complex and harsh environments like radiation, high temperatures, and extreme cold. Ordinary materials are prone to damage, but a phenyl elastic mastic named IOTA 3036 has become a "safety guardian" for these industries, thanks to its multiple advantages including radiation resistance, ablation resistance, and low-temperature resistance.  

It is a gray viscous liquid with a thick texture that is not stiff—similar to maltose that has melted and cooled down. It can be easily filled into the gaps of equipment and closely adhere to the surfaces of components of different shapes without falling off easily. Its phenyl content ranges from 5.0 to 30.0 mol%—this component ratio endows it with excellent comprehensive performance: it not only maintains good elasticity but also possesses strong environmental resistance.  

In terms of performance, its "damage resistance" is impressive. In a radiation environment, it can stably maintain its own performance without deteriorating or failing due to radiation effects, making it particularly suitable for aerospace and nuclear industry-related equipment. When encountering high-temperature burning, it not only does not support combustion but also can self-extinguish; its ablation-resistant property allows it to hold its position even in high-temperature scenarios, protecting equipment from flame damage. More surprisingly, even under the extreme cold of -120°C, it will not lose elasticity and become brittle and hard, but can still play its role in buffering and shock absorption. For equipment such as high-speed railways and ships operating in cold regions, this is undoubtedly an important guarantee.  

At the same time, it also has excellent weather resistance and ozone resistance. When exposed to outdoor wind, sun, rain, and freezing snow for a long time, it will not crack or age. In an ozone-containing environment, it can also remain stable without performance degradation due to ozone erosion, greatly reducing the frequency and cost of equipment maintenance.  

In practical applications, it can be found in many key fields. In the aerospace field, it protects the buffer systems of spacecraft to cope with the extreme environment of space. In the high-speed railway industry, it assists shock absorbers in reducing driving vibrations, improving passengers' riding experience. In equipment such as tanks and nuclear submarines, it can adapt to complex combat environments and ensure the stable operation of equipment components. In bridge construction, it can fill structural gaps and reduce damage to bridges caused by vibrations. In scenarios such as metallurgical mining and offshore platforms, it can also extend the service life of equipment with its wear-resistant and corrosion-resistant properties.  

This elastic mastic, which integrates a variety of excellent properties, is safeguarding the safe operation of equipment in various industries with its strong "adaptability" and has become a preferred material in more and more fields.