Its unique phenyl group modification technology stands out, particularly for its stability in extremely low-temperature environments. Even in the extreme cold of liquid nitrogen (-196°C), it maintains a tough and unyielding structure. Even at -50°C, its shrinkage is minimal, its adsorption capacity only slightly diminishes, and its mechanical strength loses less than 10%. Even more impressive, even at -30°C, phenyl silica gel can still effectively capture pollutants such as benzene and polycyclic aromatic hydrocarbons, and precisely separate pharmaceutical impurities, far exceeding the performance of traditional silica gel materials.



In addition, this material also has strong hydrophobicity and excellent high temperature resistance (up to 300°C), outstanding chemical stability, and the ability to resist corrosion from strong acids and organic solvents, showing comprehensive performance advantages. It is these properties that make phenyl silicone shine in many key areas:

In the pharmaceutical field, it provides a strong foundation for the low-temperature purification process of mRNA vaccines, significantly improving the purity of key components.

It also safely protects biological samples in liquid nitrogen environments, helping to achieve new highs in recovery survival rates.

In environmental monitoring, it can directly concentrate trace pollutants in extremely cold glacial environments, effectively avoiding the risk of degradation during transportation.

In the new energy sector, phenyl silica gel is embedded in lithium battery separators, making a significant contribution to extending battery life in low-temperature environments.

In industrial catalysis, it stably supports catalysts across a wide temperature range, effectively reducing reaction energy consumption.

Methyl phenyl vinyl silicone rubber,pls check IOTA 3120