Product Overview: Innovation Leads the Future
IOTA 3108 RTV phenyl silicone rubber raw rubber, as a leader in room temperature vulcanized phenyl silicone rubber raw rubber, leads a new era in materials science with its unique molecular structure and excellent performance. Its molecular formula is (CH3) 2SiOH [(C6H5) 2SiO] m [(CH3) 2SiO] nOH, and this complex chemical structure gives it unparalleled performance advantages.
Appearance and solubility: Clear and transparent, widely soluble
This raw rubber is presented in the form of a colorless and transparent oily liquid, as clear as spring water, giving people a beautiful visual enjoyment. At the same time, it can dissolve in various organic solvents such as toluene, xylene, chlorinated hydrocarbons, etc., providing great flexibility for processing and application.
Detailed explanation of technical indicators: precise control, excellent performance
Viscosity range: At 25 ° C, the viscosity can be flexibly adjusted between 2000-10000mPa. s to meet the needs of different scenarios.
Phenyl content: The phenyl content can be freely adjusted between 2.5-60.0mol%, providing unlimited possibilities for customized product performance.
Volatile matter control: Heating at 150 ℃ for 2 hours, the volatile matter is below 5.0, ensuring the stability and durability of the product.
Wide application areas: Cross border integration, showcasing charm
IOTA 3108 RTV phenyl silicone rubber is widely used in various fields such as electronics, aerospace, nuclear power, etc. due to its excellent performance. In the field of electronic appliances, as a sealing material, it provides reliable protection for electronic components; In the aerospace field, it serves as a bonding agent for insulation materials, providing strong support for the safe flight of aircraft; In the field of nuclear power, as an anti radiation coating, it has built a solid defense line for the safe operation of nuclear power plants.
Special Purpose Exploration: Challenge the Unknown, Create Miracles
Under low temperature conditions of minus 120 ℃, the raw rubber can still maintain its elasticity, demonstrating its excellent low-temperature resistance. This feature makes its application possible in extremely cold environments. Meanwhile, by adding heat-resistant additives, it can also be used for special purposes such as ablative putty, coatings, and encapsulation, providing unlimited possibilities for new explorations in materials science.