1. Cross-Process Manufacturing Adaptability
This series supports three mainstream forming processes: compression molding, injection molding, and extrusion tubing. The rapid curing system (1% dicumyl peroxide content, 175℃×5min) enables seamless equipment switching. IOTA 3835 achieves 900% elongation in extrusion while maintaining 40KN/m tear strength in compression molding, meeting precision packaging requirements for electronic components.

2. Ultra-Low Temperature Performance
Maintaining elasticity at -100℃ through phenyl siloxane arrangement, the material shows superior cold resistance compared to conventional elastomers. Testing at a polar research station confirmed zero leakage in IOTA 3830 pipe joints after 18 months of -85℃ operation. Compression set remains below 45% under extreme conditions.

3. Radiation Shielding Innovation
Natural radiation barrier formed by phenyl groups reduces neutron damage depth by 60% versus fluorocarbon rubber. Nuclear plant applications demonstrate extended maintenance cycles, with IOTA 3850 valve seals maintaining integrity after 500 hours of cumulative irradiation.