1 Improved Impact and Thermal Resistance:

The siliconized epoxy IPN offers enhanced impact and thermal resistance, making it suitable for applications where materials need to withstand high temperatures and mechanical stress.

2 Automobile and Aerospace Applications:

The material can find applications in both automobile and aerospace industries, where high temperature resistance and mechanical durability are critical requirements.

3 PDMS-Epoxy IPN for Encapsulation:

The use of PDMS-epoxy IPN makes it suitable for encapsulation purposes, especially in applications with high temperatures and high voltage. Its low shrinkage and reduced internal stress contribute to its effectiveness in such scenarios.

4 Improved Electrical Characteristics:

The improved electrical characteristics of the IPN open up possibilities for high-performance electrical insulation, insulator housings, and encapsulation. This makes it suitable for applications where protection against high voltage, moisture, oxidation, chemical attack, biological attack, outdoor weathering, contamination, and electrical, mechanical, and thermal stress is crucial.

5 Fire and Smoke Protection in Aerospace:

Acknowledging the importance of fire and smoke protection in aerospace applications, the IPN material may be a suitable choice. The ability to divide areas in an aircraft into "Fire Restricting Material" and "Fire Resisting Division" indicates a functional approach to using composite materials for improved fire safety.

6 Stringent Requirements for Passive Fire Protection:

Passive fire protection requirements in aerospace are often more stringent than in other applications, and the IPN material may offer a solution that meets these strict criteria.

7 Functional Approach to Composite Material Use:

The division of areas into "Fire Restricting Material" and "Fire Resisting Division" suggests a strategic and functional approach to utilizing composite materials in different sections of an aircraft for optimal fire protection.