Products

Market

Resource

News

About Us

Career Development

中文 / EN

/
Logout

Sealing Applications of Rail Transit

当前位置：首页 - Market - Aerospace and Rail Transit - Sealing Applications of Rail Transit

Sealing Applications of Rail Transit

Electric Vehicles

Aerospace and Rail Transit

Novel Electricity

Electronics and Big Data

Electric Vehicles Aerospace and Rail Transit Novel Electricity Electronics and Big Data

: Home > Market > Aerospace and Rail Transit > Sealing Applications of Rail Transit

Sealing Applications of Rail Transit

Due to the high passenger capacity, short operation intervals, complex structural design, and harsh working conditions characteristic of rail transit, it is crucial for trains to maintain prolonged stability and reliability. The long-term effective sealing of key systems such as the traction system, braking system, HVAC system, and lighting system is a vital aspect of ensuring the reliable operation of the vehicle. Consequently, the application requirements for sealing materials in these systems are extremely stringent.

Key Factors in Solution/Material Selection

Safety

Meets rail industry standards for smoke, flame, and toxicity.

Stress Relaxation

Stress relaxation affects long-term operational reliability.

Environmental Durability

Resistant to ultraviolet rays, ozone, extreme temperatures, and chemicals.

Resistance to Compression Set

Excellent resistance to compression set is essential.

Compression Stress

Selecting materials with suitable compression stress is crucial.

Sealing Applications of Rail Transit

For achieving effective sealing and long-term reliability, the selection of materials is crucial. Futureway® Extruded Silicone Sponges is a high-performance elastomeric material developed specifically to meet the unique requirements of the rail transit industry. Not only does it exhibit excellent resilience and durability, but it also meets fire protection standards like EN 45545-2 and other design specifications for the rail transit industry. Through extrusion molding processes, it can be custom-developed flexibly according to structural needs, enhancing sealing protection reliability while significantly reducing maintenance costs in the long run.