Shock-Absorbing Air Bladder

APPLICATION SCENARIOS

1. At the grip of handheld power tools  

2. Connection parts of the body structure  

3. In the impact transmission path  

4. Around vibration-sensitive components

Product Description

This series of products are made of composite materials of ACM (polyacrylate rubber) and FSR (high-temperature resistant elastomer), combined with airbag structure design and special vulcanization process. They feature excellent high/low temperature resistance, oil resistance, vibration damping and sealing performance. According to working condition requirements, they can meet complex operating conditions within the range of **-60℃ to 200℃**, and are widely used in vibration damping and protection systems that need to withstand air pressure fluctuations and thermal expansion scenarios.

PRODUCT FUNCTION

Adopting a built-in closed airbag structure, it can absorb external impacts and expansion forces caused by high temperatures, achieving dynamic vibration damping;  

The material has excellent resilience, pressure resistance, and thermal stability, adapting to working conditions with large temperature differences or high-frequency vibrations;  

It maintains sealing without leakage under conditions of air pressure changes, improving system reliability;  

Air expansion at high temperatures triggers a buffering mechanism, and the airbag resets when the temperature drops, effectively extending the service life of the equipment.

PERFORMANCE INDEX

Material type: ACM + FSR (custom composite formula);  

Operating temperature range: -60℃～200℃;  

Tensile strength: ≥15 MPa;  

Compression set: 150℃×72h ≤25%;  

Air tightness test: No leakage under 1 MPa air pressure for 30 minutes;  

Structural features: Closed airbag design, excellent air tightness, with dynamic resilience and impact resistance.

APPLICATION AREA

the shock-absorbing air bladder is applicable to scenarios such as high-temperature power equipment, automotive engine accessories, hydraulic/pneumatic systems, hot oil heating devices, and industrial impact control systems, serving as dynamic vibration-damping seals, thermal expansion buffers, and high-pressure seals. They are especially suitable for high-low temperature cyclic conditions and thermal shock-sensitive application scenarios.