Pads/Shock Absorbers

Complies with ASTM D2240 and GB/T 28682 damping specifications.

Automotive-grade quality, fully certified under IATF 16949.

Entire production facility meets ISO 14001 environmental standards.

Verified through rigorous 1,000,000+ cycle fatigue and absorption tests.

Applications


6 multi-extrusion vulcanization lines

3 automated rubber compounding lines

26 automated/semi-automated hydraulic presses

A dedicated hose manufacturing center

High-efficiency production with reliable quality assurance

One-Stop Rubber Solutions: Design, Produce, Delivery.

All For Your Industrial Needs.

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Frequently Asked Questions


A: Reliability starts with Material Tuning. We optimize the cross-linking density of the rubber to reduce compression set. Every batch of O-Rings undergoes rigorous Lab Validation for hardness consistency and surface finish, ensuring a perfect seal without leakage under fluctuating pressures.

A: Yes. We can customize Pads & Shock Absorbers within a range of 30 to 90 Shore A. By adjusting the rubber formulation, we control the energy absorption characteristics, providing the precise vibration isolation required for your specific industrial machinery.

A: For precision Diaphragms, we maintain tight tolerances within ±0.05mm. Our Rubber Sheets can be reinforced with fabric inserts (like Nylon or Polyester) to enhance tensile strength and prevent tearing under high-frequency cycling.

A: Absolutely. We excel in Rubber-to-Metal Bonding. Our engineering team assists in the Design phase to ensure optimal bonding strength for your Special-Shaped Parts, providing a durable, integrated solution for complex structural requirements.

A: Yes. We offer specialized formulations including FKM (Viton), HNBR, and EPDM. Through our Lab Validation process, we perform immersion tests to ensure the material retains its elasticity and structural integrity when exposed to aggressive media.

A: We offer a fast-track Batch OEM Supply service. For flat components like Rubber Sheets & Pads, we can use water-jet or laser cutting for rapid prototyping without the need for expensive tooling, allowing you to test the fit and function before mass production.