Shock Absorption
Shock-absorbing foam materials feature excellent shock absorption, low rebound elasticity, and outstanding impact resistance, effectively absorbing external forces and reducing rebound to provide superior protection. This material is particularly suitable for various applications, including sports protective gear, cushioning pads, insoles, and industrial anti-vibration structures. Not only does it enhance user comfort and safety, but its thermoplastic nature also allows it to adapt easily to the processing of complex shapes, meeting the diverse design needs of the market.
Product Introduction:
| Low Rebound | Recoverability | lmpact Resistance |
| Shock Absorption | Cold/Hot Molding |
SA Series：
In addition to exceptional shock absorption, vibration dampening, energy dissipation, and low rebound elasticity, these high-elasticity foam materials also exhibit outstanding toughness and impact resistance. They effectively absorb external impact forces, providing excellent protection for protective gear. Their properties make them particularly suitable for use in sports protective gear, equestrian protective equipment, personal protective components for automobiles and motorcycles, specialized functional footwear, and medical cushioning pads. Whether in collisions, intense physical activity, or prolonged use, these materials significantly reduce the risk of injury while enhancing user safety, comfort, and stability. Furthermore, their adaptability to complex shapes makes them ideal for various application scenarios and design requirements.
Featured Products:
| Article | Hardness | Compression Strength 25% | Density | Rebound Resilience | Note |
| ASTM D2240 SHORE C | ASTM D1056 kPa | ASTM D3575 kg/m3 | ASTM D2632 % | ||
| SA 系列 | |||||
| SA-12 | 30±4 | 45 | 55±5 | 30 | |
| SA-10 | 20±4 | 45 | 60±5 | 20 | |
| SA-06 | 27±4 | 50 | 100±10 | 8 | |
All given data should be considered as a guide, but can not be regarded as an engagement from our side.