Polyolefin foam features a uniform closed-cell structure, delivering stable and reliable performance even at ultra-thin thicknesses. It is widely used for sealing, cushioning, spacing, and vibration damping across multiple industries.With excellent processing flexibility, it can be easily laminated with a wide range of functional materials. From electronics and automotive applications to medical devices and adhesive tape systems, polyolefin foam effectively meets requirements for cushioning, sealing, vibration control, and waterproof protection.

Microcellular polyurethane foam is engineered for applications requiring controlled compression and long-term dimensional stability. It exhibits low compression set, stable force–deflection behavior, and adjustable resilience across a wide density range.With excellent conversion capability, it integrates well with adhesive systems and is widely applied in electronics, new energy, and industrial equipment for cushioning, vibration damping, sealing, and precision spacing under continuous mechanical stress.

Foamed silicone offers V0-level flame retardancy and IP68 waterproof and dustproof performance. It combines the high elasticity of silicone rubber with the sound-absorbing and shock-absorbing properties of foam. Lightweight and soft, it provides excellent resistance to high temperatures, chemical corrosion, and long-term compression, along with outstanding sealing performance.It is widely used as sealing and cushioning components in rail transportation, new energy applications, and industrial equipment. Additionally, foamed silicone is easy to process, making it well suited for die-cut and coated applications.

Thermal runaway protection materials are engineered to mitigate and delay thermal propagation in batteries and electronic systems under abnormal or high-temperature conditions.The SSG-E series demonstrates outstanding flame resistance and thermal insulation performance, maintaining structural integrity under extreme thermal exposure. It is designed to slow heat transfer and isolate adjacent components, helping to reduce the risk of thermal propagation and improve overall system safety.The material is widely applied in new energy batteries, energy storage systems, and electronic devices, where reliable thermal protection is critical to operational stability and safety.

Supercritical foamed materials are produced using CO₂-based foaming technology, forming a uniform microcellular structure that enables a balanced combination of lightweight design and mechanical performance.These materials exhibit controlled elasticity, stable rebound behavior, and efficient energy absorption, helping to reduce weight while maintaining structural integrity. Supercritical foamed materials are widely used in footwear, sports protection, automotive interior components, and electronic applications, where consistent cushioning, mechanical stability, and long-term performance are required.

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