High Resilience PU Foam is a type of polyurethane material known for its excellent elasticity and rapid rebound properties. It quickly returns to its original shape after pressure is applied, making it widely used in products that require both comfort and support.

High resilience
Excellent durability
Good breathability
Lightweight

Widely used in the furniture industry, such as sofas, mattresses, cushions, etc.; automotive seats, headrests, and armrests; medical devices like rehabilitation pads and medical mattresses; sports equipment such as yoga mats and gym seat pads; packaging materials, such as protective packaging for high-end electronics or fragile items.

Slow Rebound PU Foam is a type of polyurethane foam material known for its unique slow recovery properties. When pressure is applied, the material deforms slowly and gradually returns to its original shape after the pressure is removed. Compared to high resilience PU foam, slow rebound PU foam has a slower rebound speed and is typically used in applications that require extended pressure relief and comfortable support.

Slow rebound
High comfort
Excellent durability
Good breathability

Widely used in the furniture industry, such as high-end pillows, sofa cushions, etc.; automotive seats, headrests, etc.; toy industry, such as slow rebound toys, stress relief toys, etc.; sports equipment like yoga mats, gym gear, etc.; packaging industry, such as protective packaging for precision instruments.

Rigid PU Foam is a type of polyurethane foam material with a dense, hard structure. It is characterized by high density and low elasticity. The material is formed through a foaming process that creates closed-cell structures inside, resulting in a strong foam material. Rigid foam provides high support and thermal insulation in various applications.

High density and hardness
Excellent thermal insulation
Water-resistant and moisture-proof
High compressive strength

Widely used in the construction and insulation industry for materials like wall, roof, and floor insulation; automotive industry, used for interior components, seats, and noise insulation in vehicle bodies; marine and aerospace industries, used as buoyancy and thermal insulation materials for ships and aircraft; furniture industry, used for components requiring rigid support, such as mattresses and sofa frames.