Hardness Foam

Hardness Foam is a increased hardness polyurethane foam via adjust the formulation, offering high support, excellent compression resistance, and a more strong, hard performance compared to standard soft foam. It is available in many different densities and hardness levels, it can be designed to meet specific needs and applications. Particularly suitable for applications requiring heavy load-bearing and loading.

Foam Description

Hardness Foam is a commonly used polyurethane foam (PU foam) that offers high support and durability. By optimizing the foaming formulation and controlling density, it provides a wide range of density options to meet different application requirements. Its compact structure and strong resistance to compression deformation make it ideal for products that require long-term load bearing or stable support.

Applications for Hardness Foam

Advantages of Hardness Foam

High hardness / high support / excellent stability / suitable for a wide range of applications

Mattress Applications

Ideal for use as a support layer in mattresses. Its high hardness and durability effectively provide structural support and long-lasting performance.

Special Mattress Applications

Using high-density foam around the perimeter of a mattress for bonding and assembly provides effective support when users get up, assisting standing movements. This design is particularly suitable for long-term care and elderly mattresses.

Packaging Materials / Other Industrial Applications

With excellent compression resistance and durability, it is commonly used as cushioning and shock-absorbing material for machinery, protective padding, and linings for industrial handling fixtures. Its stable structure absorbs impact and withstands heavy loads over long periods without deformation, significantly extending product lifespan and improving operational safety.

Foam Specification

HARDNESS FOAM PHYSICAL PROPERTIES

Part No.	Density (kgf/m3)	Hardness(Asker F)
DL7	20±2	80±5
DL58	35±3	85±5
N245-50	40±3	85±5
T117-48	55±4	80±5