Conventional Foam

Conventional Foam is a kind of a PU material with diverse physical properties. It offers good features such as lightweight, good flexibility, impact resistance, and shock absorption. Available in a wide range of densities and hardness grades, it can be formulated to meet different requirements and applications.

Features:

•Diverse physical properties of PU foam
•Diversity foam shape and flexibility
•PU foam with Lightweight
•Good flexible foam
•Foam have Impact resistance and shock absorption
•Excellent support and cushion foam

Applications:

•PU foam pad for Sofa and seat cushioning
•Mattress foam and pillow foam
•Sports used Padding foam
•Inner lining for protective gear foam

Foam Description

Conventional Foam is a commonly used polyurethane foam (PU foam) that offers moderate elasticity and reliable support, delivering excellent cost performance and versatile applications. It is lightweight, durable, and easy to process, with density and hardness that can be adjusted to meet specific requirements. As a result, it is widely used in a broad range of everyday consumer goods and commercial products.

Advantages of Conventional Foam

01
High Cost Effectiveness
Suitable for Mass Production
02
Easy Processing and High Efficiency
The material is lightweight and easy to cut and bond, making it suitable for large-scale processing on industrial production lines and significantly improving efficiency.
03
Diverse Customization Capabilities
Density and hardness can be flexibly adjusted according to requirements to meet different companies’ needs for comfort, support, and functionality.
04
Wide Applicability
Whether for furniture manufacturers, logistics companies, or automotive parts suppliers, all can benefit from a stable and cost-effective source of materials.

Foam Specification

PHYSICAL PROPERTIES
Part No.
Density(kgf/m3)
Hardness(Asker F)
A60914±270±5
F31517±270±5
F30420±270±5
F20323±273±5
T2522±270±5
T44727±273±5
T33330±370±5
T22532±370±5
T3534±367±5
T11335±370±5
T11540±380±5
T11645±380±5
T11755±482±5