TOP-PELLET ®Foam Grades

TOP-PELLET ® foam grade materials offer high resilience, elongation, slip resistance, low water absorption, light weight, easy adhesion and post-processing treatment. The materials can be applied to footwear, floor mats, yoga mats, and protective gears. In addition, owing to its shock-absorbing properties, shock-absorbing foam materials have excellent shock-absorbing, shock-proof, shock-suppressing, and low rebound resilience capabilities. Moreover, its high tenacity and impact resistance can be used in various types of protective sports gears, shock-absorbing footwear, personal protective gears for motorcycles and cars. Development services of customized products according to customer's requirements are available.

TOP-PELLET ® foam grade materials are suitable for various forms of processing, such as compression foaming, supercritical foaming, injection foaming, and extrusion foaming.

Properties and daily applications of TOP-PELLET ® Foam grade materials:

Features:

Comprehensive hardness range Shore C: 3C ~ Shore C: 60C

Comprehensive hardness range Shore C: 3C ~ Shore C: 60C

Expanding foam ratio is customizable

Expanding foam ratio is customizable

High elasticity

High elasticity

Non water-absorbing properties

Non water-absorbing properties

Anti-slip properties

Anti-slip properties

Good deformation recovery

Good deformation recovery

Easy to adhere and post-process

Easy to adhere and post-process

Excellent shock-absorbing properties

Excellent shock-absorbing properties

Light weight

Light weight

Application in household supplies:

It can be used for the enhancement of EVA footwear’s elasticity and anti-slip properties. It is suitable for footwear, floor mats, yoga mats, protective gears, buoys and other products. The shock-absorbing foam materials can be used to produce protective sports gear, shock-absorbing footwear, and personal protective gears for cars and motorcycles.

Foam Grades

Foam Grades

SEBS BASE MATERIAL. USE FOR EVA,TAFMER, ENGAGE, EPDM FOAM MODIFICATION TO INCREASE ELASTICITY AND NON-SLIP PHYSICAL PROPERTY.

Applications