Conveyor Belts, Pulleys and Silent Gears
Pebax® elastomers demonstrate extremely efficient energy return and offer consistent performance across a wide range of tempertures.
Pebax® Elastomers Offer Outstanding Energy Return for Optimal Power Transmission
Hysteresis is defined as the energy lost during a cyclic mechanical stress of a material and is a function of the modulus and the loss factor, tan ∂.
The tailored molecular microstructure of Pebax® resins contributes to lower hysteresis and tan ∂ when compared to other commonly used thermoplastic elastomers. The combination of this property (over a wide temperature range) as well as tremendous toughness, light weight and ease of processability make Pebax® resins powerful candidates for highly efficient power transmission belts, pulleys and silent gears.
Pebax® Elastomers in Power Transmission Belts and Gears
| Pebax® Elastomers Main Properties | Applications | Pebax® solutions | |
|---|---|---|---|
|
Low |
Low energy dissipated |
Belting / Silent |
Pebax® 33 series: |
|
Excellent flex |
Low relaxation |
Belting / Silent gears |
Pebax® 33 series: |
|
Creep resistance |
Pebax® 33 series: |
||
|
Low vibration |
|
Belting / Silent gears |
Pebax® 33 series |
|
Excellent |
Easy and strong splicing |
Belting |
Pebax® 33 series |
|
Very precise injection |
Silent gears |
||
|
Chemical |
|
Belting / Silent gears |
Pebax® 33 series: |
|
Dimensional |
Low shrinkage |
Silent gears |
Pebax® 33 series: |
|
Wear resistance |
|
Silent gears |
Pebax® 33 series: |
Let's Run Together™
Our range of materials is constantly growing. As the market demands higher performance materials we will continue to develop innovative solutions. Our global team of engineers is eager to work on new developments and design creative solutions for your material needs. Contact our team today to start your development.
Contact Our Conveyor Belts and Pulleys Team