Poly V Reloaded®

The Poly V Reloaded® is a longitudinally ribbed power transmission belt. It transmits torque through the contact between the belt rib flanks and the pulley grooves, ensuring efficient and reliable power transmission.

The Poly V Reloaded® can transmit up to 40% more power than a standard Poly V belt of the same width. This performance makes it possible to reduce the width of the belt and pulleys by at least 25%, providing a more compact solution while maintaining a high level of performance.

Our Poly V Reloaded® belts are available in three profiles: PJ, PK and PL.

Main Benefits

Enhanced power transmission
Extended service life
Reduced overall cost

Expertise

Our expertise is built on a comprehensive mastery of power transmission belt performance, from design through to validation under severe operating conditions.

Thanks to our expertise, we develop solutions offering high torque transmission capacity, reduced belt and transmission width and weight, as well as excellent durability.

Our technologies also ensure low tension loss over time, increased resistance to mechanical stresses, and significant noise reduction, meeting the market’s highest requirements for performance, reliability, and compactness.

Structure

The rib are molded and ensure pulley engagement through the contact pressure exerted within the grooves. Their design guarantees efficient and reliable power transmission.

The rib surface is made of flocked cotton fibers, providing excellent dimensional stability and good abrasion resistance. This coating also contributes to the belt’s durability under demanding operating conditions.

The cord is the structural component of the belt. It consists of a new premium-quality reinforced polyester tensile cord, offering low elongation and a solvent-free coating.

Caractéristiques

Long-term stability: belt stiffness and length are consistently maintained over time.
Extended temperature range: design adapted to more demanding operating conditions.
Antistatic properties: belt compliant with ISO 1813 and suitable for ATEX environments.
Oil resistance: specially engineered materials to withstand oily environments.
Extended service life: excellent resistance to wear and intensive operating conditions.
High resistance to mechanical stresses: designed to withstand bending, back-bending, shear forces, and dynamic tension.