High friction on both sides
Drive Belts are flexible, relatively inexpensive, simple to install and maintain and require minimal space. Perhaps most significant is their high efficiency – nearly 99%.
Drive Belts are flexible, relatively inexpensive, simple to install and maintain and require minimal space. Perhaps most significant is their high efficiency – nearly 99%.
This high efficiency is achieved thanks to lower bending losses (due to the thin cross section), low creep because of special friction covers and high modulus of elasticity traction layers.
The perfect solution for hydro plants, saw mills, fan drives and many other drive applications.
This high efficiency is achieved thanks to lower bending losses (due to the thin cross section), low creep because of special friction covers and high modulus of elasticity traction layers.
The perfect solution for hydro plants, saw mills, fan drives and many other drive applications.
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High friction on drive side
Drive Belts are flexible, relatively inexpensive, simple to install and maintain and require minimal space. Perhaps most significant is their high efficiency – nearly 99%.
This high efficiency is achieved thanks to lower bending losses (due to the thin cross section), low creep because of special friction covers and high modulus of elasticity traction layers.
The perfect solution for hydro plants, saw mills, fan drives and many other drive applications.
Medium friction on drive side
Drive Belts are flexible, relatively inexpensive, simple to install and maintain and require minimal space. Perhaps most significant is their high efficiency – nearly 99%.
This high efficiency is achieved thanks to lower bending losses (due to the thin cross section), low creep because of special friction covers and high modulus of elasticity traction layers.
The perfect solution for hydro plants, saw mills, fan drives and many other drive applications.