Timing Belt With Backing

Barbieri® HTD14M、AT20, AT10, H, XH Timing belt coated with red rubber: Made of thermoplastic polyurethane, with high-strength steel wire core embedded inside, excellent quality, high wear resistance, and can run smoothly under high load. The timing belt is wear-resistant, non-slip, has good stability, low elongation, low noise, and high transmission efficiency, which can better meet the smooth operation of products during transportation and processing.

Barbieri® PVC dark green supergrip timing belt :It is made of high-strength, low-elongation steel wire rope core and thermoplastic polyurethane raw materials through a special process.
Adding a dark green pattern to the surface of the timing belt can increase the friction force and thicken the total thickness of the belt, so that the back of the belt can be more protected to prevent corrosion or enhance the load-bearing capacity.
It can guarantee the characteristics during operation and withstand high loads, and is especially suitable for the glass manufacturing industry of high-speed power transmission and high-load transmission.

Barbieri® AT10 Grass green pattern timing belt: It is a combination of high-strength, low-elongation steel wire rope core and thermoplastic polyurethane material through a special process, which can ensure high loads during operation.
Timing belts with grass green pattern can increase the friction force, effectively anti-skid and good stability.

Barbieri® Timing belt coated with green sponge : It is a combination of high-strength, low-elongation steel wire rope core and thermoplastic polyurethane raw materials through a special process.
Covering the surface layer of green high density sponge, not easily deformed, and very wear, longer life cycle, generally used for transporting delicate parts or equipment glass bilateral grinding belt.

Barbieri® Timing belt covered with black sylomer: is a combination of high-strength, low-elongation steel wire rope core and thermoplastic polyurethane raw materials through a special process.
The surface is covered with a high-density black sponge layer, which has a light material, excellent toughness, soft and elastic sponge layer. Red glue can be added to the surface of the sponge to increase wear resistance.

Barbieri® EVA foam timing belt: commonly used in the electronic glass industry, the belt body is made of thermoplastic polyurethane material with a Kevlar rope core embedded in it, which has high shear strength, good wear resistance and oil resistance .
The surface is covered with a layer of special foam, which has a closed cell structure, does not absorb water, and has the characteristics of water resistance, moisture resistance, shock resistance, and strong toughness.

Barbieri® Herringbone PU timing belt: made of thermoplastic polyurethane, embedded with high-strength steel wire core, high quality, high wear resistance, and can run smoothly under high load.
Transport wear-resistant parts, high wear resistance, strong tensile strength, durable, dimensionally stable and wear-resistant.

Barbieri® Herringbone timing belt: Made of thermoplastic polyurethane, with a high-strength steel wire core embedded inside, it is of excellent quality, highly wear-resistant, and can run smoothly under high loads.
Commonly used for timing belts in glass processing equipment, it is highly wear-resistant, tensile-resistant, durable, dimensionally stable and wear-resistant. Optional tooth surface cloth can be added to reduce the friction coefficient, reduce noise and improve belt tooth meshing.

Barbieri® The back of the glass cutting machine timing belt is covered with a 3.4mm white PVC and white herringbone pattern design, which allows it to closely fit the glass surface, effectively avoiding errors caused by vibration and sliding. This design not only enhances the friction between the timing belt and the glass, but also makes it more stable during the cutting process, ensuring cutting accuracy. The synchronous belt has a long service life and low maintenance cost, which enables it to save a lot of costs for enterprises in long-term use.