Industrial V Belts

Designed for maximum efficiency at a low cost, these belts enable you to develop more compact multiple belt drives. Ideal for applications requiring longer lengths and/or larger cross sections where flexibility and compactness are less critical.

Applications:

• Compressors
• Cutoff Saws
• Farm Equipment
• Heavy Equipment
• Internal Combustion Engines
• Mixers
• Pumps
• Water Wells

We provide very high quality of poly v belts drives which is fabricated using the highest quality of the raw material. It is known as the poly v due to its continuous V shaped grooves on the belt. The grooves make sure that the belt does not get slipped during its operation.
 
It is widely used in the following areas :

• Hydro electric turbines
• Hammer mills
• Sugar industry
• Quarries
• Marble saws
• Cable manufacturing plant
• Bale shredders
• Paper industry
• Turning plant
• Automobiles
• Metal mills

We offer tooth belts made from special grade material for consistent performance. These belts are used in :

• Sewing machinery
• Food processing equipment
• Small householdelectrical appliances
• Automobiles
  

Our Conti synchro transmission belts are made by using the superior quality of the raw material which is procured from the genuine agents. Its main ability is to give the maximum power transmission and these offer maintenance free operation.
 
Its alluring features are :

• Extra protection against tooth jump
• Precise tooth design
• Longitudinal stability
• Requires little pretensioning
• Very suitable for back –tension rollers

The application areas are as follows :

• Wood processing equipment, robots
• Office machines, data processing
• Printing machines, drive engineering
• Machine tool engineering, electrical tools

 Our industrial flat belts features a range of designed process belts for manufacturing processes. These belts are wear-resistant, with high grip or low friction, to guarantee uniform and stable speed transmission.

It is more efficient than the older multiple belt system and may consume less space in the engine compartment. By using a single, wider belt instead of multiple, thinner belts, the belt may be put under increased tension without stretching. Higher tension reduces slip, which increases belt life and mechanical efficiency. Reduced slip can allow the use of lower-ratio pulleys; this reduces the load on the engine, increasing fuel economy and available power. The tendency for V-belts to "flip over" in the pulley groove (at high RPM) is eliminated. A serpentine belt also is much easier to maintain and replace, since there is no need to remove multiple belts in order to replace one of them.