V BeltPioneers in the industry, we offer industrial v belt, raw edge cogged v-belt, wedge section v-belts, rough top profile pu v belt and hexagonal v belts from India.
Approx. Price: Rs 150 / onwardsGet Latest Price
|Temperature Range||-18 degrees to 80 degrees celsius|
|Belt Length||13" to 250'|
|Top Width||13 mm to 38 mm|
The first of the Industrial V Belt
to enter the power transmission scenario. The compounds used to build up these belts are well chosen to match the stipulated power ratings, thus offering distinct advantages regarding the increased factor of safety on critical drives.
Primarily used as replacement on industrial drives. The classical V belts are recommended in special applications such as V flat drives. In the same manner, these belts are advantageous where reverse idlers have to be used, because of smaller heights.Features
- Excellent finish
- Sturdy construction
- Easy installation
Approx. Price: Rs 200 / UnitGet Latest Price
Raw Edge Cogged V-Belt
|Type||Raw Edge V Belt|
|Outer Measurement||24" - 160 "|
|Top Width||0.5 Inch|
|Country of Origin||Made in India|
, as the name implies, do not have textile wrapping on the outer surface and are produced by slitting individual belts from rubber sleeves.
The manufacturing methods also make it simpler to produce belts with cogs underside thereby reducing the bending resistance of the belts and allowing them to operate on pulleys with approximately 20% smaller diameters. The decreased bending resistance reduces the mechanical losses during bending and leads to improved efficiency and reduced working temperature. Heat dissipation is further improved by the larger area between the belt and the surrounding atmosphere and also by the air turbulence around the cogs during operation. Multi stage drives can be eliminated. These belts require a higher tension than the wrap belts so as to exhibit higher power transmission capability.
- Drives with very small pulley diameters
- High ambient temperatures
- High belt speeds
- High level of power transmission
Approx. Price: Rs 150 / UnitGet Latest Price
|Type||Wrapped V Belt|
|Size||20" to 250"|
Wedge Section V-Belts (SPZ, SPA, SPB, SPC) were the forerunners of the RMA deep wedge, high capacity V-Belt sections.These deep wedge belts allow for more power, high speed ratios, smaller center distances & more compact drives.They provide extraordinary high impact strength, capacity, and wear resistance. Unique in their extreme robustness and load carrying capability they are unrivaled.
- Aramid Tensile Cords limit stretch while providing extraordinary strength and durability
- Minimal retensioning reduces maintenance needs
- Meets RMA oil and heat resistance standards
- Static Dissipating
Rough Top Profile PU V Belt
Approx. Price: Rs 300 / onwardsGet Latest Price
|Type||Rough Top Profile V Belt|
|Usage/Application||Ceramic Tiles Industry|
|Belt Length||30 metres, 50 metres|
|Size||17 mm & 22 mm|
These anti-static and durable Rough Top Profile V Belts
have a sturdy construction and tensile strength. They are mainly used in ceramic industry for conveying finished products into packaging unit.
Approx. Price: Rs 250 / UnitGet Latest Price
Hexagonal V Belts
|Outside Circumference||40 - 120 Inch|
|Usage/Application||Rice Mills,Industrial Drives|
|Temperature Range||- 18 degrees - 80 degrees|
are also known as Double V - Belts. In simple terms, it can be considered as 2 V Belts joined back to back. The neutral axis containing the tension member is exactly halfway up the section.
Hexagonal V Belts find their application in the drives where several pulleys in the same place are to be driven in the clockwise and anti-clockwise direction simultaneously. The polyester tension cord laced at the centre of the construction provides the belt extreme flexibility & low stretch properties. It is because of this positioning of the cord that these belts are not subjected to any other forces as in the case of normal V belts.
For all practical purposes, the length of hexagonal V belts is considered as the effective length, which is roughly the belt length at the centre.