Classical Section V-Belt is heat & oil resistant, anti-static, and is a universal belt with good power transmission capabilities. These V-Belts have tolerance level stable and they can be combined into matched sets without sorting.
These V-Belts are made with Bias Cut Neoprene Rubberized Polyester Cotton Fabric and known for their wear resistance, high tenacity and low stretch features. These belts contain treated polyester & kevlar cords. Classical Section V-Belt s a high tensile belt, which is also preferred for cord embedding cushion rubber compound, specially compounded high modulus compression rubber.

Features

• Top width to height ratio 1.6:1
• Temperature Range : 18^oC to + 80^oC
• Maximum recommended belt speed is 30 m/sec
• Antistatic, Oil and Heat Resistant

Hexagonal V-Belts 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 half way up the section.

We bring forth high quality Narrow V-Belt. Our Narrow V-Belt Wedge belts are primarily used on all new drives because of space savings achieved by using these belts. These belts find extensive use in all industrial applications from light duty drives as those for pumps to heavily loaded.

Features

• Top width to height ratio is 1.2 : 1
• Temperature Range : 18^oC to + 80^oC
• Less deformation of the belt cross-section when in contact with the pulleys ensures better contact between the belt flanks and the pulley grooves
• Antistatic, Oil and Heat Resistant

Wedge Section V-Belt finds extensive usage in all industrial applications ranging from light duty drives to heavily load stone crusher drives. We are enlisted among the reputed Manufacturers and Suppliers of Wedge Section V-Belt from Punjab, India. We manufacture Wedge Section V-Belt under the supervision of experts so as to ensure its dimensional accuracy. One can obtain Wedge Section V-Belt from us at a very reasonable price.

Details :

• Top width to height ratio is 1.2:1
• Temperature range : -180C to +800C
• Maximum recommended belt speed is 30 m/s
• Permissible flex rate f=100 per second

Fractional Horsepower (F.H.P.) V-Belts are built for maximum tension control, drive uniformity and long life, with minimum heat build-up and stretching on low horse power electric motors and gasoline engines.

We present Harvester V-Belt. The company has a range of wrapped V-Belts for use in combine harvesters. These belts have been specifically designed for excellent performance under variable speed conditions.

Maintenance of V-belts General Guidelines for Tensioning of V-Belt

• Ideal tension is the lowest tension at which the belt will not slip under peak load conditions
• Over tensioning shortens belt and bearing life
• Keep belts free from foreign material which may cause slip
• Adjust tension when slipping. Never apply belt dressing as this will damage the belt and cause early failure

Storage of V-Belts

• Belts should not be stored for long period in dampness or direct sunlight
• Belts should not be left floor in close coils but kept on racks

Classical Section V-Belt is heat & oil resistant, anti-static, and is a universal belt with good power transmission capabilities. These V-Belts have tolerance level stable and they can be combined into matched sets without sorting.
These V-Belts are made with Bias Cut Neoprene Rubberized Polyester Cotton Fabric and known for their wear resistance, high tenacity and low stretch features. These belts contain treated polyester & kevlar cords. Classical Section V-Belt s a high tensile belt, which is also preferred for cord embedding cushion rubber compound, specially compounded high modulus compression rubber.

Features

• Top width to height ratio 1.6:1
• Temperature Range : 18^oC to + 80^oC
• Maximum recommended belt speed is 30 m/sec
• Antistatic, Oil and Heat Resistant

Hexagonal V-Belts 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 half way up the section.

We bring forth high quality Narrow V-Belt. Our Narrow V-Belt Wedge belts are primarily used on all new drives because of space savings achieved by using these belts. These belts find extensive use in all industrial applications from light duty drives as those for pumps to heavily loaded.

Features

• Top width to height ratio is 1.2 : 1
• Temperature Range : 18^oC to + 80^oC
• Less deformation of the belt cross-section when in contact with the pulleys ensures better contact between the belt flanks and the pulley grooves
• Antistatic, Oil and Heat Resistant

Wedge Section V-Belt finds extensive usage in all industrial applications ranging from light duty drives to heavily load stone crusher drives. We are enlisted among the reputed Manufacturers and Suppliers of Wedge Section V-Belt from Punjab, India. We manufacture Wedge Section V-Belt under the supervision of experts so as to ensure its dimensional accuracy. One can obtain Wedge Section V-Belt from us at a very reasonable price.

Details :

• Top width to height ratio is 1.2:1
• Temperature range : -180C to +800C
• Maximum recommended belt speed is 30 m/s
• Permissible flex rate f=100 per second

Fractional Horsepower (F.H.P.) V-Belts are built for maximum tension control, drive uniformity and long life, with minimum heat build-up and stretching on low horse power electric motors and gasoline engines.

We present Harvester V-Belt. The company has a range of wrapped V-Belts for use in combine harvesters. These belts have been specifically designed for excellent performance under variable speed conditions.

Maintenance of V-belts General Guidelines for Tensioning of V-Belt

• Ideal tension is the lowest tension at which the belt will not slip under peak load conditions
• Over tensioning shortens belt and bearing life
• Keep belts free from foreign material which may cause slip
• Adjust tension when slipping. Never apply belt dressing as this will damage the belt and cause early failure

Storage of V-Belts

• Belts should not be stored for long period in dampness or direct sunlight
• Belts should not be left floor in close coils but kept on racks