Features :

This product is supplied under brand

Rubber Banded Belts

Rubber Banded Belts are made up from Classical, Wedge or Narrow belts with strong tie band over them. Each band may contain the required number of belts. Maximum up to 5 belts in one tie, depending upon the drive conditions, are recommended.

Application :

Polydrive Rubber Banded belts are recommended on drives under the conditions

Severe vibrations
Vertical shaft drives
V-flat drives
Agricultural drives
Conveyer systems
Crushers, Compressors, Generator sets, Pumps, etc.

Note:

While using rubber banded belts it is always recommend to use standard pulleys with proper guard only
The proper belt sitting can only be obtained if the pitch distances maintained for the belts and for pulleys are same.
We recommend that the customer get back to us with details before using rubber banded belts to enable us to provide the best suggestions. Improper design using rubber banded belts can lead to rapid failure of the drive system.

Section	Dimension		Angle Deg	Pitch Distance mm	Standard	Min Pulley Dia	Nominal Length
Section	A mm	B mm	Angle Deg	Pitch Distance mm	Standard	Min Pulley Dia	Nominal Length
HB	17.0	13.0	40	19.0	ISO 5291	130 de	Inside
HC	22,0	16.0	40	22.5	ISO 5291	210 de	Length
HSPZ	10.0	10.0	40	12.0	BS 3790	67 dp	In
H3V	9.7	10.0	40	10.0	ISO 5290	67 dp	Inches


Size	Width	Thickness	Angel	Pitch
HA	13.0 mm	10.0 mm	40	15.9
HB	17.0 mm	13.0 mm	40	19.0
HC	22.0 mm	16.0 mm	40	25.5
HD	32.0 mm	21.5 mm	40	37.5
HE	38.0 mm	27.0 mm	40	44.5
HZ	10.0 mm	8.5 mm	40	10.3
HSPZ	10.0 mm	10.0 mm	40	12.0
HSPA	13.0 mm	12.0 mm	40	15.0
HSPB	17.0 mm	16.0 mm	40	19.0
HSPC	22.0 mm	20.0 mm	40	25.0
H3V	9.7 mm	10.0 mm	40	10.0
H5V	15.8 mm	16.0 mm	40	17.5
H8V	25.4 mm	25.0 mm	40	28.6

Rubber Banded V Belts Manufactures in India

Jigna sales corporation's rubber-banded V belts are a top-notch solution for many industries. These belts are made with high-quality materials designed to withstand harsh conditions, making them durable and reliable. With various sizes and styles available, Jigna sales’ rubber-banded belts are the perfect choice for any application that requires a strong and flexible belt. Rubber-banded Vbelts are an essential component of many industrial machines. We help transfer energy from the motor to the machinery, allowing smooth and efficient operation.

Explanation of V-belts and their importance in machinery

V-belts are a type of power transmission belt that is used to transfer power between two pulleys. They are commonly used in industrial machinery to transfer energy from a motor to a machine. V-belts are critical components of many machines, and their proper functioning is essential for the efficient operation of the machine.

Definition and purpose of banded V-belts

Banded V belts are an advanced version of traditional V-belts. They consist of multiple V-belts connected by a band. This design is used to increase the stability and durability of the belt, making it ideal for high-torque applications. Banded Vbelts are commonly used in industrial machineries such as compressors, and pumps.

Advantages of Banded V-Belts:

Jigna sales’ Banded belts offer several advantages over traditional V-belts. One of the most significant advantages is increased stability. The band that connects the multiple V-belts provides additional support, reducing the risk of the belt slipping off the pulley. This increased stability also reduces vibration, making the machine run more smoothly.

Another advantage of our banded V-belts is their durability. Because they are designed for high-torque applications, they can withstand greater stress and last longer than traditional V-belts. This increased durability translates into lower maintenance costs and reduced downtime.

Increased stability and reduced vibration:

As mentioned earlier, our banded V-belts offer increased stability and reduced vibration. This is because the band connecting the multiple V-belts reduces the risk of the belt slipping off the pulley. Additionally, the increased stability and reduced vibration lead to smoother machine operation, reducing wear and tear on the machine and prolonging its lifespan.

Factors to consider when selecting a banded V-belt:

When selecting a banded V-belt, several factors should be considered. These include the motor's horsepower rating, the machine's speed, and the pulleys' size. Selecting a belt compatible with the machine and the application is essential to ensure optimal performance.

Jigna sales’ banded V-belts are an essential component of many industrial machines. We offer increased stability, reduced vibration, and durability, making them ideal for high-torque applications. When selecting a banded V-belt, it is crucial to consider factors such as the motor horsepower rating, machine speed, and pulley size to ensure optimal performance.

FAQ’s

What is a banded V-belt?

A banded V-belt is a form of power transmission belt that is commonly utilized in industry and automobiles. It is made up of several smaller belts (bands) that are connected together by a strong strengthening layer. Belts are typically V-shaped and fit into pulley grooves, offering an efficient means of transferring power between shafts.

What is the difference between a single belt and a banded belt?

The fundamental distinction is in their design. A single belt is a continuous loop composed of one piece of material, but a banded V-belt is made up of numerous smaller belts, or bands, linked together by a reinforced layer. The banded design increases strength, longevity, and load-bearing capability, making it suited for heavy-duty applications where a single belt may stretch or break.

Are banded belts better than single belts?

The superiority of banded belts is determined on the application. Banded V-belts are useful in circumstances requiring more horsepower and load capacity. The reinforcing layer and segmented design equally transfer stress, lowering the likelihood of failure. For lighter-duty applications, however, a single belt may be enough and cost-effective. Finally, the choice between banded and single belts should be based on the machinery’s specific requirements and working conditions.