DHARAMSHILA BELTING
Leading Cogged Belt Manufacturers
What Are Raw Edge Cogged Belts?
Raw edge cogged belts are specialized V-belts with an exposed rubber edge and distinct cogged design. Unlike wrapped belts, these have a direct rubber-to-metal interface, enhancing friction with pulleys for optimized power transmission. They are known for their high efficiency, flexibility, and durability, making them suitable for various industrial applications.
Key Benefits of Raw Edge V-Belts
1. Higher Power Transmission Efficiency
With direct rubber-to-metal contact, raw edge belts minimize slippage, ensuring higher torque transmission. Their cogged design allows better friction with pulleys, resulting in more efficient performance, particularly in high-torque settings.
2. Flexibility for Tight Spaces
These belts are designed for systems with small pulley diameters and limited space. Their flexibility enables smooth performance at high speeds, making them ideal for compact setups without excessive wear.
3. Resistance to Heat, Oil, and Abrasion
Constructed from durable materials like chloroprene rubber, raw edge belts withstand temperatures up to +90°C and remain flexible down to -40°C. Their robust composition also resists oil and abrasion, providing consistent performance even in challenging environments like automotive engines and manufacturing facilities.
4. Cost-Effectiveness and Low Maintenance
Raw edge belts are longer-lasting and require less maintenance than traditional wrapped belts, making them cost-effective over time. Their easy installation reduces equipment downtime, maximizing operational efficiency.
5. Reduced Deformation Under Load
Raw edge belts retain their shape under heavy loads, offering a dependable grip and steady performance. They’re ideal for industrial applications demanding load endurance, such as compressors and conveyor systems.
Applications of Raw Edge V-Belts
1. Automotive and Heavy-Duty Vehicles
In automotive engines and heavy-duty vehicles, raw edge belts drive essential components like alternators, fans, and power steering systems. Their resilience to oil and high torque transmission makes them a reliable choice for vehicles and machinery under tough conditions.
2. Industrial and Manufacturing Equipment
Used in compressors, pumps, and conveyor systems, raw edge belts contribute to smooth, uninterrupted operations in manufacturing plants, helping minimize downtime and maintain productivity.
3. Agricultural Machinery and Outdoor Power Equipment
Agricultural equipment like tractors and mowers rely on raw edge V-belts for efficient power transfer. Their resistance to wear and ability to operate in extreme outdoor conditions make them essential in this sector.
4. Construction Equipment
In construction machinery, such as cranes and loaders, raw edge belts ensure reliable power transmission under heavy-duty conditions, handling fluctuating temperatures and high loads with ease.
5. Household Appliances and HVAC Systems
Raw edge belts are also found in HVAC units and large household appliances. Their quiet operation, durability, and efficient design make them suitable for applications where low maintenance and reliability are essential.
With their advanced design and durability, raw edge V-belts are a preferred choice for industries requiring consistent, high-performance power transmission in demanding settings. Choosing these belts can result in enhanced efficiency, reduced maintenance costs, and overall improved operational reliability
Features
Raw Edged Cogged Belts have serrated cogs enabling increased grip on the respective pulleys. These can be used in smaller-sized pulley due to their extensive flexibility.
Cogged v belts are a type of power transmission belt that feature teeth on the inner surface, which mesh with grooves on the pulley. This design provides a more secure grip and reduces slippage, making cogged v belts ideal for high-torque applications. They are commonly used in industrial machinery, such as conveyor systems, HVAC equipment, and agricultural machinery. Cogged v belts are made from high-quality materials, such as baypren rubber and high-quality polyester cord, which provide excellent durability and resistance to wear and tear. They are also resistant to oil, heat, and ozone, making them suitable for use in environments. Cogged v belts are available in various sizes and configurations to suit different applications. They are easy to install and maintain and can provide reliable and efficient power transmission for longer duration.
Raw Edge Cogged Belt
Dimensions Top Width (mm)
13
Dimensions Thickness (mm)
8
Angle Degree
36
Rec. Min Pulley Diameter (mm)
63 dp
Mfg. Range (inches)
26 - 140
Belt Length Factor Lp to La
14
Belt Length Factor Li to Lp
36
Belt Length Factor Li to La
50
Band Size
Belt Length
Raw Edge Cogged Belt
Dimensions Top Width (mm)
17
Dimensions Thickness (mm)
11
Angle Degree
36
Rec. Min Pulley Diameter (mm)
90 dp
Mfg. Range (inches)
28 - 140
Belt Length Factor Lp to La
26
Belt Length Factor Li to Lp
43
Belt Length Factor Li to La
69
Band Size
Belt Length
Raw Edge Cogged Belt
Dimensions Top Width (mm)
22
Dimensions Thickness (mm)
14
Angle Degree
36
Rec. Min Pulley Diameter (mm)
140 dp
Mfg. Range (inches)
40 - 140
Belt Length Factor Lp to La
32
Belt Length Factor Li to Lp
56
Belt Length Factor Li to La
88
Band Size
Belt Length