V Belt

Approx. Rs 40 / PieceGet Latest Price

I couldn’t find any official technical specification specifically labelled “DU8NLOP PVC braided hose pipe” in the standard catalogs or on manufacturer datasheets online — it may be a proprietary or internal product code used by a supplier rather than an industry-standard designation.

However, here’s a reliable general specification template for a typical PVC braided hose pipe (which your part is almost certainly based on), and what details you should expect if you check a product datasheet or ask a supplier/manufacturer:

Additional Information:

• Item Code: 5623256
• Delivery Time: ready
• Packaging Details: bora type

Approx. Rs 65 / PieceGet Latest Price

Approx. Rs 50 / PieceGet Latest Price

Approx. Rs 100 / meterGet Latest Price

A typical belt is built in layers to provide both structural strength and surface protection.³

•  Top Cover (PVC): The green layer that contacts the product.⁴ It can be smooth, matte, or patterned.⁵

   

• Carcass (Fabric Plies): Usually 1 to 4 layers of woven polyester or nylon. These provide the tensile strength to prevent the belt from stretching under load.

• Bottom Cover: Can be a low-friction fabric (for sliding over metal beds) or a PVC coating (for extra grip on drive pulleys).

The texture of a green PVC belt is chosen based on the angle of the conveyor and the type of product being moved.

• Temperature Range: Typically -15°C to +80°C.⁹ PVC becomes brittle in extreme cold and too soft in extreme heat.

   

•  Chemical Resistance: Excellent resistance to acids and alcohols, but limited resistance to organic solvents, oils, and greases (unless specified as an oil-resistant grade).¹⁰

   

•  Antistatic (AS): Many green industrial belts are treated to be antistatic to prevent "shocks" to workers or damage to sensitive electronic components.¹¹

   

While both are green, they serve very different purposes:

• Industrial Green: Used in logistics, airports (baggage), and general manufacturing. These are built for abrasion resistance and durability.

• Food Grade Green: FDA-approved and often used in fruit and vegetable processing. The green color provides a high contrast to food items, making it easier to spot contaminants or waste during inspection.

Approx. Rs 50 / PieceGet Latest Price

Here is a clear, professional description for a Fenner V-Belt, suitable for catalogs, websites, or quotations:

A Fenner V-belt is a high-performance power transmission belt designed to transmit mechanical power efficiently between pulleys in industrial, agricultural, and automotive applications. Manufactured using advanced rubber compounds and high-strength tensile cords, Fenner V-belts deliver reliable performance, high power capacity, and long service life even under demanding operating conditions.

• Top Cover: Heat-, oil-, and abrasion-resistant rubber compound

• Tensile Cords: High-strength polyester or aramid cords for excellent load carrying and dimensional stability

• Compression Section: Special rubber compound for flexibility and shock absorption

• Bottom Fabric: Wear-resistant fabric for improved grip and reduced slippage

• High power transmission efficiency

• Excellent resistance to heat, oil, and wear

• Reduced slippage and vibration

• Smooth and quiet operation

• Long service life with minimal maintenance

• Industrial machinery

• Pumps, compressors, and blowers

• HVAC systems

• Agricultural equipment

• Generators and automotive drives

✔ Consistent and reliable performance
✔ Suitable for continuous and heavy-duty operations
✔ Low maintenance requirement
✔ Compatible with standard V-belt pulleys

If you want:
• Fenner classical / wedge / cogged belt description
• Short one-line catalog description
• Technical specification table

Just tell me 👍

Additional Information:

• Item Code: 5656456
• Delivery Time: REDAY
• Packaging Details: BORA

Approx. Rs 40 / PieceGet Latest Price

Approx. Rs 55 / PieceGet Latest Price

A cogged V-belt (also called a notched V-belt) is a power transmission belt designed with molded notches or cogs on the inner side of the belt. These cogs increase flexibility and improve heat dissipation, allowing the belt to perform efficiently on smaller pulley diameters and at higher speeds.

Cogged V-belts are made from high-quality rubber compounds reinforced with tensile cords. The notched construction reduces bending stress, improves grip, and minimizes slippage. Compared to classical smooth V-belts, cogged V-belts deliver higher power transmission with better efficiency and longer service life.

• Cogged (notched) inner surface for enhanced flexibility

• Higher power transmission capacity than standard V-belts

• Reduced heat buildup during operation

• Better performance on small pulleys

• Lower energy loss and vibration

• Industrial machinery

• Compressors and pumps

• Automotive and agricultural equipment

• HVAC systems

• Machine tools

• Longer belt life

• Improved efficiency

• Better grip and reduced slippage

• Suitable for high-speed and heavy-duty applications

If you want, I can also simplify this for a product catalog, make it more technical, or write it for a website or brochure.

Additional Information:

• Item Code: 2562356
• Delivery Time: REDAY STOCK
• Packaging Details: BORA PACKAGING

Approx. Rs 120 / MeterGet Latest Price

An elevator conveyor belt, often referred to as a bucket elevator or vertical conveyor, is a mechanical system used to move materials vertically. Here's a breakdown of what it is and how it works:

An elevator conveyor belt is a system that transports materials vertically using a belt with attached containers or scoops (buckets). It’s commonly used in industries like agriculture, mining, manufacturing, and food processing.

1. Belt or Chain – Provides the motion and path for the buckets.

2. Buckets – Attached to the belt, they scoop or carry the material.

3. Drive Mechanism – Includes motors and gears that move the belt.

4. Head and Boot Sections – The top (discharge) and bottom (intake) of the system.

5. Casing – Encloses the system to protect materials and enhance safety.

• Grain Elevators – Transporting grain to silos.

• Cement Plants – Moving powder or pellets.

• Food Processing – Handling granular or powdered ingredients.

• Mining – Vertical movement of ores or aggregates.

• Efficient vertical transportation.

• Minimal floor space required.

• Enclosed design reduces spillage and contamination.

• Not ideal for very sticky or wet materials.

• Requires maintenance of belts and buckets.

• Proper alignment and tension are crucial to prevent failure.

Would you like diagrams, design specs, or help choosing the right type for your application?

54

Additional Information:

• Item Code: 220
• Delivery Time: ready
• Packaging Details: roll bundle

Approx. Rs 35 / mtrGet Latest Price

A flat transmission belt is a type of mechanical belt used to transmit power between rotating shafts, typically in industrial or mechanical systems. It is called "flat" because it has a flat surface and runs over flat pulleys.

• Shape: Flat, typically rectangular cross-section.

• Material: Rubber, leather, synthetic materials (like polyester or nylon), or reinforced fabric.

• Surface: Smooth or textured for grip.

• Application: Low to medium power transmission at high speeds.

• Quiet operation

• Efficient at high speeds

• Can operate over long distances between shafts

• Can accommodate slight misalignments

• May slip under heavy loads (lower torque transmission compared to V-belts)

• Requires high tension to function properly

• Less suitable for dirty or oily environments

• Conveyor systems

• Textile machinery

• Paper mills

• Printing presses

• Agricultural equipment

Approx. Rs 150 / MeterGet Latest Price

A Bucket Elevator Belt is a high-strength, reinforced industrial belt designed for the vertical transport of bulk materials. It serves as the "backbone" of a bucket elevator system, providing the necessary tension and surface area to carry a series of attached buckets (plastic or metal) that scoop, lift, and discharge materials.

Unlike standard horizontal conveyor belts, elevator belts are engineered for high vertical tension and fastener security.

• Carcass (Core):

  • EP Fabric (Polyester/Nylon): The most common choice. It offers low stretch, high impact resistance, and excellent flexibility for smaller pulley diameters.

     

  • Steel Cord: Used for ultra-high lifts (over 50m) or extremely heavy loads. Steel wires provide maximum strength and near-zero elongation.

  •  Solid Woven (PVC): Often used in the grain and food industry due to its fire-resistant and anti-static properties.

     

• Covers (Rubber/PVC): The outer layers protect the carcass from the material being handled. Common grades include:

  •  M24 / DIN-X: General purpose, high abrasion resistance.

     

  • HR (Heat Resistant): For materials like cement clinker or hot fly ash (up to 200°C).

  • OR (Oil Resistant): For handling oilseeds, grains, or animal fats.

     

  •  FR (Fire Retardant): Critical for explosive dust environments (ATEX compliant).

     

•  Low Elongation: Crucial for vertical systems to prevent the belt from stretching and hitting the bottom (boot) of the housing.

   

• High Bolt Holding Strength: The belt is pre-perforated with holes to attach buckets using Fang Bolts or Euro Bolts. The fabric must resist tearing at these hole points.

   

• Transverse Rigidity: The belt must remain flat and not "cupped" so that buckets stay perfectly aligned and don't rub against the casing.

• Chemical & Moisture Resistance: Especially important for "Ether-based" or "Nitrile" belts used in humid or oily conditions to prevent delamination.

Approx. Rs 200 / PieceGet Latest Price

A variable speed belt is a specialized power transmission belt designed to work with adjustable-diameter pulleys (sheaves). Unlike standard V-belts that run at a fixed speed, these belts allow a machine to change its output speed continuously without stopping the motor or using a complex gearbox.

They are wider and thinner than standard V-belts to allow them to sit deep in a pulley or ride high on the outer rim, which is how the "variable speed" is achieved.

The belt operates in a Continuously Variable Transmission (CVT) system.

• The Mechanism: As the two halves of a pulley move closer together, the belt is forced to move outward (increasing the effective diameter). When the pulley halves move apart, the belt drops toward the center (decreasing the diameter).

• The Speed Change: By changing the effective diameter of the driving and driven pulleys, the belt changes the gear ratio, thus speeding up or slowing down the machinery.

Variable speed belts have a distinct construction to handle the unique stresses of moving up and down pulley walls:

• Wider Cross-Section: They have a much greater width-to-thickness ratio than standard V-belts. This prevents the belt from twisting or "rolling over" when it sits deep in the pulley.

• Cogged/Notched Design: Most are cogged (having horizontal ridges) on the underside. This increases flexibility, allowing the belt to wrap around small pulley diameters without cracking or overheating.

• High-Strength Cords: Usually reinforced with aramid (Kevlar) or polyester cords to prevent the belt from stretching under the high axial pressure used to squeeze the pulleys.

Variable speed belts are used wherever a "fine-tuned" speed is necessary for the process:

• Industrial Machinery: Lathes, milling machines, and drill presses use them to adjust spindle speeds for different materials.

• Conveyor Systems: Used to speed up or slow down production lines based on the volume of products.

• Agricultural Equipment: Found in harvesters and tractors to adjust ground speed independently of engine RPM.

• HVAC Systems: Used in large fans and blowers to adjust airflow based on a building's cooling or heating needs.

• Recreational Vehicles: Standard in snowmobiles, scooters, and ATVs (the "CVT belt").

Additional Information:

• Item Code: 02585
• Delivery Time: ready
• Packaging Details: box packaging

Approx. Rs 30 / PieceGet Latest Price

Approx. Rs 100 / MeterGet Latest Price

Green PVC conveyor belts are the "workhorse" of the light-to-medium duty industrial world.¹ Made from a combination of polyester fabric (the "carcass") and Polyvinyl Chloride (PVC) coatings, they are favored for their balance of durability, cost-effectiveness, and versatility.²

A typical belt is built in layers to provide both structural strength and surface protection.³

•  Top Cover (PVC): The green layer that contacts the product.⁴ It can be smooth, matte, or patterned.⁵

   

• Carcass (Fabric Plies): Usually 1 to 4 layers of woven polyester or nylon. These provide the tensile strength to prevent the belt from stretching under load.

• Bottom Cover: Can be a low-friction fabric (for sliding over metal beds) or a PVC coating (for extra grip on drive pulleys).

The texture of a green PVC belt is chosen based on the angle of the conveyor and the type of product being moved.

• Temperature Range: Typically -15°C to +80°C.⁹ PVC becomes brittle in extreme cold and too soft in extreme heat.

   

•  Chemical Resistance: Excellent resistance to acids and alcohols, but limited resistance to organic solvents, oils, and greases (unless specified as an oil-resistant grade).¹⁰

   

•  Antistatic (AS): Many green industrial belts are treated to be antistatic to prevent "shocks" to workers or damage to sensitive electronic components.¹¹

   

While both are green, they serve very different purposes:

• Industrial Green: Used in logistics, airports (baggage), and general manufacturing. These are built for abrasion resistance and durability.

• Food Grade Green: FDA-approved and often used in fruit and vegetable processing. The green color provides a high contrast to food items, making it easier to spot contaminants or waste during inspection.

Approx. Rs 250 / PieceGet Latest Price

A PU Timing Belt (Polyurethane Timing Belt) is a high-performance synchronous belt made from thermoplastic polyurethane. It is designed for precise power transmission, accurate positioning, and conveying applications where cleanliness, durability, and oil resistance are critical.

Unlike rubber timing belts, PU belts are often white (though they can be blue for food-grade or black) and are reinforced with internal high-tensile cords.

• The Body: Made of high-grade Thermoplastic Polyurethane (TPU). This material is highly abrasion-resistant and does not "shed" dust or particles, making it ideal for cleanrooms.

• The Reinforcement (Tension Members):

  • Steel Cords: Most common; provide high tensile strength and minimal stretch.

  • Kevlar (Aramid) Cords: Offer high flexibility and are non-magnetic/non-conductive.

  • Stainless Steel: Used for food-grade or highly corrosive environments.

• Tooth Profile: Usually Trapezoidal (T-series) or Curvilinear (HTD/STD), designed to mesh perfectly with timing pulleys for zero-slip operation.

PU timing belts are categorized by their "Pitch" (the distance between the center of one tooth and the next).

• Oil & Chemical Resistance: Highly resistant to mineral oils, greases, and many acids. It will not swell or degrade like rubber.

• Cleanliness: Does not leave black carbon dust. This is essential for Medical, Pharmaceutical, and Food industries.

• Dimensional Stability: Minimal elongation over time; once tensioned, they rarely require re-adjustment.

• Customization: Because they are thermoplastic, they can be welded to any length or have Cleats (profiles) and Backings (like sponge or Linatex) heat-welded onto the back for specific conveying tasks.

1. Automation & Robotics: Precise linear positioning for pick-and-place machines and 3D printers.

2. Food Processing: FDA-compliant blue belts for moving raw or packaged food products.

3. Packaging Machinery: Synchronized movement for capping, labeling, and filling lines.

4. Office Equipment: Quiet, maintenance-free drives for printers and scanners.

5. Textile Industry: High-speed drives requiring resistance to lint and chemicals.

• Truly Endless: Molded as a single continuous loop for high-speed power transmission.

• Open-Ended: Sold by the meter for linear motion (e.g., CNC machines).

• Joined/Welded: Open-ended material cut to size and heat-welded together (ideal for conveyors).

Would you like me to help you calculate the specific belt length needed based on your pulley sizes and center distance?

Approx. Rs 150 / MeterGet Latest Price

Approx. Rs 150 / MeterGet Latest Price

Approx. Rs 50 / PieceGet Latest Price

A PU Timing Belt (Polyurethane Timing Belt) is a high-performance synchronous belt made from thermoplastic polyurethane. It is designed for precise power transmission, accurate positioning, and conveying applications where cleanliness, durability, and oil resistance are critical.

Unlike rubber timing belts, PU belts are often white (though they can be blue for food-grade or black) and are reinforced with internal high-tensile cords.

• The Body: Made of high-grade Thermoplastic Polyurethane (TPU). This material is highly abrasion-resistant and does not "shed" dust or particles, making it ideal for cleanrooms.

• The Reinforcement (Tension Members):

  • Steel Cords: Most common; provide high tensile strength and minimal stretch.

  • Kevlar (Aramid) Cords: Offer high flexibility and are non-magnetic/non-conductive.

  • Stainless Steel: Used for food-grade or highly corrosive environments.

• Tooth Profile: Usually Trapezoidal (T-series) or Curvilinear (HTD/STD), designed to mesh perfectly with timing pulleys for zero-slip operation.

PU timing belts are categorized by their "Pitch" (the distance between the center of one tooth and the next).

• Oil & Chemical Resistance: Highly resistant to mineral oils, greases, and many acids. It will not swell or degrade like rubber.

• Cleanliness: Does not leave black carbon dust. This is essential for Medical, Pharmaceutical, and Food industries.

• Dimensional Stability: Minimal elongation over time; once tensioned, they rarely require re-adjustment.

• Customization: Because they are thermoplastic, they can be welded to any length or have Cleats (profiles) and Backings (like sponge or Linatex) heat-welded onto the back for specific conveying tasks.

1. Automation & Robotics: Precise linear positioning for pick-and-place machines and 3D printers.

2. Food Processing: FDA-compliant blue belts for moving raw or packaged food products.

3. Packaging Machinery: Synchronized movement for capping, labeling, and filling lines.

4. Office Equipment: Quiet, maintenance-free drives for printers and scanners.

5. Textile Industry: High-speed drives requiring resistance to lint and chemicals.

• Truly Endless: Molded as a single continuous loop for high-speed power transmission.

• Open-Ended: Sold by the meter for linear motion (e.g., CNC machines).

• Joined/Welded: Open-ended material cut to size and heat-welded together (ideal for conveyors).

Would you like me to help you calculate the specific belt length needed based on your pulley sizes and center distance?

Approx. Rs 50 / PieceGet Latest Price

Here is a clear and standard description of a cogged belt (commonly used in industrial and automotive applications):

A cogged belt is a type of V-belt with notches (cogs) on the inner surface, designed to provide improved flexibility, better heat dissipation, and higher power transmission compared to conventional smooth V-belts. The cogged design reduces bending stress, allowing the belt to run cooler and more efficiently, especially on small pulley diameters and high-speed drives.

• Top Fabric / Rubber Cover: Heat- and oil-resistant rubber for protection and durability

• Tension Members: High-strength polyester or aramid cords for load carrying and dimensional stability

• Cogged Inner Section: Precisely molded cogs to improve grip, flexibility, and airflow

• Higher power transmission than standard V-belts

• Reduced slippage and improved traction

• Runs cooler and lasts longer

• Suitable for compact drives with small pulleys

• Lower energy loss and improved efficiency

• Industrial machinery

• Compressors and blowers

• Pumps and generators

• HVAC systems

• Agricultural and automotive equipment

✔ Better performance at high speeds
✔ Increased belt life
✔ Reduced maintenance
✔ Smooth and quiet operation

If you need:
• Gates / Fenner / Optibelt style description
• Short catalog line
• Technical specification table

Just tell me how you want to use it.