XPB V-Belts – High-Performance Wedge Belts for Industrial Power Transmission
Upgrade your machinery with premium XPB belts, engineered for high-strength, reliable, and energy-efficient performance. At Bolton Engineering Products Ltd (BEP Ltd), we provide a complete selection of XPB section wedge belts suitable for heavy duty applications, variable speeds and harsh industrial use.
Ideal for automotive applications, construction equipment and industrial power transmission, our XPB belts are engineered to deliver exceptional performance across all operating conditions – in terms of chemical resistance, heat resistance and other important operational factors benefiting from a long service life.
What Is an XPB Belt?
An XPB belt is a narrow wedge V-belt with notched inner construction for improved flexibility, cooling, and grip. XPB belts are part of the X-section (cogged) wedge belt family, offering higher efficiency compared to classical V-belts.
Key Characteristics
- Cogged inner profile for flexibility
- Higher power capacity in compact drives
- Excellent heat and abrasion resistance
- Reduced slippage under heavy load
- Longer belt life and lower energy consumption
Benefits of XPB V-Belts
- Superior grip for high-torque transmission
- Enhanced belt flexibility reduces bending stress
- Reliable performance at high speeds & variable loads
- Resistant to oil, heat, deformation, and wear
- Ideal for compact drive systems needing higher efficiency
- Low maintenance and long operational life
XPB belts offer improved performance over traditional wedge belts, especially in harsh working conditions.
Common Applications of XPB Belts
Our XPB section V-belts are used across multiple industries, including:
- Automotive engines & alternator drives
- Trucks, buses & heavy vehicles
- Construction machinery
- Compressors & blowers
- Conveyor systems
- Industrial pumps
- Agricultural equipment
- HVAC systems
- Power transmission for industrial machinery
Their robust construction makes them suitable for continuous-duty and heavy-load operation.
How to Choose the Right XPB Belt
Selecting the correct XPB wedge belt ensures optimal performance and extended system life.
1. Measure the Belt Length
- Measure the inner circumference using a flexible measuring tape.
- Avoid steel rulers or metal tapes—they distort belt shape.
- After looping the tape around the belt, straighten it to obtain accurate length.
2. Measure Belt Width & Height
XPB belts have a trapezoidal cross-section with notched teeth on the inner side.
To identify the correct size:
- Measure the top width of the belt
- Measure the belt height (thickness)
3. Match with Pulley Specifications
Check pulley labeling for:
- XPB section
- Required length (e.g., XPB1600, XPB1700)
4. Consider Load & Operating Speed
XPB belts are ideal for:
- High-speed operations
- Variable load environments
- Heavy-duty torque transfer
- XPB Belt Size Reference
Specification XPB Belt
|
Specification |
XPB Belt |
|
Belt Type |
XPB (Cogged Wedge) |
|
Top Width |
16.3 mm |
|
Height |
13 mm |
|
Features |
Notched, high-flexibility, heat-resistant |
Why Buy XPB Belts from BEP Ltd?
- UK’s trusted supplier of premium power transmission belts
- Large inventory of XPB belts for rapid dispatch
- High-quality belts sourced from reputable manufacturers
- Competitive pricing for single belts & bulk orders
- Expert technical support to help you select the correct size
Frequently Asked Questions (FAQs)
1. What makes an XPB belt different?
XPB belts are cogged wedge belts designed for higher flexibility, better cooling, and improved grip compared to conventional V-belts.
2. Are XPB belts suitable for high-speed drives?
Yes. Their construction supports high-speed, high-torque applications with minimal slippage.
3. How do I measure an XPB belt?
Measure the inner circumference, top width, and height using a flexible tape—never a steel ruler.
4. How long do XPB belts last?
When correctly aligned and tensioned, XPB belts provide long service life and reduced maintenance needs.
V-Belts - XPB Section
XPB V-Belts – High-Performance Wedge Belts for Industrial Power Transmission
Upgrade your machinery with premium XPB belts, engineered for high-strength, reliable, and energy-efficient performance. At Bolton Engineering Products Ltd (BEP Ltd), we provide a complete selection of XPB section wedge belts suitable for heavy duty applications, variable speeds and harsh industrial use.
Ideal for automotive applications, construction equipment and industrial power transmission, our XPB belts are engineered to deliver exceptional performance across all operating conditions – in terms of chemical resistance, heat resistance and other important operational factors benefiting from a long service life.
What Is an XPB Belt?
An XPB belt is a narrow wedge V-belt with notched inner construction for improved flexibility, cooling, and grip. XPB belts are part of the X-section (cogged) wedge belt family, offering higher efficiency compared to classical V-belts.
Key Characteristics
- Cogged inner profile for flexibility
- Higher power capacity in compact drives
- Excellent heat and abrasion resistance
- Reduced slippage under heavy load
- Longer belt life and lower energy consumption
Benefits of XPB V-Belts
- Superior grip for high-torque transmission
- Enhanced belt flexibility reduces bending stress
- Reliable performance at high speeds & variable loads
- Resistant to oil, heat, deformation, and wear
- Ideal for compact drive systems needing higher efficiency
- Low maintenance and long operational life
XPB belts offer improved performance over traditional wedge belts, especially in harsh working conditions.
Common Applications of XPB Belts
Our XPB section V-belts are used across multiple industries, including:
- Automotive engines & alternator drives
- Trucks, buses & heavy vehicles
- Construction machinery
- Compressors & blowers
- Conveyor systems
- Industrial pumps
- Agricultural equipment
- HVAC systems
- Power transmission for industrial machinery
Their robust construction makes them suitable for continuous-duty and heavy-load operation.
How to Choose the Right XPB Belt
Selecting the correct XPB wedge belt ensures optimal performance and extended system life.
1. Measure the Belt Length
- Measure the inner circumference using a flexible measuring tape.
- Avoid steel rulers or metal tapes—they distort belt shape.
- After looping the tape around the belt, straighten it to obtain accurate length.
2. Measure Belt Width & Height
XPB belts have a trapezoidal cross-section with notched teeth on the inner side.
To identify the correct size:
- Measure the top width of the belt
- Measure the belt height (thickness)
3. Match with Pulley Specifications
Check pulley labeling for:
- XPB section
- Required length (e.g., XPB1600, XPB1700)
4. Consider Load & Operating Speed
XPB belts are ideal for:
- High-speed operations
- Variable load environments
- Heavy-duty torque transfer
- XPB Belt Size Reference
Specification XPB Belt
|
Specification |
XPB Belt |
|
Belt Type |
XPB (Cogged Wedge) |
|
Top Width |
16.3 mm |
|
Height |
13 mm |
|
Features |
Notched, high-flexibility, heat-resistant |
Why Buy XPB Belts from BEP Ltd?
- UK’s trusted supplier of premium power transmission belts
- Large inventory of XPB belts for rapid dispatch
- High-quality belts sourced from reputable manufacturers
- Competitive pricing for single belts & bulk orders
- Expert technical support to help you select the correct size
Frequently Asked Questions (FAQs)
1. What makes an XPB belt different?
XPB belts are cogged wedge belts designed for higher flexibility, better cooling, and improved grip compared to conventional V-belts.
2. Are XPB belts suitable for high-speed drives?
Yes. Their construction supports high-speed, high-torque applications with minimal slippage.
3. How do I measure an XPB belt?
Measure the inner circumference, top width, and height using a flexible tape—never a steel ruler.
4. How long do XPB belts last?
When correctly aligned and tensioned, XPB belts provide long service life and reduced maintenance needs.
SPBX1600 XPB1600 17x1540Li Medway Cogged V Belt XPB Section
SPBX1600 XPB1600 17x1540Li Medway Cogged V Belt XPB Section
SPBX1700 XPB1700 17x1640Li Medway Cogged V Belt XPB Section
SPBX1700 XPB1700 17x1640Li Medway Cogged V Belt XPB Section
SPBX1800 XPB1800 17x1740Li Medway Cogged V Belt XPB Section
SPBX1800 XPB1800 17x1740Li Medway Cogged V Belt XPB Section
SPBX2280 XPB2280 5VX900 17x2220Li Medway Cogged V Belt XPB Section
SPBX2280 XPB2280 5VX900 17x2220Li Medway Cogged V Belt XPB Section
SPBX2360 XPB2360 17x2300Li Medway Cogged V Belt XPB Section
SPBX2360 XPB2360 17x2300Li Medway Cogged V Belt XPB Section
SPBX2410 XPB2410 17x2350Li Medway Cogged V Belt XPB Section
SPBX2410 XPB2410 17x2350Li Medway Cogged V Belt XPB Section
SPBX2500 XPB2500 17x2440Li Medway Cogged V Belt XPB Section
SPBX2500 XPB2500 17x2440Li Medway Cogged V Belt XPB Section
SPBX2800 XPB2800 17x2740Li Medway Cogged V Belt XPB Section
SPBX2800 XPB2800 17x2740Li Medway Cogged V Belt XPB Section
SPBX1400 XPB1400 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1410 XPB1410 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1510 XPB1510 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1650 XPB1650 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1800 XPB1800 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1700 XPB1700 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1970 XPB1970 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1250 XPB1250 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1320 XPB1320 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX2120 XPB2120 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1500 XPB1500 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1600 XPB1600 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1690 XPB1690 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1750 XPB1750 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1900 XPB1900 5VX750 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full detailsSPBX1850 XPB1850 Linea-X Megadyne Wedge Belt
LINEA X LINEA X belts have been developed to run where small pulley diameters and high transmission ratios put a limit to the use of wrapped ...
View full details