Our Products
Built to Perform. Made to Last.
Whether exposed to heat, dust, oil, or intense vibration, Toyopower belts are engineered to endure. Wherever machinery demands smooth, quiet operation at high speeds, our solutions deliver lasting precision. From heavy-duty applications to compact systems, Toyopower products are designed to perform reliably—no matter the load, speed, or conditions
Automotive Timing Belt
Timing belts are precision-engineered synchronous drive belts designed with accurately molded teeth that engage with matching grooves on pulleys.
Unlike conventional V-belts, timing belts deliver positive, slip-free power transmission, ensuring exact synchronization between driving and driven components.
Key Features:
Precise Power Transmission: Tooth profile ensures accurate timing with no slippage.
High Efficiency: Transmits power with minimal energy loss.
Durability: Made from premium rubber compounds and reinforced with strong tensile cords (e.g., fiberglass, aramid, or steel).
Low Noise Operation: Smooth meshing with pulleys reduces vibration and noise.
Maintenance-Free: Requires no lubrication compared to chain drives.
Operating Temperature Ranges: -30°C to 100°C
Applications:
Automotive engines (camshaft/crankshaft synchronization)
Office automation equipment
Textile and packaging machinery
Agricultural and industrial machinery
Printers, copiers, and precision equipment
Advantages Over Conventional Belts:
Accurate synchronization for timing-critical applications
Longer service life with minimal elongation
Resistance to oil, heat, and wear
Supports compact, lightweight drive designs
Available Types & Sizes:
Profiles: Trapezoidal (MXL, XL, L, H), Curvilinear (HTD, STD, GT)
Materials: Neoprene, EPDM, Polyurethane with fiberglass or aramid cords
Standard and custom lengths available
Multi Ribbed
The multi-rib belt, also known as a poly-V belt, is a high-performance drive belt designed for modern automotive engines. It features multiple longitudinal ribs that run along the belt’s length, providing greater surface contact and improved power transmission compared to conventional V-belts.
Key Features:
Compact Design: Enables higher power transmission in limited space.
High Flexibility: Allows use with smaller pulleys and serpentine drive systems.
Durability: Made from advanced EPDM (ethylene-propylene-diene monomer) or CR (chloroprene) compounds for superior heat, oil, and wear resistance.
Low Noise & Vibration: Precision rib profile ensures smooth, quiet operation.
Extended Service Life: Resistant to cracking, glazing, and stretching under extreme conditions.
Operating Temperature Ranges: Chloroprene Rubber(CR): -30°C to 100°C & Ethylene Propylene Diene Monomer(EPDM): -40°C to 140°C
Applications:
Automotive serpentine belt systems
Alternator drives
Air conditioning compressors
Power steering pumps
Water pumps and other auxiliary components
Advantages Over Conventional Belts:
Single belt can drive multiple accessories
Reduced slippage, higher efficiency
Lower maintenance and replacement frequency
Better performance under high-speed and high-load conditions
Available Sizes:
Rib profiles: PK, PJ, PL,PM, etc.
Lengths: Standard and customized sizes available
Standard PK belt (narrow ribbed/poly V-belt)
Non-elastic version – requires manual tension adjustment or self back tensioning
Pulley adjustment is needed with proper belt tension
Elastic PK belt (narrow ribbed/poly V-belt)
Elastic version is stretchable, allowing it to self-tension without tensioning /back tensioning pulley
No pulley adjustment is needed; it adapts automatically to small changes in pulley distance or wear.
Standard PJ belt (narrow ribbed/poly V-belt)
Require proper tensioning during installation.
Application: mostly for washing machine use
Elastic PJ belt (narrow ribbed/poly V-belt)
Stretchable, self-tensioning, easy to install.
Application: mostly for washing machine use
Standard PL belts
Require proper tension adjustment.
Application: Light-duty machines, small industrial equipment, appliances, and compact drives.
Elastic PL belts
Stretchable and self-tensioning, easier installation.
Application: Light-duty machines, small industrial equipment, appliances, and compact drives.
PM Belt (Poly-V / Narrow Rib Heavy-Duty Belt)
PM belts are high-performance narrow-ribbed belts designed for industrial and automotive applications requiring compact drives with high torque transmission. They are ideal for heavy-duty systems where durability, flexibility, and smooth operation are essential.
Laminated
Laminated belts are specially constructed transmission belts made by bonding multiple layers of high-strength fabric and rubber compounds.
This layered construction provides exceptional flexibility, dimensional stability, and high tensile strength, making laminated belts suitable for heavy-duty applications where durability and smooth operation are critical.
Key Features:
Multi-Layer Construction: Ensures uniform load distribution and reduced belt deformation.
High Strength: Reinforced layers provide superior resistance to stretching and heavy loads.
Flexibility: Designed for smooth engagement and operation over a range of pulley diameters.
Durability: Excellent resistance to heat, oil, and wear for extended service life.
Stable Performance: Maintains grip and power transmission efficiency under varying conditions.
Operating Temperature Ranges: -20°C to 80°C(short peaks up to +100°C).
Applications:
Agricultural machinery
Industrial equipment
Automotive heavy-duty applications
Textile and packaging machinery
Power transmission systems requiring high torque
Advantages:
Extended operational life compared to standard belts
Consistent performance under shock loads and variable speeds
Reduced maintenance due to wear resistance
Suitable for high-torque and continuous operation environments
Available Sizes:
Standard widths and lengths available
Custom sizes can be manufactured upon request
Cogged
Cogged belts, also called notched V-belts, are specially engineered to deliver superior flexibility and efficiency compared to conventional smooth V-belts.
The precision-molded cogs on the inner surface reduce bending resistance, allowing the belt to wrap easily around smaller pulleys and dissipate heat more effectively. This results in enhanced power transmission and longer belt life.
Key Features:
High Flexibility: Cogged design enables tighter bend radius, ideal for compact drive layouts.
Increased Efficiency: Reduced slippage and lower heat build-up for stable performance.
Durability: Resistant to cracking, stretching, and glazing under heavy loads.
Improved Grip: Cogs enhance traction for consistent power delivery.
Energy Saving: Lower energy loss compared to conventional V-belts.
Operating Temperature Ranges: -20°C to 80°C(short peaks up to +100°C).
Applications:
Automotive engines (fan belts, alternator drives, power steering, A/C)
Agricultural machinery
Industrial equipment and compressors
Lawn & garden equipment
HVAC systems
Advantages Over Conventional V-Belts:
Runs cooler with less wear
Handles higher speeds and loads
Extended service life
Suitable for smaller pulley diameters
Available Sizes:
Profiles: AX, BX, CX, XPZ, XPA, XPB, etc.
Lengths: Standard and customized sizes available
