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DI-09 K
Our timing belts are engineered for peak performance and reliability in today's advanced engines, exceeding expectations in demanding driving.
- Fabric Anti-Abrasion Layer High Weight: Featuring a specially designed high-weight anti-abrasion layer, our belts offer superior resistance to wear and tear, ensuring exceptional durability and longevity.
- Noise Reduction: Minimized tooth-to-tooth contact and optimized belt design contribute to significantly reduced noise levels during engine operation, ensuring a quiet and comfortable driving experience.
- Exceptional Dimensional Accuracy: Stringent manufacturing processes guarantee minimal dimensional tolerances, ensuring smooth and precise timing of engine components for optimal performance and fuel efficiency.
- Reduced Elongation: Our belts exhibit minimal elongation over time, maintaining consistent timing and preventing potential engine damage due to belt slippage.
- Enhanced Abrasion Resistance: The belt's cover fabric features exceptional abrasion resistance, particularly on the tooth flanks, ensuring long-lasting durability and minimizing the risk of premature wear and tear.
- Increased Belt Load Resistance: The unique fabric construction and optimized belt design provide increased resistance to belt loads, allowing for reliable operation in high-performance engines.
- Improved Flexibility: Our belts offer enhanced flexibility, enabling smooth and efficient operation across a wide range of engine speeds and temperatures.
Additional informations
Benefits:
- Improved Engine Performance: Precise timing, reduced noise levels, and enhanced flexibility contribute to smoother engine operation, increased fuel efficiency, and overall performance.
- Extended Service Life: Superior durability, high abrasion resistance, and the robust anti-abrasion layer extend the service life of the belt, reducing maintenance costs and downtime.
- Increased Reliability: Consistent performance, exceptional strength, and increased load resistance minimize the risk of engine damage due to belt failure, ensuring reliable and trouble-free operation.
DI-09 H
For drivers demanding peak performance and reliability, our timing belts are engineered to exceed expectations in today's advanced engines, even in the most challenging driving conditions.
- Cord in Hybrid Carbon-Glass: Incorporating a unique hybrid carbon-glass cord construction, our timing belts offer exceptional strength, stiffness, and durability. This innovative design enhances belt life and provides superior resistance to wear and tear.
- Fabric Anti-Abrasion Layer High Weight: Featuring a specially designed high-weight anti-abrasion layer, our belts offer superior resistance to wear and tear, ensuring exceptional durability and longevity.
- Noise Reduction: Minimized tooth-to-tooth contact and optimized belt design contribute to significantly reduced noise levels during engine operation, ensuring a quiet and comfortable driving experience.
- Exceptional Dimensional Accuracy: Stringent manufacturing processes guarantee minimal dimensional tolerances, ensuring smooth and precise timing of engine components for optimal performance and fuel efficiency.
- Reduced Elongation: Our belts exhibit minimal elongation over time, maintaining consistent timing and preventing potential engine damage due to belt slippage.
- High Abrasion Resistance: The cover fabric on the teeth features exceptional abrasion resistance, ensuring long-lasting durability and minimizing the risk of premature wear and tear.
- Increased Belt Load Resistance: The unique cord construction and optimized belt design provide increased resistance to belt loads, allowing for reliable operation in high-performance engines.
- Improved System Dynamic Control: The high stiffness of the hybrid carbon-glass cord contributes to improved system dynamic control, enhancing responsiveness and minimizing vibrations for a smoother and more refined driving experience.
Additional informations
Benefits:
- Improved Engine Performance: Precise timing, reduced noise levels, and enhanced system dynamics contribute to smoother engine operation, increased fuel efficiency, and overall performance.
- Extended Service Life: Superior durability, high abrasion resistance, and the robust anti-abrasion layer extend the service life of the belt, reducing maintenance costs and downtime.
- Increased Reliability: Consistent performance, exceptional strength, and improved system dynamics minimize the risk of engine damage due to belt failure, ensuring reliable and trouble-free operation.
DHP-2004 K
With peak performance and reliability in mind, we engineered our timing belts to excel in today's advanced automotive engines, even under the most demanding driving conditions.
- Innovative Fabric Construction: Utilizing a unique blend of PA66 and Aramide fibers, our timing belts offer exceptional strength and durability. This hybrid fabric construction enhances belt life and provides superior resistance to wear and tear.
- Noise Reduction: Minimized tooth-to-tooth contact and optimized belt design contribute to significantly reduced noise levels during engine operation, ensuring a quiet and comfortable driving experience.
- Exceptional Dimensional Accuracy: Stringent manufacturing processes guarantee minimal dimensional tolerances, ensuring smooth and precise timing of engine components for optimal performance and fuel efficiency.
- Reduced Elongation: Our belts exhibit minimal elongation over time, maintaining consistent timing and preventing potential engine damage due to belt slippage.
- Enhanced Abrasion Resistance: The cover fabric on the teeth features exceptional abrasion resistance, ensuring long-lasting durability and minimizing the risk of premature wear and tear.
- Increased Belt Load Resistance: The unique fabric construction and optimized belt design provide increased resistance to belt loads, allowing for reliable operation in high-performance engines.
- Improved Flexibility: Our belts offer enhanced flexibility, enabling smooth and efficient operation across a wide range of engine speeds and temperatures.
Additional informations
Benefits:
- Improved Engine Performance: Precise timing, reduced noise levels, and enhanced flexibility contribute to smoother engine operation, increased fuel efficiency, and overall performance.
- Extended Service Life: Superior durability, high abrasion resistance, and minimal elongation extend the service life of the belt, reducing maintenance costs and downtime.
- Increased Reliability: Consistent performance, exceptional strength, and increased load resistance minimize the risk of engine damage due to belt failure, ensuring reliable and trouble-free operation.
DHP-2004 H
Combining a robust PA66-Aramide fabric with a high-strength Hybrid Carbon-Glass cord, our timing belts are engineered for peak performance and reliability in today's advanced automotive engines, exceeding expectations even in the most demanding driving conditions
- Cord in Hybrid Carbon-Glass: Incorporating a unique hybrid carbon-glass cord construction, our timing belts offer exceptional strength, stiffness, and durability. This innovative design enhances belt life and provides superior resistance to wear and tear.
- Noise Reduction: Minimized tooth-to-tooth contact and optimized belt design contribute to significantly reduced noise levels during engine operation, ensuring a quiet and comfortable driving experience.
- Exceptional Dimensional Accuracy: Stringent manufacturing processes guarantee minimal dimensional tolerances, ensuring smooth and precise timing of engine components for optimal performance and fuel efficiency.
- Reduced Elongation: Our belts exhibit minimal elongation over time, maintaining consistent timing and preventing potential engine damage due to belt slippage.
- Enhanced Abrasion Resistance: The cover fabric on the teeth features exceptional abrasion resistance, ensuring long-lasting durability and minimizing the risk of premature wear and tear.
- Increased Belt Load Resistance: The unique cord construction and optimized belt design provide increased resistance to belt loads, allowing for reliable operation in high-performance engines.
- Improved System Dynamic Control: The high stiffness of the hybrid carbon-glass cord contributes to improved system dynamic control, enhancing responsiveness and minimizing vibrations for a smoother and more refined driving experience.
Additional informations
Benefits:
- Improved Engine Performance: Precise timing, reduced noise levels, and enhanced system dynamics contribute to smoother engine operation, increased fuel efficiency, and overall performance.
- Extended Service Life: Superior durability, high abrasion resistance, and exceptional strength extend the service life of the belt, reducing maintenance costs and downtime.
- Increased Reliability: Consistent performance, exceptional strength, and improved system dynamics minimize the risk of engine damage due to belt failure, ensuring reliable and trouble-free operation.
EPDM3-PL
Offering a versatile and reliable solution for different applications, from Light Duty and LCVs to Medium and Heavy-Duty vehicles, Off-Highway equipment, and Industrial machinery. These belts are engineered with a high-performance EPDM3 fiber compound and a durable PET thin cord construction, incorporating key technologies for superior performance.
Additional informations
Key Features & Benefits:
- Aramid Long Fibers: Reinforced with Aramid long fibers, these belts provide exceptional strength and resistance to elongation, ensuring consistent power transmission and extended service life across all applications. This robust construction handles the stresses of heavy-duty and off-highway use with ease.
- Wear Resistant: The specialized EPDM3 compound delivers outstanding wear resistance, even in the most demanding environments. This minimizes maintenance requirements and reduces downtime, making these belts a cost-effective choice for various industries.
- High Flexibility Resistant: The optimized design and materials, including the PET thin cord, provide high flexibility. This allows for smooth operation around smaller pulleys and complex drive systems, common in a wide range of machinery, from compact LCVs to heavy industrial equipment. This flexibility also contributes to quieter operation and reduced vibrations.
Whether you need a reliable belt for your light commercial vehicle, heavy-duty truck, off-highway equipment, or industrial machinery, our Poly-V Grinded Belts offer the performance and durability you can depend on.
EPDM1-PL
Our Poly-V Grinded Belts are specifically designed to excel in demanding Medium and Heavy Duty, Off-Highway, and Industrial applications. Featuring a robust EPDM1 fiber compound (cotton) and a durable PET thin cord, these belts deliver exceptional performance and reliability in the toughest environments.
Additional informations
Key Features & Benefits:
- Fiber Loaded Compound: The EPDM1 compound, loaded with cotton fibers, provides enhanced strength and durability. This fiber reinforcement ensures optimal power transmission and long-lasting performance under heavy loads and challenging operating conditions.
- High Flexibility Resistant: The PET thin cord construction offers superior flexibility, allowing for smooth operation around complex drive systems and smaller pulleys commonly found in heavy machinery and off-highway equipment. This flexibility minimizes stress on the belt and ensures efficient power transfer.
- Superior Noise Resistance: The EPDM1 compound and optimized design contribute to exceptional noise dampening, resulting in quieter operation. This is crucial in industrial and off-highway applications where noise reduction is essential for operator comfort and environmental considerations.
For reliable power transmission in the most challenging applications, our Poly-V Grinded Belts offer the strength, flexibility, and noise reduction you need.
EPDM2-PH
Engineered for reliability across Light Duty & LCV, Medium and Heavy Duty, Off-Highway, and Industrial applications, deliver exceptional performance. Featuring a durable EPDM2 fiber compound (pulp aramid) and a robust PET thick cord, these belts are built to handle the most demanding tasks.
Additional informations
Key Features & Benefits:
- Aramid Long Fibers: Reinforced with aramid long fibers, these belts provide superior strength and resistance to elongation, ensuring consistent power transmission even under heavy loads. This robust construction is essential for reliable performance in demanding applications.
- Wear Resistant: The EPDM2 compound offers excellent wear resistance, minimizing maintenance and replacement costs. This ensures a long service life, even in abrasive environments and heavy-duty applications.
- High Flexibility Resistant: The optimized design and materials, including the PET thick cord, provide high flexibility, allowing for smooth operation around complex drive systems and smaller pulleys. This flexibility minimizes stress on the belt and ensures efficient power transfer.
- Designed for Heavy Applications: These belts are specifically engineered to withstand the rigorous demands of heavy-duty applications. The combination of aramid fibers, wear-resistant compound, and robust cord construction ensures reliable performance in the most challenging conditions.
EPDM4-PH
Designed to excel in a wide spectrum of applications from Light Duty & LCV to Heavy Duty, Off-Highway, and Industrial, deliver exceptional performance and durability. Featuring a cutting-edge EPDM4 fiber compound (PA66 chopped) and a robust PET thick cord, these belts are built to tackle the most challenging operating conditions, including Mild Hybrid Electric Vehicles (mHEV).
Additional informations
Key Features & Benefits:
- Nylon Fibers: Reinforced with PA66 chopped nylon fibers, these belts provide superior strength and durability, ensuring reliable power transmission even under extreme stress. This robust construction is essential for demanding applications.
- Ultra Wear Resistant: The specialized EPDM4 compound offers exceptional wear resistance, minimizing maintenance and replacement costs. This is crucial for applications exposed to abrasive environments and high operating temperatures.
- Extreme NVH Issue: Engineered to mitigate extreme Noise, Vibration, and Harshness (NVH) issues, these belts deliver smooth and quiet operation. This is particularly important in applications where vibration and noise reduction are critical, such as in passenger vehicles and sensitive industrial environments.
- Suitable for Heavy Application/mHEV: These belts are specifically designed to withstand the rigorous demands of heavy-duty applications and the unique challenges of Mild Hybrid Electric Vehicles (mHEV). The robust construction and advanced materials ensure reliable performance in these demanding environments.