Your Trusted Timing Belt Supplier in China
The inner surface of our timing belt features trapezoidal or arc-shaped teeth, which seamlessly and precisely mesh with the corresponding teeth on the pulley. This positive meshing structure not only ensures efficient and synchronised power transmission but also eliminates the slippage and speed loss commonly associated with V-belts, ensuring your equipment operates at peak performance.
ZQDrive specialises in the research, development, and manufacturing of high-performance synchronous timing belts. With advanced production technology and strict quality control, we ensure that every timing belt can withstand all kinds of tough tests. Whether used in automotive engines, industrial equipment, heavy machinery, etc., ZQDrive timing belts provide your equipment with durable, stable power support, ensuring its reliable operation.
Trapezoidal Timing Belt
XL Timing Belt
L Timing Belt
H Timing Belt
T Timing Belt
MXL Timing Belt
Arc Tooth Timing Belt
STD Timing Belt
Double-Sided Timing Belt
DXL Timing Belt
DL Timing Belt
DH Timing Belt
DS Timing Belt
Timing Belt Types to Meet Your Needs
ZQDrive timing belts can be classified in two ways: by structural design and by connection method.
- Classification By Structure
Includes three types: trapezoidal tooth timing belt, arc tooth timing belt, and double-sided timing belt.
- Classification By Connection Method
- Open-ended timing belt: Refers to a timing belt with both ends unconnected, which can be cut to length according to your needs and connected mechanically.
- Endless timing belt (rubber timing belt): Its structure is circular. The trapezoidal tooth timing belt, arc tooth timing belt, and double-sided timing belt mentioned in the structural classification above are all types of endless timing belts.
Know Your Timing Belt Construction
The construction and materials of the ZQDrive timing belt include:
- Top Rubber: CR/EPDM /HNBR material. These materials are heat-resistant, oil-resistant, and resistant to ageing, ensuring internal safety.
- Tensile Member: Fiberglass material. This material has strong tensile strength and can withstand the tensile stress of the belt during high-speed operation, preventing tooth skipping and detachment.
- Teeth Rubber: CR material. Teeth Rubber is wear-resistant and has some elasticity, ensuring smooth and quiet engagement with the gear.
- Teeth Fabric: Nylon material. Nylon fabric covers the tooth surface, reducing direct friction between the teeth and the gear, thereby improving transmission efficiency.
Choose the Right Timing Belt for Your Application
- Trapezoidal tooth timing belt: Suitable for high-load, low-speed transmission applications, such as small mechanical equipment, office equipment, etc.
- Arc tooth timing belt: Suitable for high-precision transmission, high-speed operation, and low-noise applications, such as automobile engines, precision instruments, etc.
- Double-sided timing belt: For bidirectional drive or multi-axis linkage applications. Such as automated production lines, etc.
In short, timing belts are widely used in industrial equipment, medical equipment, heavy machinery, textile machinery, food packaging machinery, and printing machinery, etc.. According to your needs, selecting the right ZQDrive timing belt from us will help improve the operational efficiency of your equipment.
Timing Belts Provide Efficient Transmission for You
ZQDrive timing belt meets ISO international standards and can operate stably in environments ranging from -30°C to 80°C, showing excellent heat and cold resistance. In practical use, the timing belt not only runs smoothly and achieves low-noise precision drive but also does not stretch or slip, ensuring accurate and reliable transmission.
Compared with gear and chain drives, ZQDrive timing belt needs no lubrication and runs with lower noise levels. Through optimised tooth profile design, the entire toothed belt can evenly bear the load stress, enhancing the timing belt’s wear resistance, ageing resistance, and contamination resistance, with transmission efficiency reaching up to 98%. Also, the timing belt’s low maintenance cost advantage allows you to avoid frequent maintenance expenses and labour costs.
Resource
ZQDrive can provide you with the latest catalog of timing belts and other products in real time. Please feel free to contact us directly.
You can obtain the latest descriptions and parameters of timing belt products in real time through ZQDrive, or contact us for more professional support.
Video materials introducing ZQDrive’s company, factory environment, and production processes.
Company Advantage
We have 25+ years of experience in timing belt R&D and manufacturing. Our company is equipped with a rubber compound extruder, a dynamic fatigue tester, and other equipment to ensure that all timing belts pass 100% factory inspection. With years of experience, we have gained widespread recognition in the automotive, construction machinery, and other fields, becoming a partner to over 5000 clients worldwide.
What Is a Timing Belt
Timing belt — also known as a toothed belt, synchronous belt, cambelt, or gear belts. Primarily used in automobile engines, it connects to the crankshaft and works with a specific transmission ratio to ensure accurate intake and exhaust timing.
The Difference Between a Timing Belt and a Timing Chain
The main differences between timing belts and timing chains are as follows:
- Material: Timing belts are made of rubber, while timing chains are composed of metal links.
- Lifespan and maintenance: Timing belts require regular replacement, with a simple and quick maintenance process and relatively low replacement costs. In contrast, timing chains have a longer lifespan and do not require regular replacement, but their daily maintenance and inspection are relatively complex.
- Noise: Timing belts operate quietly and provide smooth transmission. Timing chains produce more noise and have noticeable vibrations.
- Cost: Timing belts have low production and replacement costs, making them suitable for most vehicles. Timing chains have higher initial costs and higher maintenance costs in the long term.
- Safety: Timing belts have a simple structure, making them easy to inspect and replace, thereby reducing the risk of engine damage due to improper maintenance. While timing chains are less prone to breaking, once they fail, repairs are difficult and costly.
Timing belt needs to be replaced regularly to ensure safe engine operation.
- Mileage: Specific mileage varies depending on your vehicle model.Different brands and engine models may vary. Most vehicles recommend replacing the timing belt every 60,000 to 100,000 miles.
- Usage Time: Even if the specified mileage has not been reached, the timing belt may age or harden over time. It is recommended to replace the timing belt every 5 years.
- Other Factors: If the vehicle is frequently driven in harsh environments such as humid, high-temperature, or dusty conditions, it is recommended to shorten the replacement cycle appropriately.
A faulty timing belt may damage the engine damage, requiring replacement of the entire engine or a major overhaul, with repair costs often reaching thousands of dollars. In contrast, the cost of replacing a timing belt is relatively low, with the replacement cost for most vehicle models costing between $500 and $800.
There are many factors that affect the cost of replacing a timing belt. The timing belt itself may not be expensive, but the labor costs involved are usually high. In addition, it is suggested to replace related parts such as the tensioner and water pump at the same time, as these parts will age simultaneously with the timing belt. Replacing them together will avoid repeated disassembly and reassembly in the future.
- Engine vibration, misfiring, or reduced combustion efficiency.
- Engine won’t start or is hard to start.
- Engine makes abnormal noises, for example squeaking.
- Insufficient power when accelerating or driving.
- Engine fault light comes on.
When installing the timing belt, follow the direction indicated by the arrows on the belt, i.e. the arrows on the belt should be in the same direction as the normal rotation of the engine.
If there are no arrows on the belt, refer to the vehicle maintenance manual or use the positioning marks on the pulley to confirm the installation direction. At the same time, it is recommended that the markings or letters on the belt face outwards, so that it is easy to check and maintain in the future.