High Load Capacity
Industrial power transmission belts are designed with a focus on excellent load capacity and tensile strength, capable of withstanding extremely high loads and strong torques. This superior load-bearing capability makes them an indispensable component in demanding industrial applications, particularly in manufacturing, mining, and heavy machinery. Compared to traditional transmission systems, industrial power transmission belts are able to support high-load operations more effectively, ensuring efficient production and stable operation of equipment.
High Energy Efficiency
Industrial power transmission belts utilize efficient energy transmission technologies that greatly enhance overall energy utilization. With their low friction coefficient and high transmission efficiency, these belts experience minimal energy loss during power transfer, significantly reducing energy consumption in industrial operations. This not only saves operational costs for enterprises but also meets environmental and sustainable development requirements, making them the best choice for improving energy efficiency.
Low Maintenance Requirements
Industrial power transmission belts are known for their high durability and reliability, fundamentally reducing maintenance needs. They are made of wear-resistant, anti-aging materials and have good resistance to environmental impacts, enabling long-term stable operation even under high temperature, high humidity, or harsh conditions.
Versatility
The versatility of industrial power transmission belts allows them to be widely applicable to various industrial machinery and equipment. Whether in manufacturing, mining, or material handling, these belts can meet the diverse needs of different industries.
In summary, as one of the core components of modern industrial transmission systems, industrial power transmission belts provide strong support for efficient, safe, and sustainable industrial production with their high load capacity, high energy efficiency, low maintenance requirements, and versatility.
Grain Machine Belt
Generator Belt
Sewing Machine Belt
Weeding Machine Belt
Bicycle Belt
Air Conditioner Belt
Turn off the power, remove the protective cover, and loosen the motor mounting bolts. Move the motor to loosen the belt sufficiently without prying it off. Do not pry the belt off.
Remove the old belt and check for abnormal wear. Excessive wear may indicate issues with the design or maintenance of the transmission system.
Choose a suitable belt replacement.
Clean the belt and pulleys. Use a cloth moistened with a non-volatile liquid to wipe; do not soak the belt in cleaning agents or use cleaning agents to brush the belt. Using sandpaper to remove grease and dirt, or scraping with sharp objects, is also unacceptable. The belt must be kept dry before installation and use.
Check the pulleys for abnormal wear or cracks. If there is excessive wear, the pulleys must be replaced.
Check if the pulleys are aligned. Pulley alignment is crucial for the operation of the transmission belt, especially synchronous belt systems.
Inspect other transmission components, such as bearings and bushing alignment, durability, and lubrication.
Install the new belt onto the pulleys without prying or applying excessive force.
Adjust the center distance of the transmission system until the tension gauge measures the appropriate belt tension. Manually turn the driver pulley and re-measure the tension.
Tighten the motor mounting bolts and correct the torque. Ensuring all transmission components are properly tightened is essential, as any changes in center distance during operation can lead to poor belt performance.
Start the device and observe belt performance, checking for abnormal vibrations and listening for unusual noises. It is best to shut down the machine and check the condition of bearings and motor; if they feel too hot, it may indicate that the belt is too tight, the bearings are misaligned, or the lubrication is incorrect.
