Conveyor Belts Manufacturer

Conveyor belts are a vital component in various industries, facilitating the movement of goods and materials efficiently along a predetermined path. 
Can using conveyor belt improve efficiency and save labor?
Yes, using conveyor belts can significantly improve efficiency and save labor. Here are some ways for conveyor belts to achieve these goals:
Automation: The conveyor belt system can automate the transportation process, reducing or completely eliminating the parts that require manual intervention. This means that staff can focus on other higher value tasks, thereby improving overall production efficiency.
Continuous transportation: The conveyor belt can continuously transport materials from one location to another without stopping or resting. In contrast, manual handling may require more rest time, leading to production line downtime and a decrease in production efficiency.
Reduce errors and damage: The conveyor system can reduce damage or waste caused by human error or non-standard handling. They provide a reliable and consistent method for moving materials, thereby reducing the risk of accidents and damage.
Saving labor costs: Although conveyor belt systems may require certain investment costs, they can greatly save labor costs in long-term operation. Reduced the need for manual handling, while also reducing errors and damages caused by human factors, thereby lowering maintenance and replacement costs.
Overall, conveyor systems provide an efficient, reliable, and cost-effective way to handle material transportation, thereby improving production efficiency and saving labor costs.

What is the difference between a conveyor belt and a drum?
Conveyor belts and drums are two different but closely related material handling equipment that play different roles in material conveying systems. The following are the main differences between them:
Function:
Conveyor Belt: A conveyor belt is a continuous strip structure, usually made of rubber, polyvinyl chloride (PVC), or other materials, used for conveying materials or products. They are responsible for moving materials from one position to another, usually along a horizontal or slightly inclined path.
Roller: A roller is a cylindrical device, usually made of metal or plastic, that rotates around a central axis. The drum is usually installed at the bottom of the conveyor belt system to provide support and transmission power, so that the conveyor belt can move and transport materials smoothly.
Function:
The conveyor belt is responsible for supporting and conveying materials or products, transporting them from one location to another.
The drum serves as a support, transmission, and guide for the conveyor belt. The rotation of the drum allows the conveyor belt to run smoothly and helps the material move along the predetermined path.
Structure:
Conveyor belts are typically made of rubber, PVC, or other synthetic materials to provide sufficient flexibility and durability, while also having appropriate friction for conveying materials.
The drum is generally made of metal or plastic, has a cylindrical shape, and rotates around the central axis. The surface of the drum may have special designs to provide the required friction or reduce wear on the conveyor belt.
Location:
The conveyor belt is located above the drum, and materials come into contact with the drum when running on the conveyor belt. The conveyor belt moves through the rotation of the drum.
The drum is usually located at the bottom of the conveyor belt system, supporting the conveyor belt and providing the necessary power to move materials.
Although conveyor belts and drums have different functions in material handling systems, they are usually closely coordinated components that work together to ensure effective material transportation and handling.