In many commercial and industrial facilities, conveyor belt systems are essential for continuous transport of items from one area to another. A flat and flexible piece of material like rubber is mounted on a series of rollers that are powered by an electric motor to create movement. This can help to significantly reduce production times and reduce overall labor costs.
A conveyor belt can be made using a variety of materials as long as the material chosen is durable, strong, and capable of operating without interruption. This material is either flexible and completely seamless, or it can be made using hard but light pieces. Rubber is the most commonly used belt material, but polyurethane and plastic are also popular choices.
There are many different types of belts in manufacturing, with flat belting being the most common. Flat belts operate continuously. Continuous belting is sometimes referred to as “endless belting”. Another kind of a belt, a round belt, is often found in power transmission systems. Sometimes round belts are used to keep flat belts firmly on their rollers at a curve or turn in a large conveying system.
Conveyor belting is also common in several types of engines. Timing belts are used in internal combustion engines and works in tandem with the engine’s gears and cogs. Many manufacturing facilities accept custom orders for belts that are being designed for a specific function or piece of equipment. Read More…
Factory assembly lines always use conveyor belts to help make the process more efficient. In fact, almost every industry makes use of conveyor belting. Some examples include: food and beverage processing, pharmaceuticals, waste management, milling, mail sorting, and printing. Without conveyor technology, facilities in these and other industries would never be able to operate as efficiently as they do. Manual labor would be required to move and sort goods, which would be very time consuming.
The primary difference between conveyor belts and machine belts is that machine belts are used to transmit energy while conveyor belts are used to transport goods. Even small retail stores have conveyor belts at their checkouts to keep goods moving before and after they have been scanned.
Many types of belts exist because they are used in a countless number of different applications. Fin belts, for example, are made to flex and pick up quickly moving containers. These are used to separate cartons in packaging facilities. An O-ring belt, known as an endless round belt, keeps the outer edges of wide belts connected to chains so that the flat beds don’t slip inward during motion. A lot of conveyor belt manufacturers offer their products in several different material types in case the belts are needed for an application where the environment is harsh.
If a conveyor exists in a space where it needs to work against gravity, the belt has ridges in it to keep objects from rolling off while they are moving. A typical flat belt has two or more layers for added durability. The core material is a fabric or mesh. This core is coated in layers of rubber or plastic on either side of the mesh.
A few different characteristics separate conveyor belts. Sizes and groove shapes are among the most important characteristics. A deep slotted V-belt is used for added traction, while wider belts are used for heavy loads. Some conveyor belt manufacturers design belts specifically for specialized uses like food processing. Because so many manufacturers create so many different kinds of belts, it’s easy to find the right conveyor belt for any purpose or piece of equipment.