Plastic modular belts also allow specific conveyor designs without compromising belt tracking. An example of this is a belt with greater width than length, which provides the support required to handle soft plastic bags, cardboard boxes, and shrink wrapped goods. Spacing between plastic segments are adjustable for applications where fluid should be either drained or retained as it is carried on the conveyor. Cleated belt conveyors feature vertical cleats or barriers in their designs.
These cleats can keep loose materials secure during inclines and declines, to provide consistent spacing between items, and more. Furthermore, cleats come in different shapes, each with its own application. It is suited for light-duty jobs, such as transporting small parts, packaged items, and food products.
Some cleats with this shape also have curved faces, which enables them to scoop granules. This type of cleat is designed to carry light- to medium-weight bulk material up steeper inclines.
These kinds of cleats accommodate specific needs. For instance, they can promote run-off of liquids when used to transport washed fruit or vegetables. They can even be positioned to selectively move products exceeding a given size or to hold individual products in place. An offshoot of the cleated belt is the elevator belt. Designed with regularly spaced partitions or scoops, it is designed to carry loose materials up a steep incline. Image Source: Accurate Industrial.
This type of belt conveyor uses a curved frame to carry items around corners, make tight transfers, or maximize available floor space. These belts are mainly used in industries which deal with cooling, drying and heating processes in the sectors like food manufacturing, electronics and glass — manufacturing industries. These belts are made of interlinked chains or wiring to facilitate the flow of air while the product is carried.
The Industries which handle scrap and various small products for recycling mainly make use of these hinged belts. These belts are made of metal. These belts provide a flat, solid surface which rotates around the pulley by means of the interlocking hinges. These belts are very sturdy and can be used rigorously. These are mainly used in food packaging industries and in the automotive sector. These belts are suitable for environments where there would be regular cleaning and belt change. These Plastic belts are the perfect substitute for fabric and metal belts.
A number of powered pulleys are used to move the continuous flat belts made up of Synthetic and natural fabrics like polyester, nylon. These flat belt conveyors are the most commonly used and easily adaptable industrial conveyor systems.
This type of conveyor belts comprise of individual and interlocked belting and are generally made of hard plastic. This type of conveyor belt carries materials around the corners of the floor making the best possible way to use up the available floor space with its unique curved frame feature. Incline or Decline Belt Conveyors are made used when the materials are needed to be conveyed at an angle of conveyance. The conveyors in industrial automation have a wide range of purposes and use, ranging from the manufacturing sector to the packaging and supply.
Below are the main reasons which will enlighten the importance conveyors in industrial automation systems. In a material handling industry, there would be specific tasks in a process which require transporting objects which are heavy in the line of production. In the course of accomplishing these tasks, there is a lot of manpower used and is wasted, adds no value to the production process. Moreover, there are possibilities of human injuries and loss of lives.
To obtain an increased production over a short time span, an automated conveyor system should be introduced in a material handling industry. This will make sure the manpower utilize their time on critical business development tasks rather than wasting on unproductive work. Woven belts feature interlinking chains of metal or wiring designed to allow airflow as an item moves along. Businesses commonly use woven belts to facilitate drying, cooling, and heating processes in the food, electronics, and glass-working industries, among others.
Hinged belts. Hinged belts often feature metal construction. The hinged quality of the belt gives it a flat, solid surface capable of rotating around the pulley system via interlocking hinges. Companies use hinged belts for small product, scrap, and recycling applications. Metal hinged belts are durable and can stand up to rigorous use. Plastic interlocking belts. Plastic belts provide manufacturers and material handlers with a modular alternative to metal and fabric belts.
Businesses may use plastic belts in food handling and packaging processes or in the automotive industry. Modular plastic belts work well in applications that require frequent cleaning and belt replacement. This system offers the ability to move a high volume of material at a consistent rate. Smooth surfaced belts allow the conveyor belts to be cleaned automatically with the use of belt scrapers and plows. The design is flexible enough to allow the materials redirected off the conveyor belt at any point through simple redirection.
The most important feature of this system is the ability of the rollers to handle both horizontal and vertical curves. The long belt conveyor system can reach up to This type of conveyor belt is often used in mining operations to transport materials to remote construction or building site locations, such as the bottom of a mining pit. Original Source.
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