Kevlar Belting
Kevlar belting, used as part of a conveying system, provides all of the reliability and durability that a company needs. Its Kevlar core offers the necessary sturdiness that production and transportation systems demand. Since they are heat and stick-resistant, they can be inserted into any industry or application. This dependability has made them the first choice for heavy duty and challenging industries.
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Applications of Kevlar Belting
The most outstanding quality of Kevlar belting is its strength. Its design and weave make it ideal for a variety of conditions and environments, which can be seen in its use in the mining industry. The hostile and demanding conditions of mining requires a conveying material that is unyielding and dependable. What companies have found is that Kevlar belts more than meet those harsh demands. The demanding conditions of a manufacturing facility requires equipment and machinery to be strong and durable. For this reason, Kevlar belting, with its strength and endurance, is chosen as a conveying material since it can meet and exceed the demanding conditions.
Kevlar Belting Design and Characteristics
The strength and endurance of Kevlar belting is in its basic design. Polyester belts have a core of polyester fiber that runs through its length. Its construction makes it perfect for conditions that do not require extraordinary wear or stress. Kevlar belting, on the other hand, has a core of tightly woven Kevlar fibers that can withstand any conditions, regardless of how severe.
One of the main parts of the supply chain is conveying systems, which are constructed to move parts, supplies, and products effortlessly and without error. These precision designed systems are the backbone of the smooth and efficient movement of materials. Their failure can lead to delays, loss of profits, and costly repairs. Average belting materials will fail and crumble under harsh or heated conditions since they are not designed to withstand temperatures over 100 F. The tightly woven fibers of a Kevlar belt enable it to endure conditions of 200 F and not fail. Its resistance to radical temperature changes has made it the first choice of industries that require conveying systems able to endure harsh weather conditions.
An example of the strength of Kevlar is in its use as an idler belt. When a normal polyester belt is used as an idler belt, it is unable to withstand the stress and strain, which causes it to crack, tear, and fail. Under the same conditions, a Kevlar woven belt is more than capable of enduring the conditions and lasting several times longer. One of the hidden features of Kevlar is its strength, which has four to eight times the tensile strength of steel, making it perfect for production operations. The unique and exceptional nature of Kevlar makes the perfect choice when choosing a belting material. The guarantee that it will never fail or need replacement is cost saving and an insurance of continuous uninterrupted operation.