The idea of heat shrink tubing is probably something that would be foreign to many individuals. Indeed, this is a technology that is widely used but little-known. Heat shrink tubing has many applications that we see in everyday products all around us. This fascinating technology has a history as much as it has purpose. This article will look at some interesting facts about heat shrink technology. Heat shrink tubing is alternatively known as heat shrink and involves a tube made of plastic that is used as insulation for wires and has the ability to shrink. This tubing provides resistance and offers protection for connections, joints, wire conductors and terminals that are inherent in the electrical trade. Heat shrink tubing is also used to repair insulation on wires displaying damage. This tubing is most commonly created from polyolefin, which shrinks when it has been heated to 1/2 and 1/6 of its normal diameter. Heat shrink tubing is manufactured in many varieties and types of composition depending on what application the tubing will be used for. The tubing is fitted on a wire before a connection is made. It then unrolls to cover the joint where it is intended to fit. The tubing is then heated by an oven, hot air gun or other sources of heat before it shrinks to wrap around the joint. Sometimes less traditional methods such as a soldering iron or a conventional lighter are used for the heat shrink tubing. As mentioned previously, different applications will require different materials during the manufacturing process. Elastomeric tubes are very flexible even when exposed to low temperatures. They operate at a temperature range in the neighborhood of -75 to 150 degrees Celsius. Fluorinated ethylene propylene is lower-cost and a versatile insulator that is inert to chemicals and solvents. It also has a high resistance to heat, cold and ultraviolet radiation making it a wonderful choice for heat shrink tubing. Polyolefin tubes are the most common and have a used range of -55 to 135 degrees Celsius. These type of tubes are used in applications such as military, aerospace and railway. They are extremely flexible, shrink fast and come in a variety of colors as well. With varieties like clear heat shrink PTFE tubing, white heat shrink PTFE tubing and more, this technology is being applied in a variety of fashions that impact us on an everyday basis. The manufacturing of these materials is relatively simple and cost-effective for companies, allowing for the creation of versatile and diverse materials that meet our unique needs. Whether we are utilizing the heat shrink tubing for applications that require elastomeric, polyolefin, or clear heat shrink PTFE tubing, the diversity and cost-effective nature of these materials are allowing companies to meet the demands of clients and consumers all around the world.
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Author : D Reed |
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