1 / 10

How Does Heat Shrink Tubing Work?

Heat shrink tubing is commonly used in the electrical, mechanical, and communication industries to protect the wiring from shorts, failures, and fire hazards. <br><br>Here, we take a closer look at the production and use of heat shrink tubing to fully understand how it works.

Shrink1
Download Presentation

How Does Heat Shrink Tubing Work?

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. ShrinkShop How Does Heat Shrink Tubing Work? Contact : (905) 669-0570 Email: tubing@shrinkshop.com https://www.shrinkshop.com/

  2. Choose the Material Depending on the Specific Application • Polyolefinis the most commonly used material for heat shrink tubing due to its versatility, chemical-resistance, and heat-resistance. It can have a single-wall or a double-wall formation. • The next most popular type of material used is polyvinyl chloride, known as PVC. While this type offers economy, it is not as user-friendly and may burn if overheated. • Whatever material you choose, make sure it has the required electrical authority approvals such as UL or CSA.

  3. Heat the Extruded Material to Expand the Diameter • Heat shrink tubing is made using extrusion. This involves heating the base material to form a cylinder shape using a mold, known as a die or orifice. Heat forces the expansion of the extruded tube to an enlarged diameter.

  4. Set Aside to Cool Down the Expanded Tubing at Room Temperature • Once the desired size of tubing is reached, the cylinder is removed from the die component to cool into the set shape and size of tubing. The final result is obtained by allowing the material to cool at room temperature.

  5. Place the Heat Shrink Tubing Around the Components • The end product of the extrusion process is a shrinkable tube. Generally, the sizing of the shrink tubing is classified by the shrink ratio. • Placing the heat shrink tubing around the wiring and cabling should result in a secure fit. To properly select the correct size, choose the largest diameter that will fit snugly after fully recovered by the heat source.

  6. Apply Heat to Shrink and Soften the Tube • Once the heat shrink tubing is in place, heat is applied with a heat gun, or other heat source. Use only the specific range of temperature recommended by the tubing manufacturer. An electric heating tool or a micro butane torch are both available at Shrinkshop.com and work well.

  7. Cover the Wiring or Components as a Protective Layer • Regular and custom-cut heat shrink tubing can be placed on wire conductors, joints, connections, and terminals. These products can be at risk for damage and destruction by various environmental factors without a protective covering. • Heat shrink is a flexible shield that acts as an insulator, protector, and organizer of the wiring and cables. Heat shrink tubing is waterproof, long-lasting, durable, and resistant to chemicals and ultraviolet light.

  8. Read More Articles • https://www.shrinkshop.com/blogs/blog/uncommon-uses-of-heat-shrink-tubing • https://www.shrinkshop.com/blogs/blog/choose-right-heat-shrink-tubing-ratio • https://www.shrinkshop.com/blogs/blog/cable-management-solutions • https://www.shrinkshop.com/blogs/blog/how-to-remove-heat-shrink-tubing-safely • https://www.shrinkshop.com/blogs/blog/difference-between-heat-shrink-tubing-and-electrical-tape

  9. Contact Us Contact : (905) 669-0570 Email: tubing@shrinkshop.com

  10. Thank you

More Related