Our custom-made specialty metal products range from precision metal strip, ultra-thin foil, specialty shaped wire, engineered components, thermal management materials, water atomized powders, precision tube and roll-bonded clad plate. This can cause the heat shrink to go brittle and snap easily.AMETEK Specialty Metal Products (SMP) is a global leader in manufacturing advanced high-quality metallurgical products for critical applications. It's also important that you don’t set the heat gun on too higher heat. We don’t recommend using a lighter or blow torch because this uneven heat can damage the tube and cause uneven shrinkage. For a more even application, you can hold the heat shrink tubing in place using zip ties. ![]() Set your heat gun to this temperature and heat up the heat shrink by gently moving the heat gun back and forth over the tube. This should be available under the manufacturer's specifications. First, check the shrink temperature of your tubing. Once you are happy with the placement of your heat shrink tubing you can begin heating. ![]() If you are covering a splice joint, then ensure that the heat shrink tubing is right in the centre and has the same amount of overlap on each side. Work the heat shrink into the correct position, making sure it covers the required area. Heat shrink can be tricky to remove if you do it wrong, so make sure you measure up properly before you do any heating. ![]() A piece of heat shrink will typically only shrink by about 5-7% but it is important to bear in mind before you go snipping the heat shrink with scissors. Remember that as well as shrinking in diameter, heat shrink tubing also shrinks longitudinally as well. Measure the area that you want to cover with heat shrink ensuring that there will be a slight overlap on each side. Once you are happy with your vertical measurements, you can move onto the horizontal. STEP TWO – CUTTING THE HEAT SHRINK TO SIZE If, for example, you are applying the heat shrink to the power cable of an iron, you need to make sure the expanded diameter is wide enough to pass over the plug. You also need to check that the expanded diameter is wide enough for you to maneuverer the tubing into position prior to heating. Ensure that the recovered diameter is slightly smaller than the area you are going to apply the heat shrink to. You need to pay attention to a tube’s recovered diameter (diameter of the heat shrink after heating) and the expanded diameter (before heating). To ensure that your heat shrink fits snugly on your substrate, you need to do some basic but important measurements. STEP ONE – CHOOSING THE RIGHT SIZE HEAT SHRINK Getting a perfect seal is about having a simple and easy to follow process which you can put into place easily.įollow these three steps to perfect heat shrink application. The ease of use is one of the reasons why heat shrink tubing is such a popular material for protection, insulation, decoration and more.īut making sure you get the perfect connection and a smooth clean seal every time is more difficult. When you have the correct equipment, applying heat shrink tubing is relatively easy. The principles of application remain the same for every piece of tubing. ![]() The tubes are available in different materials and different sizes, they also have different shrink ratios. There are different kinds of heat shrink tubing. The contracted tubing can be used to seal connections, identify cables and much more. Heat shrink tubing is an expanded plastic product which contracts when it is heated.
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |