Thermal transfer tape is a type of adhesive that’s used for heat transfers. It’s used in a variety of applications that require reliable mechanical fastening and good heat transfer between components.
There are a few different types of thermal transfer tapes, each designed for a specific application. They come in a variety of sizes and are available in rolls or die-cut formats.
Thermally conductive tape is easy of handling and dies cut. It offers excellent adhesion to a variety of substrates and is compatible with most printing systems. It also offers great thermal conductivity and electrical insulation properties.
It is ideal for use on low-surface energy substrates such as PCBs and printed circuit boards (PCBs). It’s also a good choice for IC packaging, where it provides preferential heat-transfer paths between the chip and a heat sink or other cooling device.
Thermally conductive tape is a double-sided, low-tack, smudge-resistant pressure-sensitive thermally conductive, acrylic-based tape with high adhesion to a variety of substrates. It’s also a good choice for applications that require strong bonding, such as flex bonding and thermal management of LED lights.
These thermally conductive tapes are ideal for many electronic applications, such as LED lighting and battery charging, where a high degree of insulation and thermal conduction is required. They are often combined with other heat-conducting materials, such as tin foil or aluminum, to improve performance and efficiency.
They are also used for a variety of other applications where a strong, durable adhesive is needed. They are often used in industrial and automotive applications where they can withstand exposure to high temperatures, oil, and chemicals.
In addition, they are typically paired with other insulating materials such as cloth friction tape or drywall meshing to create an effective thermal barrier. They can also be used for insulation around HVAC ductwork or wires.
Other popular choices include pure resin or rubber synthetic adhesives. These materials are strong enough to withstand temperature extremes but aren’t as versatile as other forms of thermal tape.
Alternatively, builders can choose cloth friction tape for its strong adhesive strength. It also dries quickly, which can help streamline workflows.
This material can withstand temperatures up to 300°F and is perfect for wrapping wires, harnesses, and cables. It’s also a great alternative to metal-based adhesives, which don’t hold up well in hot conditions.
It is best to test a few different types of heat-resistant tape to see which one works best for your needs. It’s important to find a material that can handle the high temperatures of your heat-press, and that isn’t going to melt and leave sticky residue on your product.
