An Electrically Conductive Adhesive Tape is a strong and durable tape that is commonly seen in use in a variety of industries. The tape is made from a material known as u.s. pat. Polyurethane (utility tape), and uses electrical tape that is either applied directly or is wrapped around an elastomeric backing. There are various advantages of using the tape, one of which is that it can be used in various applications such as marine and construction engineering.
In the application of an Electrically Conductive Adhesive, the backing comprises an elastomeric or polymerized elastic polyurethane film. This backing is typically a nylon-mesh-like substance, although other types of materials may be used. The tape can also have an adhesive side featuring conductive thread work that runs along the entire length of the backing. There are two types of adhesives used in this type of tape: mechanical or electrical. Mechanical adhesives use physical forces to apply the adhesive. Electrical adhesives use electrical energy to apply the adhesive, thereby allowing it to be more powerful.
The amount of adhesive will determine the thickness of the vinyl material that the tape will be applied to. Adhesive tapes are usually applied with a trowel and will provide a smooth, flat surface for the adhesive to adhere to. The thickness of the adhesive material that is used in the application of the tape will vary, depending on the application, the total thickness of the u.s. pat. Polyurethane film, and material of the backing.
When measuring the thickness of the tape, one must consider the total weight of the carrier, which will include the backing and the u.s. pat. Polyurethane film that will adhere to it. The measuring device used to measure the adhesive's strength is referred to as a torsion spring. This type of torsion spring is commonly found on packaging tapes that have been printed with adhesives and other materials.
The other consideration when measuring the strength of an adhesive tape is the type of fabric to be measured. Some tapes are manufactured from a combination of different materials. These materials may include; polyurethane foam, polyurethane, polyester, nylon, cotton, and weft fibers. Most manufacturers specify the thickness of the electrically conductive stretchable fabric on the packaging tape's packaging slip. The thicker the material of the tape, the stronger the tape will be.
