Tissue/PET Thin bond Adhesive Tape

Thin bond adhesive tissue or PET (Polyethylene Terephthalate) tapes are specialized forms of adhesive tapes that leverage the unique properties of their respective backing materials—tissue paper or PET film—to provide specific advantages in various applications. These tapes are designed to be thin yet strong, offering a high degree of conformity, flexibility, and durability, making them suitable for a wide range of uses.

Tissue Tape
Tissue tapes are made with a lightweight tissue paper backing. They are coated with an adhesive on one or both sides (double-sided or single-sided, respectively). The thin tissue backing allows for excellent conformability and flexibility, making these tapes ideal for applications requiring a strong bond in a thin profile that can conform to irregular surfaces or be wrapped around corners.

Applications:

Mounting lightweight objects.
Splicing of papers, films, or foils.
Laminating different materials in arts, crafts, and light industrial applications.
Temporary holding or positioning of parts in manufacturing processes.

PET Tape
PET tapes use a thin PET film as their backing material. These tapes are known for their excellent tensile strength, chemical resistance, and temperature resistance. PET tapes can be clear or colored and are often used in applications where strength, durability, and resistance to environmental factors are important.

Applications:

Mounting and bonding in the electronics industry, where their thin profile and strength help in the miniaturization of devices.
Labeling and identification, as they can be printed on and are resistant to chemicals and solvents.
Insulation and splicing in electrical applications, benefiting from their dielectric strength and resistance to high temperatures.
General industrial applications requiring a strong, durable bond with a thin adhesive layer.
Both tissue and PET tapes can be customized with different types of adhesives (such as acrylic, rubber-based, or silicone) to meet specific adhesion requirements, including varying degrees of permanence, temperature resistance, and suitability for different materials (plastics, metals, glass, etc.). Their thin bond characteristics make them particularly useful in applications where a minimal adhesive profile is desired or necessary, blending strength with subtlety.