A matte black acrylic tape utilizing a PI substrate, laminated with a transparent release liner. The tape features strong adhesion of the surface coating and a low-gloss, matte finish. It is characterized by high tack and leaves no adhesive residue upon removal.
Polyimide tape features superior electrical properties, including high insulation, high-temperature resistance (up to approximately 280°C), resistance to acids and alkalis, and low electrolysis. It is ideally suited for masking and protecting "golden fingers" (contact points) on Printed Circuit Boards (PCBs) during SMT reflow soldering and wave soldering processes; upon removal, the masked area leaves behind no adhesive residue.
Double-sided adhesive tape utilizes cotton paper as its base material, coated with an acrylic-based adhesive. It features exceptional bonding strength and holding power, resistance to rebound and curling, and excellent temperature resistance.
This custom-printed kraft paper tape for takeout packaging utilizes kraft paper as its base material and is coated with a modified starch adhesive. It is primarily categorized into four types: water-activated kraft paper tape, self-adhesive kraft paper tape, water-activated reinforced kraft paper tape, and self-adhesive reinforced kraft paper tape.
Constructed with a polyethylene-laminated cloth backing. This high-tack tape features exceptionally strong adhesion, is easy to tear by hand, possesses high tensile strength, and offers resistance to oil, wax, and corrosion. It is suitable for heavy-duty packaging and carton sealing, securing carpet seams, bundling cables and telephone lines, providing protective covering for wiring runs, and sealing rubber and insulation joints.
Plastic Film-based Printed Tapes: These utilize plastic films—such as BOPP, PET, and Polyvinyl Chloride (PVC)—as their substrate. Among these, BOPP printed tape is widely used in the packaging industry due to its excellent transparency, stiffness, and cost-effectiveness; PET printed tape, conversely, offers higher strength and heat resistance, making it frequently used for the packaging of electronic and electrical products.
