Abstract: A molding method of hot-melt extruded adhesive tape includes a banded or foliated carrier with peelable surface. A feed mechanism is used to feed the carrier by a conveying mechanism. The thermoplastic rubber can be extruded by the extrusion feed mechanism onto the carrier's peelable surface through 0.2 mm˜1.0 mm extrusion port, so that at least a thin-profile and flat extruded adhesive is formed on the peelable surface. An intermittent controller enables the thermoplastic rubber to be arranged onto the carrier's peelable surface at interval or in continuously-extended pattern. A hardening mechanism is used to speed up the hardening of extruded adhesives into solid adhesive. The method can improve substantially the fabrication efficiency of the hot-melt extruded adhesive tapes, thus saving the material cost and improving the adhesion strength with better advantages and applicability.

Abstract: The present invention provides a hot-melt extruded adhesive tape, including a banded or foliated carrier and an extruded adhesive incorporated on the peelable surface of the carrier. The extruded adhesive is extruded onto the peelable surface of the carrier or leveled with a thin-profile surface during molding. The thermoplastic adhesive material can be extruded onto the carrier's peelable surface by intermittent feed controller and then arranged at interval. The fabrication efficiency of the thin-profile adhesive tapes is improved, thus saving the material cost and improving the adhesion strength with better advantages and applicability.

Abstract: An elastic strip with self-adhesion effect of double viscosity has self-adhesive first, second elastic layers and at least a release paper. The first and second elastic layers are molded by mixing thermo plastic rubber, resin and bonding agent to realize self-adhesion and scalability of the entire plate structure. The first and second adhesion surfaces formed at one side of the first and second elastic layers not yet mated are provided with different adhesive strength. For two bonding surfaces formed at first and second elastic layers, the adhesive strength is larger than that of the first and second adhesion surfaces. The release paper is adhered onto either the first or second adhesion surface, and can be easily peeled off. Due to self-adhesion without debonding and residual gelatine, the elastic strip can be widely applied to multi-functional adhesive products resisting overturn, sliding, shock and theft, thus improving the living quality and convenience.

Abstract: The adhesive patch of the present invention can be single layer or double layer. The patch layer is made of TPE, a resin, and a binder, forming an entire patch layer without adhesive pasted over the patch layer to be self-adhesive and elastic. The patch layer has a predetermined length and thickness and defines two side surfaces and a peripheral surface. The adhesive patch of the present invention is self-adhesive, durable, and without residue, so that it can be used widely for anti-spill, anti-slip, earthquake proof, anti-theft, and adhesive properties to improve quality and convenience of products.