The carrier tape is stored from the production molding to the receiving system software. So what is the role of the carrier belt for protection? The rubber disc is necessary for the production of the carrier belt, and the material receiving must be carried out separately, because the carrier belt is a plastic sheet with pockets, and part of the forming will be accumulated together during coiling, resulting in the deformation of the carrier belt into waste products, and the isolation belt will have effect when all carrier tape are produced.
Carrier tape is an electronic packaging material composed of plastic tape. The molding principle is to heat the raw materials of leather products to a certain temperature through the heating part of the belt carrying molding machine, inject molding through the molding abrasive, break through the side hole through the hardware mold, and then pull forward through a part of the tension belt. When the set strain rate is achieved, the barrel rolling position is cut by laser to produce the roll, and then the roll is released.

The carrier tape is mainly used for chip insert operation of electronic components. When combined with the cover belt, the electronic components are stored in the carrier belt packaging, and the packaging is generated together with the carrier belt cover belt, so as to protect the electronic components from environmental pollution and impact. During the operation of electronic components, tear off the cover belt, and the patch machine and equipment successively take the components in the download belt through the accurate positioning hole of the carrier belt, and install them on the circuit board to produce a detailed electric control system.

The carrier tape is widely used to package integrated circuits, semiconductors, quartz crystal resonators, oscillators, resistors, inductors, capacitors, connectors, light-emitting diodes, safety tubes, power switches, automotive relays, connectors, diodes, triodes, mobile phone shielding frames and other post electronic components. In addition to accuracy, accuracy and rapidity, the carrier belt can also fully consider the provisions of the electronic characteristics of the natural environment, such as cold, heat, magnetism, ultraviolet light, anti-static and environmental protection, which is in line with EIA standards.