In the electronics industry, the carrier belt is like a car box carrying goods. The carrier belt also plays such a role in production. Everyone knows that if a car doesn’t have a box for goods, the so-called transportation is worthless. If the carrier belt is not molded, it will not be packaged and the product cannot be protected and loaded. The carrier belt carries the automatic production of the electronic industry and is also the packaging and carrier of electronic components. This position is irreplaceable. So how to determine the spacing of carrier tape
let’s understand:
P1: the distance between the center holes of two adjacent forming grooves indicates that the increasing law of P1 is a multiple of 4; Determine the transverse and longitudinal device direction of the element; Lateral (A0) data of measuring element is for reference only. Dimension data (A0) below 3.2mm 3.2mm — 5.5mm 5.5mm — 10.5mm 10.5mm — 13.5mm 13.5mm — 17.5mm 17.5mm — 21.5mm 35.5mm — 47.5mm 25.5mm — 28.5mm 28.5mm — 32.5mm 32.5mm — 36.5mm 36.5mm — 40.5mm. Suitable spacing (P1) p1 = 4mm P1 = 8mm P1 = 12mm P1 = 16mm P1 = 20mm P1 = 24mm P1 = 28mm P1 = 32mm P1 = 36mm P1 = 40mm P1 = 44mm.
—spacing of carrier tape

The “stiffener” design of the carrier slot can reach the forming depth of 30mm, not easy to deform, the compressive strength reaches 63 MPa, and the shrinkage (60 / 85% pH) is 0.1%. The professional mold design and molding process enable the carrier belt to be folded at 180 degrees for 5 times without fracture marks, which completely solves the problem of insufficient toughness and easy fracture of the product. The back blow molding technology is adopted in the production of the carrier belt to ensure that the groove size of the carrier belt is accurate to 0.05 mm, and the “R” angle size is 0.1 mm, which can be accurately formed without blocking materials.
—spacing of carrier tape
There are two main materials for carrying tapes: plastic (polymer) and paper. Embossed carrier belt is mainly composed of plastic materials. The mainstream in the market are polycarbonate carrier, polystyrene and acrylonitrile butadiene styrene copolymer carrier. In addition, there are some carrier tapes made of polyester, APET and other materials. The stamping carrier tape is mainly made of paper material or polyethylene composite material. The purpose of carrier tape can be divided into: special carrier tape for integrated circuit, special carrier tape for transistor, special carrier tape for chip level led, special carrier tape for chip level inductance, integrated patch carrier tape, special carrier tape for chip level capacitor, special carrier tape for patch connector, etc
—spacing of carrier tape