久久精品国产亚洲精品91_在线观看 日韩 福利_国产成人在线小视频_日韩AV免费影院在线观看_惠民福利后入内射国产一区二区_天天影视色欲综合网久久_好男人看的视频2024免费_亚洲激情欧美偷拍_在线观看少妇免费三级_福利十八禁柔术超清视频

The advantages of gas-assisted technology in gas-assisted product processing are as follows:

1, gas-assisted technology to save plastic raw materials, the savings rate can be as high as 40 percent. (The product becomes hollow, significant savings in plastic materials.)

2, gas-assisted process to solve and eliminate the problem of surface sink marks.

3, gas-assisted products to shorten the product production cycle time. (As the weight of plastic products is reduced, so that the plasticization time and the cooling time of the product is relatively reduced, to achieve the entire production cycle time is shortened, up to 30 percent.)

4, gas auxiliary to reduce the internal stress of the product, so that the product is not deformed.

5, gas-assisted product design simplifies the product of complex design. (Reduce the cost of investment in manufacturing molds)

6, gas-assisted technology to reduce the pressure inside the mold cavity, so that the loss of mold and reduce the working life of gas-assisted mold

7. Gas-assisted process application improves the working life of the injection molding machine and reduces the investment cost of the injection molding machine.

8, gas-assisted molding technology to reduce the injection molding machine clamping pressure, up to 50 percent. (Gas-assisted system can provide high-pressure gas as a pressure preservation effect, so injection molding machine clamping pressure can be greatly reduced)

9. The adoption of gas-assisted technology has reduced the power consumption of the injection molding machine. (Because of the drop in clamping force of the injection molding machine and the shortened production cycle time of the product, the power consumption is reduced.)

10. The cost of gas-assisted tooling investment is more cost-effective, and gas-assisted technology reduces the investment cost for developing the tooling. (Since the complicated product design is simplified, the cost of investing in manufacturing tooling can be reduced; the clamping pressure is reduced, and the relative gas-assisted tool wears. Also reduced).