The tentering of the cloth on the Hot Air Stenter is produced by the chain. The chain of the Hot Air Stenter is driven by a high-power motor near the place where the cloth falls. The chain is equipped with a needle plate. When the cloth enters the chain, the cloth is pressed on the needle plate by the brush wheel on the cloth presser, and the cloth is It can enter the oven under the drive of two chains. The chain of this Hot Air Stenter is different from other Hot Air Stenters. It can control the stretch of each pin clip separately to achieve good results. Some Hot Air Stenters cannot regulate each pin clip, but Can adjust the growth of square or trapezoid.
Hot Air Stenter is a machine used for industrial manufacturing and shaping. Hot Air Stenter can be divided into: Hot Air Stenter for shoe upper, Hot Air Stenter for socks, Hot Air Stenter for fabric, Hot Air Stenter is mainly used for weaving and shaping machine. Ordinary Hot Air Stenter uses heat-conducting oil to heat the air in the Hot Air Stenter, and then stops heating the fabric. When the fabric reaches a certain temperature and persists for a certain period of time, the fabric structure changes and reaches the finalized purpose.
There are several ways to eliminate static electricity on the Hot Air Stenter by Flat Screen Printer Factory. The most common way to eliminate static electricity in the factory is to connect a ground wire to the machine and lead the static electricity on the machine to the ground through the ground wire; The second is to prevent the generation of static electricity by increasing the humidity in the air by humidifying, because the higher the humidity, the lower the generating capacity of static electricity, and the drier air is more likely to generate static electricity; the third is to use static electricity elimination The device is installed on the machine to eliminate static electricity. This is an effective way to eliminate static electricity on the machine, eliminating static electricity, and the human body will not feel electric shock.