Hangzhou Guozhen Wanxin Coating Equipment Manufacturing Co.,Ltd

Zhejiang, China

We are offering portable flocking machine. Light in weight, portable type, the switch be designed on the handle of flocking gun, easy to control and operate technical data:high voltage generatorinput power:220v ac10% , 50-60hzor 110-120v acoutput voltage:0-80kv negativeoutput current:150uavoltage 110v/220v weight 5 kg.

We are offering electrostatic flocking machine. New style flock gun is installed in flocking machinethis is a electrostatic flocking machine which is used for garmentschest printing , decoration pcs, packing products etcthis is a electrostatic flocking machine which is used for garmentschest printing , flock decoration pcs, flock packing products etc . It works 220 volt normal electrecity.it work in the range from 6 inch .

We are offering manual flocking machine. Be good for flocking on clothes, shoes, wall, christmas tree, car parts and so on an electrostatic flocking system having a supply hopper for controllably entraining flock fibers within a propelling air stream, and for feeding the entrained fibers to an electrostatic flocking gun. The fibers and propelling air pass through the gun and into a nozzle at the front of the gun having an elongated forwardly open chamber. An elongated electrode is carried within the nozzle chamber and is coupled to a suitable electric power source for electrostatically charging the fibers and for directing them forwardly over the entire length of the chamber toward the surface of an article being coatedworking principle:the electrostatic flocking machine is a high voltage generator. The principle of work is that unlike charges attract each other.when the electrostatic flocking machine working, it generates high voltage and the flock has a negative charge. Put the substrate at a zero potential or earthed. The flock flies vertically onto the surface of the substrate on account of the attraction by the substrate. The substrate was glued before flocking. So the flock stuck vertically onto the surface of the substrate.