Customized Vibrating Screen For Pigment Resin/Vibrating screening machine
The screen machine is produced by China Xinxiang Dayong Vibration Equipment Co., Ltd. According to the screening problems in the market, combined with the production technology and experience of many countries, the high-efficiency vibrating screen machine is developed, with high screening accuracy and high efficiency. Convenient and easy to maintain. In order to meet different production needs, Dayong has continuously developed and successfully developed products of various specifications to meet the characteristics and requirements of raw material screening and filtration in various industries.
Rotary vibrating screen machine is designed as a high-precision screening machinery. vibrator sieve sifter is composed of vertical motor,and eccentric weight installed at two ends.We can produce horizontal, vertical, inclined motions by adjusting the upper and lower eccentric weight.Material can be divided into all carbon steel,contact part stainless steel and all stainless steel.
Customized Vibrating Screen For Pigment Resin/Vibrating screening machine developed and produced by Xinxiang Dayong Vibration Equipment Co., Ltd. can be used in chemical, pharmaceutical, food, abrasive, ceramics, paint, pollution treatment, environmental protection and other industries. Among the manufacturers and customers, it has been widely praised. The products of different specifications produced by the company have different production output and screening grades to meet the different needs of customers and different screening purposes.
Rotary vibrating screen uses upright motor as the source of vibration, and it is equipped eccentricity hammer on the both sides of motor. Adjust the phase angle on the both sides of the top and bottom to change the movement orbits of the screen surface. It can be equipped with screen cloth cleaning device to avoid clogging effectively. The vertical horizontal and inclined movement of the machine, the track of materials on the screen can be controlled by adjusting the angle of the two eccentric weights.
