Winner Plane Rotary Vibrating Sieve for Food Industry
Product Quick Detail
- Payment Terms
- D/P, D/A, T/T, L/C
- Minimum Order
- 1
- Place Of Origin
- Henan, China
- Model
- XCHX
- Motor Rotation Rate
- 960rpm
- FOB Price
- USD $2,896.00 / Piece
- Packaging
- reach to the requirements of the sea transportation
- Delivery
- 30 Days
Specifications
Overview:
Winnerplane rotary vibrating sieve is the most effective sieve screening equipment to simulate the principle of artificial sieve movement. The principle of plane rotary motion is adopted to reduce the basic load of the equipment. Meet all ultra-fine powder and granular materials, especially difficult to handle materials.
Structure :
Mainly by the screen box, drive device, sieve frame, support frame and damping devices and other components.
Advantage :
It has the features of reasonable design, simple structure, stable operation, full-closed structure, high screening efficiency, high utilization ratio of screen, small space, convenient installation and processing, easy to be used in assembly line production, no pollution and low noise.
- Country: China (Mainland)
- Business Type: Manufacturer
- Market:North America, South America, Eastern Europe, Southeast Asia, East Asia, South Asia, Central America,Africa
- Founded Year:1954
- Address:No.1, Gongye Road, Xinxiang County, Henan Province, China
- Contact:Anne Gao
Other products from Henan Winner Vibrating Equipment Co.,Ltd.
Relate products of Winner Plane Rotary Vibrating Sieve for Food Industry
vibro sifter is a high precision fine powder screening machine.The fundamental principle of vibrating screen machine is that the unbalanced weight dropper installed on the top and bottom ends of motor changes the rotation motion of motor to horizontal, vertical and inclined ...
Main characteristic:changed the signal mode of motion into compound ones of the cleaning equipment. Integrating characteristics of the vibrating screen and plane rotary screen, the change of movement on the screen surface and impurity characteristics of the material form a best ...
