Stainless Steel Vibration Filter Sieve Slurry Vibration equipment

Introduction

Stainless steel vibration filter sieve slurry vibration equipment is a kind of closed and light weight vibrating sieve equipment, it uses a vibration motor as the vibration source, which make the material jump in straight line on the screen surface, material evenly go into the feed port of linear vibrating screen from the feeding machine, generating multiple materials through the multiple layer grain linear vibrating screen, and be discharged from each outlets.

ZS series high-frequency screen is a kind of new and efficient sieving equipment, which bears a linear track of its screen-box movement. This series is a successful model by the organic combination of probability theory with the engineering practice. The probability screen has an almost perfect performance because of its totally novel concept of design and its unique structure and screening fundamentals so that there lays an extensive prospect for its application.

ZS series high-frequency screen is designed with full demonstrability and utmost optimization in additional to the introduction of the advanced techniques of Germany and Spain and other countries as well as the comprehensive consideration of the conditions in our own country. Compared with the commonly-used machine this series bears extremely high screening efficiency.

Application
Linear vibrating screen is widely used in mining, coal, refractories, metallurgy, building materials and other industries.It is usually used for the screening and grading materials in large, middle and small particles.

Advantages and Feathers
1. Less energy consumption,lower noise,longer service life
2. The beam and screen box are connected by high strength blot without welding
3. High accuracy screening efficiency,simple and stable structure, convenient maintenance
4. Suitable for rough screening with high capacity
5. Long travel distance for materials on the screen surface, high screening efficiency

Technical Datas:

Selection Conditions