Industrial Siever

It is also one type of siever used to seperate the materials according to required mesh,and also divided as layers.

We offer Eccentric Sieve Machine that has high quality vibration exciter and partial block that helps in the adjustment of amplitude. Our Eccentric Sieve Machine is made as per the needs of the users.

Composed of :

• Main frame
• Screen web
• Electric motor
• Eccentric shaft

Features :

• Reliable
• Sturdy exciter
• Excellent efficiency
• Minimum noise
• Durable
• Easy maintenance
• Ensures safety
• Multi layers
• Easy change of screen plates because of Eccentric type system
• Maximum screening capacity
• Screen body resistant to vibration

Applications :

• Mining
• Construction industry
• Transportation
• Energy plants, etc

Vibrating screen are used to separate materials into various sizes for further processing, or for end use. Depend on our need. The material is separated by passing it through a vibrating “screen box” which has a number of different sized screens, or meshes, which the material falls through like a sieve, the material falls onto attached conveyors which stock pile the end products. The end products can then be used in the building and construction industries.

    Features of vibrating screen:

•      High screening efficiency

•      High capacity and reliability

•      Long bearing lifetime

•      Easy maintenance

Rotary Sieving Machine

Rotary sieving machine is suitable for size grading of solid materials, especially sticky or fibrous materials. It can be used separately or used together with other equipment to form a production line. As a result of its reliable performance, smooth operation and low noise, the rotary sieving machine is sought after by customers around the world.

Structure
The rotary sieving machine is mainly composed of machine base, shell, material propulsion unit and electric motor.

Working Principle
The rotary sieving machine adopts a cylindrical sieve. The materials to be sieved are continuously turned over by a scraper blade in the cylinder. Then fine materials are forced through the meshes of the sieve and others are propelled forwards and discharged via the outlet.