High-yield stainless steel food-grade tumbler sieve grain separator

Product Introduction

The swing screen is an efficient fine screening equipment, featuring a multi-layer screen surface design. Through the three-dimensional swing motion of the screen body, material classification is achieved. Under the influence of gravity and swing force, the material slides and turns evenly along the screen surface, allowing particles of different sizes to quickly pass through the corresponding screen holes, while impurities or coarse materials are discharged from the end. It has advantages such as high screening efficiency, minimal material damage, low noise, and long screen mesh life. It is widely used in industries such as food, medicine, chemical engineering, and mining, especially suitable for the processing of fine powder and granular materials with high screening accuracy requirements.

Working principle

The vibrating screen is an efficient screening equipment used in the mining and construction materials industries. Its working principle is based on a three-dimensional swinging motion mechanism. The motor drives the eccentric mechanism to generate periodic tilting swinging vibrations, causing the screen surface to perform a "front-back, left-right, up-down" combined motion, allowing the materials to slide, flip and disperse on the screen surface. Small particle-sized materials pass through the screen for classification, while large particle-sized materials move along the inclined direction towards the discharge port, achieving precise separation.

Product Features

1. High screening efficiency: The three-dimensional composite swinging motion enables the materials to be fully dispersed, allowing small particles to pass through the screen quickly and ensuring high precision of classification.
2. Strong adaptability: The gentle swinging force reduces material damage, and it is suitable for special materials such as those with brittleness, viscosity, and tendency to agglomerate, thereby reducing the probability of screen hole blockage.
3. Good durability: Compared to high-frequency vibrating screens, it significantly reduces screen mesh wear and extends the service life of the equipment.
4. Stable operation: During operation, it has low noise and small vibration, and the process of material transportation and separation is highly controllable, making it suitable for continuous production requirements.