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

Product Introduction

The circular vibrating screen is a highly efficient and precise screening equipment commonly used in industries such as chemical, food, and medicine. It is mainly used for the classification of powders and granular materials. It has a circular structure and can be equipped with 1 to 5 layers of screen meshes. It can simultaneously complete the separation of multiple particle sizes. Compared with traditional vibrating screens, its screening accuracy is 10% to 30% higher, and it can also reduce screen mesh clogging and lower operating noise. The equipment is convenient for replacing screens and has simple maintenance. It can meet the strict hygiene requirements of the food and medicine industries.

Working principle

The working principle of the circular vibrating screen is that it is driven by an electric motor, causing the equipment to perform a combined motion of revolution and rotation. This simulates the bouncing trajectory of manual screening. This movement enables the materials to be evenly dispersed and slide rapidly on the screen surface. It can not only efficiently pass through the screen mesh for classification, but also reduce the clogging of sticky or easily agglomerated materials on the screen mesh. At the same time, it ensures the screening accuracy and processing capacity, and meets the requirements of fine screening in multiple industries.

Product Features

1. High screening efficiency: Compared with traditional vibrating screens, the screening accuracy is improved by 10% - 30%, the processing capacity is larger, and it can quickly complete the classification of powders and granular materials, reducing the accumulation and retention of materials.
2. Good anti-block effect: The special movement trajectory can reduce the blockage of sticky and easily agglomerated materials on the screen mesh, reduce the frequency of equipment shutdown for cleaning, and ensure continuous operation.
3. Flexible functions: Supports 1 - 5 layers of screen mesh design, can simultaneously achieve multi-granularity level separation, and is suitable for different screening requirements.
4. Easy to use and maintain: Screen mesh replacement is convenient, the equipment structure is simple, cleaning and maintenance operations are simple, and it reduces labor and time costs.
5. Strong adaptability: Low operating noise, and can meet the strict hygiene standards of industries such as food and medicine, applicable to multiple fields such as chemical engineering and mining.

Chemicals, food and spices, plastics, mining, pharmaceuticals, woodworking and plywood, metallurgy, rubber, feed, fertilizer, sugar and industries, etc.

Packing and shipping

1. Package:

Choose a wooden box with sturdy packaging materials to provide adequate protection and support.

2. Logo and documentation:

Clearly mark the name, model, weight, size and quantity of the equipment on the packaging.
3. Prepare necessary shipping documents and certificates, such as invoices, packing lists, transportation contracts and insurance certificates, etc.
4. Shipping method:

Choose the appropriate shipping method, such as sea, air or land, making your choice based on destination and time requirements.

Why choose us

About us

 

 

FAQ

Q1: What particle size ranges is the Electric Tumbler Sieve suitable for?
A: Electric Tumbler Sieve is suitable for a wide range of particle sizes, from micron-level fine particles to millimeter-level coarse particles, and can be screened and classified.

Q2: What is the screening accuracy of the electric swing screen?
A: The screening accuracy of the electric swing screen depends on factors such as screen hole size, material properties and screening parameters. Normally, it can achieve high screening accuracy and can meet the screening requirements of different particle sizes.
Q3: What are the advantages of Electric Tumbler Sieve compared with other types of screening equipment?
A: Compared with other types of screening equipment, Electric Tumbler Sieves have higher screening accuracy, screening efficiency and flexibility.