stainless steel round sieve
Monday December-04 2023 13:05:42
Stainless steel round sieve is a common vibrating screen machine with a wide range of application fields and superior performance. Stainless steel round sieve is suitable for handling various materials. Through vibrating screening, it can achieve particle size classification and screening of materials to meet the particle size requirements of different industries.
Stainless steel round sieve is a vibrating screening machine composed of a screen mesh and a screen box made of stainless steel. Stainless steel material has the characteristics of corrosion resistance, wear resistance and easy cleaning, making stainless steel round sieve widely used in food, medicine, chemical industry and other fields.
How Stainless steel round sieve works?
The working principle of Stainless steel round sieve is to vibrate the screen box and screen mesh through the vibration force generated by the vibration motor. Materials enter the screen box from above. Under the action of vibration force, smaller particles pass through the pores of the screen, while larger materials are blocked on the screen. In this way, materials can be separated according to different particle sizes.
Stainless steel round sieve has the following features
First of all, stainless steel materials have good corrosion resistance and are suitable for handling acidic and alkaline materials or materials that are prone to corrosion.
Secondly, the screen has high strength and wear resistance, and can adapt to high-intensity vibration working environments.
In addition, the stainless steel round sieve has a simple structure, is easy to clean and maintain, and meets hygienic requirements.
Application of Stainless steel round sieve
Stainless steel round sieve is widely used in multiple industries due to its superior performance and characteristics:
Food Industry: Stainless steel round sieve can be used in screening and grading operations in food processing. It can remove impurities, separate and control particle size of raw materials to ensure product quality and safety.
Pharmaceutical industry: In the pharmaceutical process, stainless steel round sieve is used for screening and particle size control of pharmaceutical powders. It removes impurities and ensures the purity and quality of medicines.
Chemical industry: Stainless steel round sieve is widely used in screening and classifying chemical raw materials. It can control the particle size of chemical products to ensure product uniformity and quality.
Building materials industry: In building materials production, stainless steel round sieve is used for screening and grading of stone, sand, cement and other materials. It can improve production efficiency and ensure product quality and consistency.
Mining industry: In mining and ore processing, stainless steel round sieve is used for screening and grading of ore. It can divide ores into different specifications according to different particle size requirements to facilitate subsequent mineral processing work.
How is Stainless steel round sieve screened?
Stainless steel round sieve uses vibration force and gravity to screen and classify materials.
The specific process is as follows: the material enters the screen surface of the circular screen from the feed port, and the circular screen starts to vibrate, causing the material to roll and jump on the screen surface. Smaller particles fall through the sieve holes into the discharge port below, while larger particles cannot pass through the sieve holes and continue to roll on the screen surface. In this way, the materials are divided into different levels according to their particle size to achieve the purpose of screening.
Vibration force can change the clogging of screen holes during the screening process and improve screening efficiency. At the same time, the size of the sieve holes will also affect the screening results. Different sieve hole sizes can achieve different particle size classifications. The entire screening process can be controlled and adjusted by adjusting the vibration force, screen hole size and screen form.
