Black Silicon Carbide Abrasive Linear Vibrating Screen

Black Silicon Carbide Abrasive Linear Vibrating Screen is a special screening equipment, mainly used for efficient and continuous screening of abrasives and other materials. ‌

The working principle of the black silicon carbide abrasive linear vibrating screen is to use the rotation of the motor to vibrate the raw materials in the screen box, and adjust the amplitude and frequency of the vibrator to achieve screening effects of different particle sizes. ‌

Efficient screening: The exciting force generated by vibration can efficiently separate fine particles of materials, with high screening efficiency and output. ‌

Multiple sieve hole sizes: The screen can be replaced with different sieve hole sizes as needed to meet the screening requirements of materials in different particle size ranges. ‌

Low energy consumption: Compared with traditional screening equipment, the abrasive linear vibrating screen uses a vibrating motor as the power source, which has lower energy consumption and more cost-saving. ‌

Simple structure: The structure of the abrasive linear vibrating screen is relatively simple, easy to maintain, and has a low failure rate. ‌ Strong adaptability: Suitable for screening of various granular and powder materials, widely used in mining, metallurgy, chemical industry, building materials and other fields. ‌

The structure of the black silicon carbide abrasive linear vibrating screen usually includes a screen box, a single or double vibrator, a spring shock absorber, a screen, a feeding device, a flow guide device, etc. The screen box is the main part of the linear vibrating screen, usually welded from steel plates, and has sufficient strength and rigidity. The vibrator is the power source that generates vibration during the screening process, usually driven directly by a motor and connected to the screen box through a seal. The spring shock absorber is used to reduce the impact force of the vibration to ensure that the entire system vibrates smoothly and reliably. The screen is the main component used to screen raw materials, and its selection needs to be based on the production process and material characteristics.