linear screen model

Xinmi linear screen is a type of vibrating screen used for screening and grading various materials. It is widely used in industries such as metallurgy, mining, coal, building materials, and chemical engineering. The Xinmi linear screen model is designed to have a stable and reliable performance, high screening efficiency, and low noise.

The Xinmi linear screen model is composed of a screen box, screen frame, vibration motor, damping spring, and other components. The screen box is made of high-strength steel, which ensures its strength and durability. The screen frame is made of high-quality carbon steel or stainless steel, which enhances its corrosion resistance and prolongs its service life.

The Xinmi linear screen model adopts a dual-motor drive system. The vibration motor is installed on the two sides of the screen box, which drives the screen box to perform a linear motion. The dual-motor drive system ensures a stable and reliable operation, and the adjustable amplitude and frequency settings allow the screen to adapt to different materials and achieve optimal screening efficiency.

The Xinmi linear screen model also features a unique damping spring design. The damping spring is installed between the screen frame and the support frame, which effectively reduces the impact and noise generated during the operation of the vibrating screen. The damping spring also enhances the stability of the screen, preventing it from shaking excessively and ensuring a smooth and efficient screening process.

In addition, the Xinmi linear screen model is equipped with a multi-layer screen, which allows for the separation and classification of different materials according to their particle size. The screen layers are made of different materials such as woven wire mesh, polyurethane, or stainless steel wedge wire, which enhances their wear resistance and prolongs their service life.

Overall, the Xinmi linear screen model is a high-performance vibrating screen that is widely used in the screening and grading of various materials. Its stable and reliable performance, high screening efficiency, and low noise make it a popular choice for many industries.