I. Introduction to Single-Deck Horizontal Vibrating Screen

The single-deck horizontal vibrating screen is widely utilized in industrial production for screening, classifying, and separating materials. It separates materials into different grades based on their size, shape, and specified particle size, fulfilling production and processing requirements. Composed of a limited number of primary components such as a motor, main drive shaft, exciter, and screen body, the single-deck horizontal screen boasts a relatively simple structure that facilitates easy installation and maintenance.

II. Working Principle of Single-Deck Horizontal Vibrating Screen

The motor transmits driving force to the main drive shaft through a belt transmission mechanism, which in turn drives the exciter to generate linear vibratory force. This force causes the screen body to vibrate on the buffer springs. The vibration of the screen body is then transmitted to the material through the screen surface, enabling it to stratify, classify, and separate on the screen. Finer particles pass through the screen holes into the underscreen chute, while coarser particles remain on the screen. This continuous vibration and screening process achieves precise screening and classification of materials, making it suitable for handling and separating granular materials across various industries.

III. Characteristics of Single-Deck Horizontal Vibrating Screen

1. Simple Structure: The single-deck horizontal vibrating screen has a relatively simple structure composed of a limited number of primary components, facilitating easy installation and maintenance.
2. Vibration Mode: It employs a linear vibration mode with the exciter force angle set at approximately 45 degrees to the horizontal, effectively stratifying and classifying materials.
3. Continuous Operation: Continuous reciprocal vibratory force enables continuous screening of materials, making it suitable for scenarios requiring sustained processing of large quantities of materials.
4. Buffer Springs: Equipped with buffer springs, the screen body reduces dynamic loads on the screen machine's support foundation, minimizing vibration transmission and noise, thereby enhancing the screen's stability.
5. Precise Screening: The single-deck horizontal vibrating screen can accurately screen and classify materials according to specified particle size requirements, meeting quality and size standards in production and processing.
6. Wide Application: Widely used in industries such as mining, metallurgy, chemicals, building materials, and food processing for screening, classifying, separating, and removing impurities from granular materials.
7. Energy Efficiency: With its simple structure and relatively low energy consumption, the screen achieves high screening efficiency, enhancing production efficiency and conserving resources and energy costs.

The device employs a linear vibration mode with the exciter force angle set at 45 degrees to the horizontal. This vibration mode efficiently stratifies and classifies materials, enhancing screening efficiency. The continuous reciprocal vibratory force enables continuous screening of materials on the screen surface, making it suitable for scenarios requiring sustained processing of large quantities of materials. The single-deck horizontal vibrating screen's wide application in various industries, coupled with its simple structure, high vibration transmission efficiency, and low energy consumption, makes it an efficient and cost-effective solution for screening, classifying, separating, and removing impurities from granular materials.