To achieve the purpose of screening through reasonable mesh matching, it is suitable for screening any dry material with a particle size of 0.074-2mm. The maximum feed size is greater than 10mm. The screen frame is available in both wooden and iron structures, with up to 6 layers.

In addition to the standard linear screen models, other models such as 1030, 1035, 1040, 1235, 1236, 1240, 1530, 1535, 1540, and 1860 are also available. Since the linear vibrating screen is a non-standard model, the parameter table is not provided here. Special models and specifications of linear vibrating screens can be designed according to user requirements.

Application of Linear Screen: The GC series linear vibrating screen applies the self-synchronizing vibration principle, using vibration motors as the vibration source, rubber springs as shock absorbers, and highly wear-resistant materials as screen plates. Advanced technologies such as eccentric compression sealing ensure long service life, low noise, and high screening efficiency. The ZS series linear light vibrating screen is suitable for screening sintered ore, natural ore, coke, and other powdered or granular materials. It is widely used in metallurgy, mining, building materials, and other industries.

1. Cost Advantage: Using a wooden screen frame significantly reduces the manufacturing cost of the linear vibrating screen. Compared to an iron frame, the manufacturing cost can be reduced by 10%. For small and medium-sized users, saving on procurement costs means an increase in total production value.

2. Maintenance Advantage: Wooden screen frames offer significant advantages in subsequent maintenance. Made from high-quality wood, users can rest assured about durability, and subsequent maintenance and replacement are straightforward. Due to this advantage, users can consider stocking multiple sets of screen frames. When replacement is needed, the entire frame can be replaced directly, ensuring production efficiency.

3. Screening Effect Advantage: Using a wooden screen frame does not affect the characteristics of the material and does not compromise material quality during the screening process. Due to the properties of some materials, using an iron frame may affect material characteristics.

The linear vibrating screen/linear screening machine uses two vibration motors as the vibration source. When the two motors rotate relative to each other, the eccentric blocks at both ends generate the rated excitation force. The lateral excitation forces cancel each other out, while the longitudinal excitation force is transmitted to the entire screen surface through the vibration transmission body. This causes the material on the screen surface to jump toward the discharge port under the excitation force. Material smaller than the screen mesh falls through to the lower layer and is discharged after continuous jumping, completing the material grading process.

III. Features

Suitable for screening, grading, impurity removal, and filtration of particles, with high processing capacity.

Simple structure, tight sealing, low noise, easy maintenance, and low energy consumption.

Can be equipped with one or multiple layers of screen mesh. Two vibration motors serve as the excitation source, ensuring obvious processing effects.

The power arrangement can be adjusted according to customer needs to adapt to specific production conditions.

This screening machine mainly consists of a screen box, screen frame, screen mesh, vibration motor, motor base, damping spring, and support frame.

1. Screen Box: Made of steel plates of different thicknesses welded together, it has certain strength and stiffness and is the main component of the screening machine.

2. Screen Frame: Made of pine wood or wood with minimal deformation, it is mainly used to keep the screen mesh flat for normal screening.

3. Screen Mesh: Available in several types, including low-carbon steel, brass, bronze, and stainless steel wire.

Linear Vibrating Screen Technical Parameters:

Chestnut Size Sorting Screen ZSF-1030 Linear Screen