Reciprocating Screening Machine

The reciprocating screening machine is a device that uses mechanical drive to achieve periodic linear reciprocating motion of the screen surface, thereby completing the material classification and screening.
Usage: Material classification and screening
Capacity: 1 – 5 tons per hour
Particle size: 3 – 50mm
Applicable raw materials: It can be used in various industries such as mining, coal, metallurgy, chemical industry, food, construction, and pharmaceuticals, for screening various materials such as ores, mineral powders, coal, coal gangue, chemical raw materials, catalysts, grains, and oils.

Description

The reciprocating screening machine is a screening equipment widely used in multiple industries. It is composed of a driving device (including motor, reducer, crank and connecting rod mechanism), a screen box (including box body, side plates, cross beam, screen mesh), a supporting device (including damping spring, feeding device, discharging device, automatic cleaning system, frame), etc.
The characteristics of the reciprocating screening machine:
Motor power: 4 – 7.5KW
Sieve particle size: 3 – 50mm
Production capacity: 1 – 5 tons per hour
The screening efficiency is high, the application range is wide, the structure is simple, the performance is reliable, and the screening capacity is large and economically practical.
Various materials are provided, and stainless steel can be selected.
Application of reciprocating screen:
The reciprocating screen separator is a device that realizes material classification through reciprocating motion. With its efficient screening capacity, stable operation status, and adaptability to various materials, it has been widely applied in multiple fields.
1. In the mining industry, the reciprocating screen separator plays an important role. After mining, ore needs to be crushed, and the particle size of the crushed ore is usually uneven. The reciprocating screen separator can classify these ores and separate different particle sizes to meet the requirements of subsequent beneficiation, smelting and other processes for ore particle size.
Benefits: Improve beneficiation efficiency and ore utilization rate.
2. The building materials industry is also an important application field of the reciprocating screen separator. In cement production, raw materials such as limestone and clay need to be crushed and screened. The reciprocating screen separator can screen out the appropriate particle size of these raw materials.
Benefits: Ensure the stability of cement raw material quality.
In the sand and stone production, it can classify the crushed sand and stone, and produce different specifications of sand and stone for construction projects, road construction, etc.
Benefits: Meet the requirements of different projects for sand and stone particle size.
3. In the chemical industry, the reciprocating screen separator is often used for the screening and classification of chemical raw materials. Many chemical raw materials will form different particle sizes during production. Through the reciprocating screen separator, qualified particle sizes of raw materials can be screened out. Benefits: Ensure the quality of chemical products.
4. The food industry has high requirements for the purity and particle size of materials. The reciprocating screen separator, due to its clean and hygienic characteristics, is also applied in this field. In grain processing, such as cleaning and classifying wheat and corn, the reciprocating screen separator can separate impurities and different particle sizes from the grains.
Benefits: Improve the purity and quality of grains.
In the production of food additives, it can screen the additive particles.
Benefits: Ensure that the particle size of additives meets the standards of food production.
5. In the environmental protection industry, the reciprocating screen separator can be used for material separation in the waste treatment process. Urban waste has complex components. Through the reciprocating screen separator, different particle sizes of waste can be classified, making it easier for subsequent incineration, landfill or recycling.
Benefits: Improve the efficiency of waste treatment and resource recovery rate.

Techspecs

Model Motor Power (kw) Capacity (t/h) Moving Stroke (mm)
WFS1 4 1-2 50-200
WFS2 4 2-3 50-200
WFS3 5.5 3-4 50-200
WFS4 7.5 4-5 50-200

Faqs

(1) Excessive moisture in the fertilizer (particle adhesion blocking the sieve holes) (2) Mismatch between sieve mesh size and fertilizer particle size (fine sieve causing material to clog) (3) Inadequate cleaning (residual materials caking and blocking the sieve holes)
(1) Bearing wear / Lack of oil (Excessive clearance of the main shaft bearing, resulting in friction sounds during rotation) (2) Loose parts (Loose screws of the sieve frame and the motor base, causing vibration and impact during operation) (3) Metal hard objects mixed in the materials (Colliding with the screen or the sieve frame)

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