Product Description
Product specifications
|
Material |
Low carbon steel (Q235) Stainless steel (304 316, etc.) Manganese steel Polyurethane |
|
Hole shape |
Square, round, rectangular, diamond |
|
Hole size |
Square/round hole: 0.1 - 500 (common 0.5, 1, 5, 10, 50, etc.); rectangular hole: length × width (such as 3 × 10, 5 × 20, etc.) |
|
Wire diameter/plate thickness |
Steel wire diameter: 0.3 - 10MM; Steel plate thickness: 1 - 10MM |
|
Structure type |
Weaving type (plain weave, twill weave), welding type, punching type |
|
Number of mesh |
1 - 3000 (corresponding to different apertures, such as 10 mesh corresponds to an aperture of about 2mm) |
|
Open porosity |
30-78 |
Dynamic working condition adaptation specifications
|
Working condition type |
Recommended configuration |
|
Heavy load impact (initial breaking of granite) |
Structure: IC+DC composite Wire diameter: hole diameter × 0.3 Material: 304H |
|
High corrosion (seaside gold mine) |
Material: 316L/904L Surface: electrolytic polishing + passivation |
|
Wet materials (coal washing and dehydration) |
Hole type: rectangular (20×3mm) Surface: Ra≤0.2μm |
|
High temperature sintered ore |
Material: 310S Structure: WM welding |
Product Features

Product Application
1.Mining and processing
2.Coal industry
Raw coal screening: the mined raw coal is classified into lump coal, fine coal, etc. to meet the needs of power generation, heating, industrial fuel, etc. Unwashed coal process: used for coal dehydration, desludging, removal of impurities in coal, and improvement of coal quality
Construction and Building Materials
Aggregate screening of sand and gravel: Screening of sand and gravel of different particle sizes for use in concrete, mortar, road construction, etc., to ensure the strength and performance of building materials.
3.Construction waste treatment
4.Metallurgy and Chemical Industry
Metallurgical raw material screening: Classification of smelting raw materials such as coke and ore to ensure uniform particle size and improve smelting efficiency.
Chemical raw material filtration: In the production of fertilizers, pesticides, etc., filter impurities in solid raw materials to ensure product purity; also used for chemical wastewater treatment to filter particulate matter in water
5.Other areas
Environmental protection industry: Screening different types of solid waste during garbage sorting for easy classification and recycling
Oil drilling: As a drilling fluid purification screen, it filters the rock cuttings in the drilling fluid to ensure the smooth progress of drilling operations
Grain processing: Screening impurities and broken grains in grains and beans to improve the quality of grain processing
Product Package

Product Application

Product Application

Product Package
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What Is A Stainless Steel Mine Screen?
Stainless steel mine screens are widely used in mining and industrial processes due to their superior durability and performance. In the mining industry, they are employed for classifying and sizing mineral ores such as gold, copper, iron, and coal, ensuring that only the required particle sizes pass through to the next stage of processing. In quarrying, stainless steel screens are used to separate aggregates like gravel, limestone, and crushed stone for construction applications. They are also common in the sand and gravel industry, where consistent grading is essential for producing high-quality concrete and asphalt. Beyond mining, stainless steel mine screens are applied in the chemical and fertilizer industries to filter raw materials. In power plants, they are used for coal preparation and ash handling processes. Thanks to their corrosion resistance, stainless steel screens are suitable for use in marine environments and water treatment facilities. The versatility of stainless steel mine screens makes them a go-to choice for industries requiring efficiency, reliability, and resistance to harsh operating conditions.
Choosing stainless steel mine screens over traditional carbon steel or synthetic screens offers several advantages. First, stainless steel provides outstanding resistance to corrosion, which is essential in wet, acidic, or chemically aggressive mining environments. This significantly extends the lifespan of the screen and reduces replacement frequency, resulting in lower maintenance costs. Second, stainless steel mine screens have high tensile strength and excellent wear resistance, ensuring consistent performance even under heavy impact and continuous vibration. Third, they deliver precise screening results, thanks to uniform mesh openings and stable structures that do not deform easily. Additionally, stainless steel is easy to clean and less prone to clogging, which improves efficiency and reduces downtime in mining operations. Compared to synthetic or rubber screens, stainless steel can handle higher temperatures and more abrasive materials without degrading. From an economic perspective, while the initial investment may be higher, the long-term savings in durability, reliability, and efficiency make stainless steel mine screens the smarter choice. In conclusion, stainless steel mine screens combine strength, longevity, and precision, making them indispensable in modern mining and industrial processes.
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