Frame Screen Mesh

I . Product Positioning

The Frame Screen Mesh is a screening component designed with an integrated structure combining a high-strength frame and screen surface. By fixing the mesh onto a

metal or polymer frame, it forms a stable screening module compatible with linear vibrating screens, circular vibrating screens, high-frequency screens, and other

screening equipment.

With both rigid support and precise screening performance, the frame screen mesh can be customized in frame structure, mesh material, and aperture specifications

according to different working conditions. It is an essential accessory for material classification, solid–liquid separation, and impurity filtration, widely used in large-scale

industrial production.

II . Key Features & Advantages

1) Robust Structure with Excellent Impact Resistance

The “rigid frame + tightly fixed mesh” integrated design delivers outstanding load-bearing capacity.

The frame is made from Q235 carbon steel, stainless steel, or high-strength polyurethane, processed through welding, stamping, and other precision techniques.

It withstands heavy material impact and high-frequency vibration without loosening, deformation, or damage.

Compared with frameless screens, impact resistance increases by over 40%, and service life is extended 2–3 times.

2) High Screening Efficiency with Stable Precision

The frame’s rigidity ensures even screen tension and a flat surface with no wrinkles. Materials move smoothly and distribute uniformly on the screen, avoiding dead zones caused by material buildup.

The mesh uses precision weaving, perforation, or wedge-wire technology with an aperture tolerance of ±3%, covering 2–400 mesh and achieving precise classification from 10 microns to 100 mm.

Screening efficiency improves by up to 30% compared with loose mesh, while maintaining long-term stability.

3) Easy Installation & Low Maintenance Cost

Standardized frame dimensions combined with quick-lock or bolt-fixed structures allow each unit to be replaced in ≤5 minutes, without special tools.

The frame and screen can be designed to be detachable—when the mesh wears out locally, only the mesh needs replacement instead of the entire frame, reducing maintenance costs by over 50%.

The anti-rust and anti-corrosion surface treatment ensures easy daily cleaning.

4) Wide Compatibility & Strong Customization

Frames can be customized in size, shape (rectangular, circular, or irregular), and mounting method to fit major brands of vibrating screens, linear screens, and trommel screens.

Mesh materials include stainless steel, manganese steel, polyurethane, and nylon.

The frame is adaptable to high temperatures (≤200°C), low temperatures (-40°C), corrosive media, and highly abrasive materials, meeting diverse industrial requirements.

5) Low Operating Noise & High Safety

The tight fit between the frame and mesh reduces vibration and friction, resulting in noise levels ≤75 dB, meeting environmental requirements and improving workplace comfort.

The frame edges are chamfered and wrapped to avoid sharp burrs, ensuring safety during installation and maintenance.

The integrated structure also prevents mesh detachment during operation.

III . Application Fields

1) Mining & Mineral Processing

Used in crushing and screening lines for ore classification, fine screening, and slurry solid–liquid separation.

For copper or iron ore, combinations such as manganese steel frames + stainless steel mesh improve separation efficiency and recovery rates.

In sand and gravel production lines, they work with circular vibrating screens to handle pebbles, granite, and other hard materials.

2) Coal & Energy Industry

Used for classifying coal after extraction, separating lump coal from fine coal, and removing impurities.

In thermal power plants, they filter large impurities from boiler feed materials to ensure stable operation.

Also used in drilling fluid solid–liquid separation systems in coalbed methane and oil drilling applications.

3) Construction Materials Industry

Suitable for sand and gravel grading in concrete batching plants to maintain aggregate consistency.

Used for impurity removal in cement, lime, and gypsum production to ensure product purity.

In construction waste recycling, they separate concrete, rebar, and soil, with the strong frame resisting heavy impact and abrasion.

4) Chemical & Environmental Protection

Used for classifying raw chemical materials such as plastic pellets and resin powders using corrosion-resistant frames and nylon screens.

In wastewater treatment, they serve as sludge dewatering screens for separating solid particles from water.

Also used in industrial wastewater pretreatment to remove suspended solids.

5) Grain & Food Processing

Used for cleaning and screening wheat, corn, rice, etc., removing stems, stones, and broken grains.

Food-grade stainless steel frames and mesh comply with hygiene standards.

Suitable for fine screening of sugar powder, starch, milk powder, and food additives to ensure uniform particle size.

IV . Summary

With its stable structure, high precision, easy maintenance, and broad adaptability, the frame screen mesh is a preferred component in industrial screening applications.

Its integrated design solves the problems of looseness, short lifespan, and difficult maintenance associated with traditional loose mesh.

Through customized materials and structural configurations, it adapts to complex working conditions in mining, coal, construction materials, chemical, food, and environmental industries.

Whether handling heavy, abrasive materials or ultra-fine powders—whether operating in corrosive, high-temperature, or high-frequency environments—the frame screen mesh delivers reliable performance, enhances production efficiency, and reduces operational costs.

It is an ideal screening solution for enterprises pursuing scalable and efficient industrial production.