Self-cleaning Screen Mesh – The Ultimate Screening Solution for Clogging Issues

Self-cleaning screen mesh is constructed by bonding high-quality metal wires with polyurethane strips or weaving them together. During the screening process, high-frequency vibration causes each wire to oscillate at a different frequency, creating a self-cleaning effect. Additionally, the screen openings are mostly irregular in shape, significantly reducing the risk of clogging, binding, and blind areas. This design enables efficient screening of various wet, sticky, and difficult-to-process materials in mining, quarrying, aggregate processing, and the sand & gravel industry.

Specifications

  • Materials: High carbon steel wire, spring steel wire, manganese steel, and stainless steel.
  • Surface treatment: Galvanized or painted.
  • Edge: Hooked edge available.
Table 1: Material Parameters
Grade Carbon Steel Wire Chemical Composition (%) Grade Stainless Steel Wire Chemical Composition (%)
C Si Mn C Ni Mn Cr
45 0.42–0.50 0.52–0.60 0.50–0.80 304 ≤ 0.08 8.0–10.5 ≤ 2.0 18.0–20.0
50 0.47–0.55 321 ≤ 0.08 9.0–12.0 ≤ 2.0 17.0–19.0
55 0.52–0.60 316L ≤ 0.03 10.0–14.0 ≤ 2.0 16.0–18.0
60 0.57–0.65 2205 ≤ 0.03 4.5–6.5 ≤ 2.0 21.0–23.0
65 0.62–0.70 2207 ≤ 0.03 6–8 ≤ 1.2 24.0–26.0
70 0.67–0.75 310S ≤ 0.08 19.0–22.0 ≤ 2.0 24.0–26.0
65Mn 0.62–0.70 0.90–1.20
72A 0.70–0.75 0.15–0.75 0.30–0.60
D mesh – Diamond Opening Self-cleaning Screen Aperture and Wire Diameters
Plan view of self-cleaning screen mesh with diamond openings
Table 2: Combination of Aperture and Wire Diameters (D mesh)
Aperture (mm) Wire Diameter (mm) Open Area (%) Aperture (mm) Wire Diameter (mm) Open Area (%)
1.50 1.20–1.60 31–38 13.50 2.80 68
1.75 1.20–1.25 40 14.00 2.00–4.00 61–76
2.00 1.20–1.60 37–43 14.50 2.50–4.00 62–73
2.50 1.20–2.00 35–48 15.00 2.50–4.00 63–74
3.00 1.20–2.00 40–52 15.50 3.00–3.15 69–70
3.50 1.20–2.00 42–56 16.00 3.00–4.00 64–71
4.00 1.20–2.00 45–58 17.00 2.00–4.00 66–76
4.50 1.20–2.50 40–62 18.00 3.00–4.00 67–73
5.00 1.20–2.80 41–65 19.00 2.80–4.00 68–76
5.50 1.20–2.50 48–61 20.00 2.50–4.00 69–79
6.00 1.50–2.80 48–64 21.00 4.00 71
6.50 1.50–3.15 47–66 22.00 2.50–4.00 72–80
7.00 2.00–3.15 49–61 23.00 4.00 73
7.50 2.00–3.15 52–62 24.00 4.00 74
8.00 2.00–3.15 53–63 25.00 4.00–5.00 70–74
8.50 2.50 61 26.00 4.00–5.00 71–75
9.00 2.00–3.15 56–67 27.00 4.00 76
9.50 2.50–3.15 57–63 28.00 3.00–4.00 77–82
10.00 2.00–3.15 59–69 29.00 4.00 77
10.50 2.50–3.15 60–66 30.00 3.00–4.00 78–83
11.00 2.00–3.15 61–72 32.00 4.00 79
11.50 2.50–2.80 64–66 35.00 4.00–5.00 77–81
12.00 2.00–4.00 57–73 40.00 4.00–5.00 79–83
12.50 2.50–4.00 58–69 44.00 4.00 84
13.00 2.00–4.00 59–75
W Mesh – Triangular Opening Self-cleaning Screen Aperture and Wire Diameters
Plan view of self-cleaning screen mesh with triangular openings
Table 3: Combination of Aperture and Wire Diameters (W mesh)
Aperture (mm) Wire Diameter (mm) Open Area (%) Aperture (mm) Wire Diameter (mm) Open Area (%)
1.50 1.20–1.25 29–37 11.00 2.80–3.15 64
1.75 1.20–1.25 40 11.50 2.50–3.15 66
2.00 1.20–1.60 36–43 12.00 2.50–4.00 60–72
2.50 1.20–2.00 37–49 12.50 2.50–4.00 62–68
3.00 1.20–2.00 38–54 13.00 2.00–3.15 65–73
3.50 1.20–1.60 47–56 14.00 2.80–4.00 65–70
4.00 1.20–2.50 42–60 15.00 2.80–4.00 67–73
4.50 1.50–2.50 46–58 16.00 3.00–4.00 65–70
5.00 1.50–2.80 45–59 17.00 3.00–4.00 69
5.50 1.50–2.50 52–65 18.00 3.00–3.15 68–71
6.00 1.50–3.15 45–66 19.00 3.00–4.00 72
6.30 2.50–2.80 51–52 20.00 3.00–4.00 70–79
6.50 2.00–2.50 56–59 21.00 3.00–4.00 74
7.00 2.00–3.15 47–64 22.00 3.00–4.00 70–74
7.50 2.00–2.50 60 23.00 3.00–4.00 75
8.00 2.00–4.00 50–65 24.00 3.00–4.00 71–74
8.50 2.00–2.50 64 25.00 3.00–4.00 73–75
9.00 2.00–3.15 58–65 26.00 4.00 74
9.50 2.50–2.80 62 30.00 4.00–5.00 74–78
10.00 2.00–3.15 60–66
H Mesh – Wave Opening Self-cleaning Screen Mesh Aperture and Wire Diameters
Plan view of self-cleaning screen mesh with wave openings
Table 4: Combination of Aperture and Wire Diameters (H mesh)
Aperture (mm) Wire Diameter (mm) Open Area (%) Aperture (mm) Wire Diameter (mm) Open Area (%)
1.50 1.20–1.25 50 12.50 2.50–4.00 71–80
1.75 1.20–1.25 55 13.00 2.00–3.00 71–74
2.00 1.20–1.60 51–57 14.00 2.50–4.00 73–82
2.50 1.20–2.00 53–60 15.00 2.50–4.00 74–80
3.00 1.20–2.00 57–64 15.50 3.00 80
3.50 1.20–2.00 57–67 16.00 3.00–4.00 75
4.00 1.20–2.00 62–70 17.00 3.00–4.00 75–80
4.50 1.20–2.00 64–75 18.00 3.00–4.00 78–80
5.00 1.50–2.80 56–71 19.00 3.00–4.00 78–82
5.50 2.00–2.50 61–67 20.00 3.00–4.00 79–86
6.00 1.50–2.80 60–73 22.00 3.00–4.00 80–84
6.50 2.00–2.50 64–70 24.00 4.00 81
7.00 2.00–3.15 67–72 25.00 3.00–4.00 81–85
7.50 2.00–3.00 62–63 27.00 4.00 83
8.00 2.00–3.15 69–74 28.00 4.00 83
8.50 2.00–2.50 73–77 30.00 3.00–4.00 85–87
9.00 2.00–3.15 69–79 35.00 4.00–5.00 83–86
10.00 2.00–3.15 73–80 40.00 4.00 89
11.00 2.80–3.15 75–85 45.00 4.00 90
12.00 2.50–4.00 71–84
L Mesh – Harp Self-cleaning Screen Mesh Aperture and Wire Diameters
Plan view of self-cleaning screen mesh with elongated openings
Table 5: Combination of Aperture and Wire Diameters (L mesh)
Aperture (mm) Wire Diameter (mm) Open Area (%) Aperture (mm) Wire Diameter (mm) Open Area (%)
4 2 12 2
5 2 12 5
5 2.34 12.7 3.05
5 2.5 12.7 3.43
5 3.15 12.7 3.76
6 4 15.88 4.11
6.35 2.67 16 6
8 2 22.4 8
9.53 3.05 25 8
10 2

Opening Types

Diamond opening self-cleaning screen mesh bonded with polyurethane Diamond opening self-cleaning screen mesh bonded with metal wire
D mesh
Diamond Opening Self-cleaning Screen

Similar to traditional square opening mesh panels, but it offers a larger open area and higher throughput, delivering precise material stratification and cleaner products.

Triangular opening self-cleaning screen mesh bonded with polyurethane Triangular opening self-cleaning screen mesh bonded with metal wire
W mesh
Triangle Opening Self-cleaning Screen

A unique combination of crimped and straight lines creates a triangular opening shape, which absorbs impact forces and enhances dimensional accuracy.

Wave opening self-cleaning screen mesh bonded with polyurethane Wave opening self-cleaning screen mesh bonded with polyurethane
H mesh
Wave Opening Self-cleaning Screen Mesh

Ideal for severe blinding applications, its large open area ensures effective size control, making it especially suitable for removing fines and similar materials.

Slotted opening self-cleaning screen mesh bonded with polyurethane Slotted opening self-cleaning screen mesh bonded with metal wire
L mesh
Harp Self-cleaning Screen Mesh

With maximum open area, it efficiently removes sand, gravel, topsoil, fines, etc.

Banding Types

To accommodate various working conditions and screening requirements, we have developed various banding structures for self-cleaning screen mesh. The real-world images below provide a clear demonstration of the connection methods for each banding type.

Supported with polyurethane bands

Supported with metal wire bands

Supported with metal wire bands

Supported with metal wire bands

Edge Types

Plain Hooked Edge

Reinforced Shroud Edge

Double-Folded Reinforced Shroud Edge

End Tension Reinforced Shroud Edge

Inside Reinforced Formed Edge

Welded Bent Plate Edge

Product Display

Through our real client order products display cases, you can learn our excellent product quality and process in-depth, and feel the quality and ability of our self-cleaning screen mesh.

Features

  • High load-bearing capacity and superior strength.
  • Excellent wear and corrosion resistance.
  • Outstanding self-cleaning capability, minimal maintenance, and reduced blind zones and clogging.
  • Customizable widths and lengths available.

Applications

Self-cleaning screen mesh efficiently screens a wide range of wet, sticky, and hard-to-screen materials in mining, quarrying, aggregate processing, and sand and gravel industries.

Gravel screening

Ore screening

Pebble screening

Contact Us

If you need to consult the price, please contact the business department by E-mail: sales@qs-wiremesh.com

When you contact us, please provide your detail requirements. That will help us give you a valid quotation.

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