Fabricated Mesh in Different Sizes & Shapes for Various Industrial Uses

Fabricated mesh, also known as fabricated parts or moulded parts, refers to woven wire cloth fabricated into semi-finished products after further processing. Our fabricated mesh is available in various materials, mesh openings and weave constructions. From simple cuts to complex and structurally efficient geometries, fabricated mesh can be cut into square, rectangular, circular or special shapes by cutting, punching and edging to meet the specific requirements of filter elements to be installed for filtration, separation and various industrial uses, such as test sieves, melt & polymer filters, leaf filters and extruder filters.

Fabricated mesh cut into different shapes are displayed.
Fabricated Mesh Type

Single Layer Extruder Screen

Dashang Wire Mesh could offer a variety of wire mesh circular filter with single layer including dutch woven mesh material made of carbon steel or stainless steel. The diameter of wire mesh disks is from 5mm to 500mm for your selection.

Welded Screen Packs

Dashang Wire Mesh could offer multi-layer extruder screen packs which are precision spot welded and in sequence to provide the best filtration for your process.

Rim-Bound Screen Packs

Dashang Wire mesh offer stainless steel or aluminum rims bound to multi-layer screens, increasing rigidity for better protection in high pressure processes.

Multi-layer Cylinder Filter Tubes

Dashang Wire mesh makes cylinders to-order, with welded seams and ends or seam welds only, in a range of diameters and lengths. Each filter tube will be tested for inner or outer diameter dimensions using standard molds.

Special Shapes Filter Screen

Dashang Wire mesh offers round, eliptical, rectangle, annular or rings, and other special shapes for customized. It can be one layer only, or serval layer with spot welded or metal rims bound.

Customized metal wire mesh filter tube

One end of the metal wire mesh filter is equipped with a flange, which can be connected to other equipment or pipelines through bolts, or a basket style structure for easy removal and cleaning.

Stainless steel test sieve

The test sieve has high accuracy in pore size, which can perform precise particle size analysis and screening of materials, ensuring the accuracy of screening.

Metal sintering mesh

Made of several layers of 304 and 316 stainless steel wire mesh. The inner layer is extremely fine to determine the filtration accuracy. There are coarse mesh above and below the inner layer as a support and protective layer.

Sintered mesh filter cartridge

Made by vacuum sintering five or multiple layers of metal wire mesh, which has strong corrosion resistance, good permeability, high strength, easy cleaning and backwashing, precise filtration accuracy, clean and hygienic filter material, and the wire mesh does not fall off.

Slitting

We offer mesh slitting services for our customers. We can slit the whole mesh roll into the desired mesh strips as required. The mesh can be cut into strips as narrow as 5 mm, with a cutting accuracy of ±0.5 mm.

Specifications
  • Material: stainless steel, brass, copper, nickel, etc.
  • Wire diameter: 0.02–2 mm
  • Mesh count: 2.1–635 mesh
  • Aperture width: 0.02–10.1 mm
  • Open screening area: 25% – 69.7%
Table 1: Wire Cloth With Square Mesh – Fine Mesh
Mesh Count Wire Diameter d
mm
Aperture Width w
mm
Open Screening Area A0
%
Mass
kg/m2
Aperture Quantities 1 cm2
635 0.02 0.02 25 0.127 62500
508 0.025 0.025 25 0.159 40000
450 0.027 0.03 27.7 0.162 31388
400 0.027 0.036 32.7 0.147 24800
363 0.03 0.04 32.7 0.163 20424
325 0.035 0.043 30.4 0.199 16372
314 0.036 0.045 30.9 0.203 15282
265 0.04 0.056 34 0.212 10885
250 0.04 0.063 37.4 0.197 9688
210 0.05 0.071 34.4 0.262 6836
202 0.055 0.071 31.8 0.305 6325
200 0.053 0.074 34 0.281 6200
200 0.05 0.08 37.9 0.244 6200
188 0.055 0.08 35.1 0.285 5478
170 0.055 0.094 39.8 0.258 4480
150 0.071 0.1 34.6 0.366 3488
154 0.065 0.1 36.7 0.325 3676
200 0.03 0.1 61 0.078 6200
150 0.06 0.11 41.9 0.269 3488
130 0.08 0.112 34 0.423 2620
140 0.06 0.12 44.4 0.254 3038
120 0.09 0.12 32.7 0.49 2232
124 0.08 0.125 37.2 0.396 2383
110 0.09 0.14 37.1 0.447 1876
106 0.1 0.14 34 0.529 1742
100 0.11 0.14 31.4 0.615 1550
100 0.1 0.15 36 0.508 1550
100 0.1 0.16 37.9 0.488 1550
91 0.12 0.16 32.7 0.653 1284
80 0.14 0.18 31.6 0.784 992
84 0.1 0.2 44.4 0.42 1094
79 0.12 0.2 39.1 0.572 967
77 0.13 0.2 36.7 0.65 919
46 0.15 0.4 52.9 0.505 328
70 0.1 0.261 52 0.354 760
65 0.1 0.287 54.6 0.331 655
61 0.11 0.306 53.6 0.307 577
56 0.11 0.341 56.8 0.283 486
52 0.12 0.372 56.8 0.374 419
47 0.12 0.421 60.3 0.342 342
42 0.13 0.472 61.2 0.306 273
Table 2: Wire Cloth With Square Mesh – Coarse Mesh
Mesh Count Wire Diameter d
mm
Aperture Width w
mm
Open Screening Area A0
%
Mass
kg/m2
Aperture Quantities 1 cm2
2.1 2 10.1 69.7 3.95 0.68
3 1.6 6.87 65.8 3.61 1.4
3.6 2 5.06 51.3 6.77 2.01
4 1.2 5.15 65.8 2.71 2.48
4 1.6 4.75 56 4.81 2.48
5 1.2 3.88 58.3 3.38 3.88
5 1.6 3.48 46.9 6.02 3.88
6 0.9 3.33 62 2.28 5.58
6 1.2 3.03 51.3 4.06 5.58
8 0.7 2.48 60.8 1.84 9.92
8 1 2.18 46.9 3.76 9.92
8 1.2 1.98 38.7 5.41 9.92
10 0.4 2.14 71 0.75 15.5
10 0.5 2.04 64.5 1.18 15.5
10 0.6 1.94 58.3 1.69 15.5
12 0.4 1.72 65.8 0.9 22.32
12 0.5 1.62 58.3 1.41 22.32
12 0.65 1.47 48 2.38 22.32
14 0.5 1.31 52.5 1.65 30.38
16 0.4 1.19 56 1.2 39.68
16 0.5 1.09 46.9 1.88 39.68
18 0.4 1.01 51.3 1.35 50.22
18 0.5 0.91 41.7 2.12 50.22
20 0.3 0.97 58.3 0.85 62
20 0.35 0.92 52.5 1.15 62
20 0.4 0.87 46.9 1.5 62
20 0.5 0.77 36.8 2.35 62
24 0.36 0.7 43.5 1.46 89.28
30 0.25 0.6 49.7 0.88 139.5
30 0.3 0.55 41.7 1.27 139.5
35 0.25 0.5 44.4 1.03 189.9
40 0.2 0.44 46.9 0.75 248
40 0.25 0.39 36.8 1.18 248
45 0.25 0.31 31 1.32 313.88
50 0.18 0.33 41.7 0.76 387.5
50 0.2 0.31 36.8 0.94 387.5
50 0.23 0.28 29.9 1.24 387.5
60 0.12 0.3 51.3 0.41 558
60 0.16 0.26 38.7 0.72 558
60 0.18 0.24 33 0.91 558
70 0.12 0.24 44.8 0.48 759.5
80 0.12 0.2 38.7 0.55 992
Table 3: Woven Filter Cloth
Mesh No. Wire Diameter Mass kg/m2 Filter Rating μm
6 × 45 0.10 × 0.60 5.3 400
12 × 64 0.60 × 0.40 4.2 200
14 × 88 0.50 × 0.35 2.1 150
12 × 90 0.45 × 0.30 2.6 135
13 × 100 0.45 × 0.28 2.58 125
14 × 100 0.40 × 0.28 2.5 120
16 × 125 0.35 × 0.22 2 110
22 × 150 0.30 × 0.18 2 100
24 × 110 0.35 × 0.25 2.65 80
25 × 170 0.25 × 0.16 1.45 70
30 × 150 0.23 × 0.18 1.6 65
40 × 200 0.18 × 0.12 1.3 55
50 × 230 0.18 × 0.12 1.23 50
80 × 400 0.12 × 0.07 0.7 35
50 × 250 0.14 × 0.11 0.9 40
20 × 250 0.25 × 0.20 2.8 100
30 × 330 0.25 × 0.16 2.55 80
50 × 400 0.20 × 0.14 2.14 70
50 × 600 0.14 × 0.080 1.3 45
80 × 700 0.11 × 0.076 1.21 25
165 × 800 0.07 × 0.050 0.7 15
165 × 1400 0.07 × 0.040 0.76 10
200 × 1400 0.07 × 0.040 0.8 5
325 × 2300 0.035 × 0.025 0.48 2
400 × 125 0.065 × 0.10 0.7 50
260 × 40 0.15 × 0.25 2.15 65
130 × 35 0.20 × 0.40 3.1 90
152 × 24 0.30 × 0.40 3.6 190
132 × 17 0.30 × 0.45 4.1 240
72 × 15 0.45 × 0.45 4.5 350
Manufacturing & Test Standard
  • ISO 2194 Industrial Screens – Woven Wire Cloth, Perforated Plate and Electroformed Sheet – Designation and Nominal Sizes of Openings
  • ISO 4782 Metal Wire for Industrial Wire Screens and Woven Wire Cloth
  • ISO 4783-1 Industrial Wire Screens and Woven Wire Cloth – Guide to the Choice of Aperture Size and Wire Diameter Combinations – Part 1: Generalities
  • ISO 4783-2:1989 Industrial Wire Screens and Woven Wire Cloth – Guide to the Choice of Aperture Size and Wire Diameter Combinations – Part 2: Preferred Combinations for Woven Wire Cloth
Glossary
  • Square mesh – Wire cloth having the same number of wires in both the warp and weft.
  • Wire cloth – A general term for material woven from metallic wires.
  • Filter cloth – Wire mesh used for filtering and straining
  • Filter cake – Material that is retained on the filter cloth during processing.
  • Cloth thickness – Overall thickness of the filter cloth, nominally estimated by adding the wrap wire diameter plus two times the weft wire diameter.
  • Mesh – The number of openings per lineal inch.
  • SWG – Standard wire gauge
  • Aperture – The distance between two adjacent wires
  • Diameter – The thickness of the wire before weaving
  • Pitch – The distance between the middle point of two adjacent wires or the sum of the aperture width and the wire diameter
  • % open area – The ratio of area of the aperture to the area of the mesh expressed in percentage terms
  • Warp – All wires running lengthwise of the cloth as woven
  • Weft – All wires running across the cloth as woven