This standard specifies the weaving type, model, specification, marking, technical conditions, test methods, inspection rules and signs of industrial metal wire woven mesh used for screening and filtering. This standard applies to metal wire woven screen square hole mesh for screening of solid particles, filtration of liquid and gas substances and other industrial purposes. This standard applies to industrial metal wire woven square hole mesh with a basic mesh size of 0.02mm to 16.0mm. GB/T 5330-2003 Industrial metal wire woven square hole mesh GB/T5330-2003 Standard download decompression password: www.bzxz.net
This standard specifies the weaving type, model, specification, marking, technical conditions, test methods, inspection rules and signs of industrial metal wire woven mesh used for screening and filtering. This standard applies to metal wire woven screen square hole mesh for screening of solid particles, filtration of liquid and gas substances and other industrial purposes. This standard applies to industrial metal wire woven square hole mesh with a basic mesh size of 0.02mm to 16.0mm.

This standard is a revision of GB/T5330-1985 "Industrial Metal Wire Braided Square Hole Screen". Compared with GB/T5330--1985, the main changes of this standard are as follows: unified accuracy level;
GB/T 5330--2003
adjusted the values ​​of basic mesh size, mesh arithmetic mean size deviation, large mesh size deviation model and metal wire diameter matching (see Table 1 and Table 2);
-adjusted the values ​​of metal wire diameter and deviation (see Table 3); -adjusted the allowable number of large mesh (see 4.4), weaving defects (see 4.6.3 and Table 4) and mesh length (see Table 5); added requirements for metal mesh curling (see 4.6.4), mesh tilt (see 4.6.5), etc. Appendix A, Appendix B and Appendix C of this standard are all informative appendices. This standard is proposed by the China Machinery Industry Federation. This standard is under the jurisdiction of the National Technical Committee for Standardization of Screen Screening and Particle Sorting Methods (CSBTS/TC168). This standard was drafted by the Mechanical Science Research Institute, and the State-owned No. 540 Factory, State-owned No. 9699 Factory, Xi'an Xilan Copper Mesh Factory, and Anping County Anhua Hardware Mesh Products Co., Ltd. participated in the drafting. The drafters of this standard are Yu Fang, Bai Guoqiang, Hao Qingxue, He Yongli, Song Ruxuan, Zhang Xun, and Wu Guochuan. This standard is interpreted by the Secretariat of the National Technical Committee for Standardization of Screen Screening and Particle Sorting Methods. The previous versions of the standards replaced by this standard are: -GB/T 5330-1985.
1 Scope
Industrial metal wire woven square hole screen
GB/T 5330--2003
This standard specifies the weaving type, model, specification, marking, technical conditions, test methods, inspection rules and markings of industrial metal wire woven mesh used for screening and filtering.
This standard applies to metal wire woven square mesh for screening of solid particles, filtering of liquids and gases and other industrial purposes. This standard applies to industrial metal wire woven square mesh with basic mesh size of 0.02mm~～16.0mm. 2 Normative referenceswwW.bzxz.Net
The clauses in the following documents become the clauses of this standard through reference in this standard. For all dated referenced documents, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, parties to an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For all undated referenced documents, the latest versions shall apply to this standard. GB/T699 High-quality carbon structural steel
GB/T4239 Cold-rolled steel strip for stainless steel and heat-resistant steel GB/T5231 Chemical composition and product shape of processed copper and copper alloy GB/T10611 Industrial screen mesh size series (GB/T10611--2003, ISO 2194:1991 Industrialscreens--Woven wire cloth, perforated plate and electroformed sheet-Designation and nominal sizesof openings, MOD)
3 Weaving type, model and specification
3.1 Weaving type
Industrial metal wire woven square hole mesh is divided into plain weave (see Figure 1) and twill weave (see Figure 2). Figure 1 Plain weave
GB/T5330—2003
3.2 Model
3.3 Specification
Figure 2 Twill weave
Screen (net)
Square hole (square)
Industrial use (industrial)
Indicated by basic mesh size and wire diameter (see Table 1) 3.4 Marking
Indicated by model, specification, weaving type and number of this standard. Example:
The industrial metal wire plain weave square hole screen with a basic mesh size of 1.00mm and a wire diameter of 0.355mm is marked as: GFW1.00/0.355 (plain weave) GB/T5330-2003 The basic mesh size is 0.063mm, the wire diameter is 0.045mm, and the industrial metal wire twill weave screen is marked as: GFW0.063/0.045 (twill) GB/T5330-20034 Technical requirements
4.1 The mesh basic size W, mesh arithmetic mean size deviation, large mesh size deviation range, and wire diameter d should be selected according to GB/T10611 and meet the requirements of Table 1. 4.2 According to the special needs of the particle size of natural materials (such as grain, oil, etc.), the specifications in Table 2 are allowed to be selected. 4.3 The basic size and limit deviation of the wire diameter should meet the requirements of Table 3. 4.4 The number of large mesh holes allowed: not more than 5%. 4.5 Metal wire
4.5.1 The metal wire material shall be soft brass, tin bronze, stainless steel and carbon structural steel after heat treatment. a)
The chemical composition of brass shall comply with H62, H65, H68 and H80 in GB/T5231. b) The chemical composition of tin bronze shall comply with QSn6.5-0.1, QSn6.5-0.4 in GB/T5231. c) The chemical composition of stainless steel shall comply with the austenite type in GB/T4239. d) The chemical composition of carbon structural steel shall comply with 10, 08F and 10F in GB/T699. Other metal materials may also be used according to different uses. 4.5.2 The surface of the metal wire shall be smooth, without cracks, peeling and oxide scale, and heavy oxidation color. 4.6 Metal Wire Screen
4.6.1 The metal wire screen should be plain woven (see Figure 1). Depending on different needs, twill woven (see Figure 2) can also be used. 4.6.2 The mesh surface should be flat, clean, tightly woven, and free of mechanical damage and rust. Warp joints are allowed, but they should be well woven. 2
GB/T5330—2003
Table 1 Basic mesh size, mesh arithmetic mean size deviation, large mesh size deviation range and metal wire diameter matching Basic mesh size Dumpling
Main size
R10 series
R20 series
Supplementary size
R40/3 series
Beauty and health
Metal wire diameter
Basic size
Mesh arithmetic mean
Size deviation
Large mesh size
Partial steam range
GB/T 5330--2003
Main dimensions
R10 series
Basic mesh dimensions
Supplementary dimensions
R20 series
Meimeichang#
Qiu 1 (continued)
R40/3 series
Wire diameter
Basic dimensions
Arithmetic mean of mesh
Dimension deviation
Large mesh size
Deviation range
Main dimensions
R10 series
Basic mesh size
Supplementary dimensions
R20 series
Table 1 (continued)
R40/3 series
Wire diameter
Basic dimensions
Arithmetic mean of mesh
Dimension deviation
GB/T 5330—2003
Large mesh size
Deviation range
11～17
12～20
GB/T 5330—2003
Main dimensions
R10 series
Basic mesh size
Supplementary dimensions
R20 series
Table 1 (continued)
R40/3 series
Wire diameter
Basic size
Mesh arithmetic mean
Dimension difference
Large mesh size
Deviation range
Main dimensions
R10 series
Basic mesh size w
Supplementary size
R20 series
Table 1 (continued)
R40/3 series
Wire diameter
Basic size
Mesh arithmetic mean
Size deviation
GB/T53302003
Large mesh size
Deviation range
GB/T 5330—2003
Main dimensions
R10 series
Basic mesh size u
Supplementary dimensions
R20 series
Meicai Meicai
Table 1 (continued)
R40/3 series
Wire diameter
Basic size
Mesh arithmetic mean
Size deviation
Large mesh size
Deviation range
Main dimensions
R10 Series
Basic mesh size w
Supplementary size
R20 series
Wrap 1 (continued)
R40/3 series
Wire diameter
Basic size
Mesh arithmetic mean
Size deviation
GB/T 5330—2003
Large mesh size
Deviation range
GB/T 5330--2003
Main dimensions
R10 series
Basic mesh dimensions
Supplementary dimensions
R20 series
Table 1 (continued)
R40/3 series
Wire diameter
Basic dimensions
Arithmetic mean of mesh
Dimension deviation
Large mesh dimensions
Deviation range
22~~38
24～42
Main dimensions
R10 Series
Basic mesh size w
Supplementary size
R20 series
Table 1 (continued)
R40/3 series
Wire diameter
Basic size
Mesh arithmetic mean
Size deviation
GB/T 5330-2003
Large mesh size
Deviation range
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.