Fine Wire Mesh and Woven Mesh Products - Producer of Industrial Screens - Technical Parameters

Nov 1, 2026

Uploaded by awa

Fine wire mesh and woven mesh products presented for industrial screening, classification, dehydration, separation and filtration. The document describes slotted wedge wire screens, pressure welded screen, harp wire screens and other screen types, plus woven mesh in simple (plain) and diagonal weaves. It specifies materials, mesh size range from 0.020 mm, standard roll dimensions and mechanical formulas for clearance, scale and weight, followed by a table of technical parameters.

LanguageEnglish

CategoryTechnology

FormatPDF

Pages8

Reading Time20 min

AccessFree to download

Woven Mesh

Description and Weave Types

Application and Materials

Dimensions and Product Forms

Basic Calculation Formulas and Nomenclature

Table of Technical Parameters

Fine wire mesh and fine mesh products SLOTTED WEDGE WIRE SCREENS PRESSURE WELDED SCREEN-PROGRESS TYTAN WOVEN WIRE MESH FLAT TOP WIRE SCREEN HARP WIRE SCREENS PIANO WIRE SCREENS FINGER SCREEN PERFORATED SCREEN RUBBER SCREENS TENSIONED RUBBER SCREENS MODULAR-ECOGUM Producer of industrial screens [www.progress-screens.com](www.progress-screens.com) Woven mesh and products Consultancy Production Assembly Service Progress offer We are a leading manufacturer of screens and technical nets, filter segments and technologically advanced products based on them. Our leading position is the result of 20 years of experience in screens design, production and sales, combined with commitment and knowledge of all the employees creating Progress brand. We create and deliver complex solutions for various industrial processes such as screening, classification, dehydration, separation and filtration. We concentrate our energy and work on constant development of both our organisation and particular employees as well as all our products and solutions. In that way we directly influence the development of technologies and atthe sametime the development of particular businesses. Through increased effectiveness of the classification, separation and filtration processes we contribute to more effective use of our limited resources. We offer the highest and constant quality of our products confirmed by Quality Management System certified in 1996 in accordance with ISO 9001:2000 norm and approved by Lloyd’s Quality Assurance. We have an established position and are proud of growing recognition and trust of our customers on domestic and international markets. WOVEN MESH Description This mesh belongs to the group of screens of simple and diagonal weave. This weave is characterised by big clearance and durability and they are easy to clean. The particular mesh can be square or rectangular. Simple weave – also called plain weave – is the most popular kind of weave. Its main advantage is simplicity and high precision. Every strand wire goes above and under the warp wire. It guarantees obtaining very precise mesh size and very effective material segregation in comparison to other kind of weave. Its applications vary from filtration to screen printing. Diagonal weave – strand wire goes under one warp wire and then over two warp wires. This method of weaving creates a characteristic diagonal pattern. This kind of weave enables to produce mesh with larger diameter of wire with the same mesh size, in comparison to simple weave. | Application | Mesh can be used for sieving large particle materials as well as liquid, gas and air filtration. | | --- | --- | | Material | Carbon, stainless steel, acid resistant steel, heat-resisting steel, nonferrous metals, kanthal; standard AISI 304 (0H18N9, 1.4301), AISI 321 (1H18N9T, 1.4541),AISI 316 (0H17N12M2T, 1.4401) | | Mesh | Mesh size from 0,020 mm – square and rectangular | Dimensions Width up to 4000 mm Standard roll width: 1000, 1220, 1300, 1500, 2000 mm D length: 20000 mm (according to requirments of the costomer) Standard roll length: 25 m The final product can be mesh panels or rolls and forged mesh to be fixed in sifters or other machines. Picture 1. Simple weave Picture 2. Diagonal weave Basic mathematical formulas for calculating parameters Scale T = W+D Clearance A= W(W+2D)2 x 100 Weight M =~~ ~~12W,xDD2 Mesh number – the number of apertures per inch [25,4 mm] mesh = ~~ ~~2D~~,4~~W The number of mesh for 1 cm L = 10 cm D+W and for 1 cm 2 Lcm=2 10 2 D+W Denotation and nomenclature: Warp – wires that run lengthwise in a mesh Strand – wires that run widthwise in a mesh W – mesh (distance between wires) D – wire diameter T – scale – T = D +W [mm] A – clearance (open surface) the total mesh surface in % Table 1. Woven mesh – technical parameters | Mesh
[mm]
Wire diameter [mm]
Wire number per cm
Mesh number per cm
Mesh
mesh nu

FAQs

What are the key differences between simple (plain) weave and diagonal weave in woven mesh?

Simple weave places each strand wire over and under the warp wire, providing simplicity and high precision. Diagonal weave runs strand wires under one warp wire and over two warp wires, creating a diagonal pattern and enabling larger wire diameters at the same mesh size.

What applications are listed for the mesh?

The document states mesh can be used for sieving large particle materials as well as liquid, gas and air filtration.

Which materials and mesh size range are specified for woven mesh?

Materials include carbon, stainless steel, acid resistant steel, heat-resisting steel, nonferrous metals and Kanthal, including standard AISI grades such as 304, 321 and 316. Mesh size is specified from 0.020 mm for square and rectangular mesh.

Nov 1, 2026

Uploaded by awa