Stainless Steel Hollander Mesh

stainless steel hollander weave mesh

Stainless steel hollander weave mesh is also known as dutch weave mesh. Hollander weave mesh is commonly used for fine liquid and high pressure filtration in the pharmaceutical, petrochemical, aerospace and wastewater treatment facilities. Hollander mesh is ideal for high flow rates, low pressure loss and high level of mechanical load.

Hollander weave mesh is woven using a thicker wire in one direction and a more tightly woven wire in the other direction. This creates a thicker woven mesh whilst maintaining a fine hole size. It is resistant to corrosion and abrasion.

Hollander or dutch mesh is available in plain weave and twill weave. Please refer to the More Information Tab below.

Benefits & Features

✔ Corrosion resistant steel- won’t rust
✔ Strong & firm mesh- abrasion resistant and will last
✔ High pressure filtration
✔ High flow rates & low pressure loss

Stocked Product Specifications ready for same day despatch

Weave Plain & Twill Weave
Grade 304 & 316
Length 5m Rolls
Width 1220mm
Wire Diameter (Warp/Weft) 0.07/0.04mm to 0.6/0.42mm
Nominal Filter Rating 5 – 200


Australia’s largest stockist of stainless steel wire & mesh

Australia’s largest stockist of stainless steel wire & mesh
We have the largest and most comprehensive Australian stock holding of stainless steel wire and mesh in our purpose laid out warehouse with over: 350 stainless steel woven mesh specifications including mill finish, black powder coated, hollander mesh & bolting cloth in 30m, 10m, 5m & 2m rolls in varying widths

Testing / Standards

Testing / Standards
Our Stainless Steel Woven Mesh is manufactured to ASTM E2016-15 ‘Standard Specification for Industrial Woven Wire Cloth’.

Design & Install Considerations

Design & Install Considerations
Practical information for your consideration.

Care & Maintenance

Care & Maintenance
Stainless steel is a low maintenance material, but not maintenance free. Refer to our CARE page for further information.

Speed to Market

Speed to Market
Same day despatch when your order is received by 9am for Australia wide delivery.

Contact Us

Stainless Steel

Commercial Grade Regularly used in Industry
5 Metre Rolls


1 SSWOH 005 1226 0.07/0.04 200/1400 TW 5 316 Quote
2 SSWOH 010 1226 0.07/0.04 165/1400 TW 10 316 Quote
3 SSWOH 015 1226 0.07/0.04 165/800 TW 15 316 Quote
4 SSWOH 025 1226 0.125/0.071 80/700 PW 25 316 Quote
5 SSWOH 035 1226 0.125/0.071 80/400 PW 35 316 Quote
6 SSWOH 040 1224 0.14/0.112 50/250 PW 40 304 Quote
7 SSWOH 055 1224 0.18/0.14 40/200 PW 55 304 Quote
8 SSWOH 065 1224 0.23/0.18 30/150 PW 65 304 Quote
9 SSWOH 080 1226 0.36/0.26 24/110 PW 80 316 Quote
10 SSWOH 100 1224 0.25/0.20 20/250 TW 100 304 Quote
11 SSWOH 150 1224 0.5/0.33 14/88 PW 150 304 Quote
12 SSWOH 200 1224 0.6/0.42 12/64 PW 200 304 Quote

Minimum Sale Quantities
Sold 5m rolls only

Print Table

Hollander / Dutch Plan Weave
A plain weave with warp wires of larger diameter than weft wires. The hollander weave mesh is made up of a limited number of warp wires interwoven with the maximum number of weft wires, producing a very strong and firm cloth. During the weaving process, both the wires are driven closer to provide more compact and dense mesh.

It is a superbly designed as a strong and firm mesh to suit various high pressure filtration applications.

Hollander / Dutch Twill Weave

It is hollander / dutch plain weave with addition of the weave pattern being twill. It has a double layer of weft wires. There are no apertures in the true sense of the word and the filtrate follows a supple path through the depth of the mesh.

Hollander / dutch twill weave mesh is one of the strongest and tightest wire meshes. Both warp and weft wires used in manufacturing this mesh pass over and under two adjoining complimentary wires and are twill weaved. This weave ensures more dense, compact aperture size and a very smooth surface. As it has the features of both dutch weave and twilled weave it has the ability to bear greater loads with finer openings. It is commonly used for fine filtration on hydraulic systems.

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