Plain Dutch and Twill Dutch Woven Wire Mesh

Dutch woven wire mesh has zero aperture sizes for outstanding filtering performance.

Dutch woven wire mesh has zero aperture sizes for outstanding filtering performance.

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Dutch weave woven wire mesh is manufactured from stainless steel wire. Different from plain weave woven wire mesh and twill woven wire mesh, the dutch weave woven wire mesh has different diameter in the weft and warp directions. Commonly the warp wire is coarser wire, which can supply the high tensile strength for the wire mesh. The weft wire is finer wire, which can ensure the excellent filtering performance. This unique structure with greater strength and finer openings is primarily used as a filter cloth.

Type of dutch weave woven wire mesh

Dutch weave woven wire mesh can be woven in both plain dutch weave and twill dutch weave. They have their own characteristics, which can be used in different applications. There is also a specially designed and applied products - reverse dutch woven wire mesh in another page, which the warp wire lies close together and has thinner wire diameter than the warp wire.

Plain dutch weave woven wire cloth

Plain dutch weave woven wire cloth.

Plain dutch weave woven wire cloth.

Plain dutch weave is the combination of dutch weave and plain weave. It has two sizes of wire diameters like the dutch weave. Each warp wire with coarse wire diameter passes alternately over and under one weft wire to supply high tensile strength for the netting. The weft wire with fine wire diameter alternately passes over and under one warp wire to form a fine opening for filtering.

The plain dutch weave woven wire cloth is mainly used for filtering and separating liquid and slurry products.

Advantages than the plain weave woven wire mesh

• Greater mechanical stability.
• Finer opening for better filtration efficiency and quality.
• Coarser wire for higher tensile strength.

Specification sheet of the plain dutch weave woven wire cloth Item Mesh/Inch Absolute micron retention (μm) Weight (kg/m2) Cloth Thickness (mm) RPD-01 80 × 300 32 - 36 0.98 0.25 RPD-02 80 × 400 36 - 45 0.82 0.23 RPD-03 50 × 250 56 - 63 1 0.32 RPD-04 50 × 280 71 - 75 1 0.32 RPD-05 40 × 200 75 - 80 1.3 0.4 RPD-06 30 × 150 80 - 100 1 0.5 RPD-07 24 × 110 100 - 112 2.5 0.76 RPD-08 22 × 140 140 - 170 2.1 0.66 RPD-09 20 × 150 160 - 180 1.55 0.5 RPD-10 20 × 150 170 - 190 1.6 0.55 RPD-11 18 × 100 200 - 210 2.05 0.69 RPD-12 14 × 110 220 - 240 2.15 0.72 RPD-13 12 × 95 240 - 260 2.3 0.79 RPD-14 14 × 88 280 - 300 3.15 0.76 RPD-15 10 × 90 270 - 290 2.5 0.93 RPD-16 12 × 64 280 - 300 4.1 1.21 RPD-17 10 × 70 315 - 335 3 1.04 RPD-18 8 × 85 330 - 350 2.5 0.93

Twill dutch weave woven wire mesh

Twill dutch weave woven wire cloth.

Twill dutch weave woven wire cloth.

Twill dutch woven wire mesh is the combination of dutch weave and twill weave. The weft wires passes alternately over and under two warp wire forming a finer mesh in the warp direction and the warp wires forms a coarser mesh in the warp direction in the same weaving.

Twill dutch woven wire mesh is superior to the twill woven wire cloth because of the finer openings. It can support greater loads than the dutch weave woven wire mesh. It is used for filtering heavy materials.

Advantages than the twill weave woven wire mesh

• Better filtering performance.
• Higher tensile strength.
• Can be used for filtering ultra-fine products.
• Much more stable structure.

Specification sheet of the twill dutch weave woven wire cloth Item Mesh/Inch Absolute micron retention (μm) Weight (kg/m2) Cloth Thickness (mm) RTD-01 510 × 3600 4 - 5 0.3 0.06 RTD-02 400 × 2800 5 - 6 0.36 0.06 RTD-03 375 × 2300 6 - 7 0.39 0.08 RTD-04 325 × 2300 7 - 8 0.47 0.09 RTD-05 260 × 1550 8 - 10 0.68 0.12 RTD-06 250 × 1400 11 - 12 0.68 0.12 RTD-07 200 × 1400 11- 13 0.75 0.14 RTD-08 130 × 700 13 - 15 1.6 0.28 RTD-09 200 × 1120 15 - 17 0.95 0.16 RTD-10 165 × 1400 15 - 18 0.7 0.15 RTD-11 165 × 1100 20 - 21 0.9 0.16 RTD-12 80 × 700 34 - 36 1.2 0.26 RTD-13 40 × 560 71 - 80 1.7 0.39 RTD-14 30 × 360 95 - 106 2.6 0.54 RTD-15 30 × 250 100 - 112 3.2 0.65 RTD-16 20 × 260 110 - 120 3.1 0.67 RTD-17 28 × 560 106 - 112 1.95 0.46 RTD-18 24 × 300 112 - 118 2.85 0.63

Applications of dutch weave woven wire mesh

• Dutch weave woven wire mesh is mainly used for filtering. It provides superior filtration capabilities for a wide range of areas applications.
  • Aerospace.
  • Petrochemical.
  • Pharmaceutical.
  • Mining.
  • Waste water.
• According to the material of filtering, the plain dutch and twill dutch can be used in different applications.
  • The plain dutch weave woven wire mesh is mainly used for filtering and separating liquid and slurry products.
  • The twill dutch weave woven wire mesh is used for filtering heavy materials.

Package of dutch weave woven wire mesh

• Waterproof brown paper.
• Wooden box.

Dutch weave woven wire mesh in waterproof brown paper package.

Dutch weave woven wire mesh in waterproof brown paper package.

Dutch weave woven wire mesh in wooden box package.

Dutch weave woven wire mesh in wooden box package.

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Boegger Industech Limited
E-mail: rare@woven-wire.com

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Woven Wire Mesh Weave Types

Locker supply all types of woven wire mesh. The most commonly used wire mesh weaves are shown below:

(Standard Stock Specifications)

Plain Weave

Plain weave woven wire mesh is used for the majority of wire mesh woven by Locker. Each warp wire crosses alternately above and below every weft wire and vice versa. Warp and weft wires are normally of the same diameter.

Used for the majority of commercial applications and for filtration where a high flow rate is required.

 

 

Twill Weave

Each weft wire passes alternately above and below every successive pair of warp wires and vice versa.

This weave permits a heavier wire diameter to be used than would be possible in a plain weave wire mesh with similar mesh count.

 

 

Dutch Weave

Dutch or 'Hollander' Weave is a description applied to woven wire mesh where the diameter of the warp and weft wires, and the mesh count in the warp and weft directions, are different. The wires are driven up much closer during the weaving process, thus producing a more densely compacted media.

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Industrial Metal Woven Wire Mesh Products

Mesh count per inch and aperture size in microns are the most commonly used methods of describing the various Dutch Weave wire mesh specifications.

(Dutch Weave Specifications)

We offer four standard weave types, all available in Stainless Steel.

Plain Steel, Monel and non-ferrous alloys are available in a limited number of specifications.

Plain Dutch Weave

Woven as a plain weave, but with the warp wires of greater diameter than the weft wires.

The weft wires are woven tightly together producing a strong wire cloth whilst allowing a good flow rate.

 

 

 

Twill Dutch Weave

Similar to Plain Dutch Weave, but effectively has a double layer of weft wires woven in twill pattern.

This wire mesh is "light tight", has a very smooth surface, is strong, but has a restricted flow rate.

Also referred to as Micromesh wire cloth and is used for critical filtration applications often under high pressure.

 

 

Reverse Dutch Weave

Normally woven as a plain weave, but in reverse manner to Plain Dutch Weave. The weft wires are of greater diameter than the warp wires, and consequently the warp mesh count is greater than the weft mesh count.

This woven wire mesh is extremely strong, is easily cleaned and has a high flow rate.

Also known as Robusta.

 

Absolute Micron Retention

In all types of Dutch Weave, the sum derived from multiplying the number of weft wires in a given measurement by their diameter, results in theory, in a specification with no open space. Because the wires are driven together during the weaving process, the aperture size cannot be calculated in the normal manner.

There are two methods by which the wire cloth aperture size can be determined:

BUBBLE POINT TEST
The pressure required to pass air bubbles through the mesh (covered by a test liquid) is measured. The average aperture size is then calculated by taking into account surface tension, liquid density, temperature and immersion depth.

GLASS BEAD TEST
A suspension containing glass beads is passed through the wire mesh - the diameter of the largest bead passing through is considered as the absolute micron retention.

Multiplex Weave

A Twill Weave wire mesh but with multiple wires making up warp and weft.

A strong wire mesh with a relatively high number of openings per unit area, and considerable flexibility.

In certain constructions it can produce capillary action.

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