M22-1

Large Woven Wire Mesh Pattern

Notes: Product photography not to scale. Please download the woven wire spec sheet for more accurate size representation. Always confirm measurements with a physical sample. M22-001 – Architectural Woven Wire MeshM22-1

Specification Sheet

Large scale twin wire intercrimp woven pattern. Overall repeat pattern of 2 inches.

Pattern Details

Percent Open:70.20%

Overall Thickness:0.324

Crimp Style:2P2P

Aspect Ratio:1.00:1

Opening Limitation:1.340

Weight:1.682 lbs./sq. ft.

Available Raw Materials: StainlessSteel_Icon2 PlainSteel_Icon2 WeatheringSteel_Icon2 PreGalv_Icon2 Galfan_Icon2 Aluminum_Icon2 Bronze_Icon2 Brass_Icon2 Copper_Icon2 Click here for more information on Raw Materials

Available Secondary Finishes

Click here for more information on Secondary Finishes

Notes:

Product photography not to scale. Please download the woven wire spec sheet for more accurate size representation. Always confirm measurements with a physical sample. All weight measurements are based on the specific density of mild (plain) steel. For conversion information, please refer to the Weights and Conversions section of our Woven Wire Basics Page or, contact us. It should be noted that architectural fabrics produced from very smooth, diamond drawn wires will, at times, exhibit striations of varying degrees of light and dark. These are not defects, but rather, part of the natural beauty of the material. Maximum dimensions may change based on alloy selection. Please contact us for additional details.

M22-1

Pattern Details

Percent Open:70.2%

Overall Thickness:0.324 in.

Aspect Ratio:1.00:1

Crimp Style:2P2P

Weight:1.68 lbs./sq. ft.

Opening Limitation:1.340 in.

Max A:240 in.

Max B:96 in.

Available Raw Materials:

Notes

*Weight based on the specific density of mild (plain) steel **Maximum sphere diameter which will pass through opening Product specifications are subject to change. Product image is shown at 100% unless stated otherwise. For accuracy, specification sheet must be printed with no scaling. Measurements and data are approximate and should be confirmed with a physical sample.