S-4

Mid-Fill 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. S-004 – Architectural Woven Wire MeshS-4

Transparency Model Specification Sheet

The S-4 wire mesh pattern demonstrates Banker’s exclusive embossing technology. Completely cold-formed during the crimping process, the material constantly transitions from round, glossy surfaces to highly faceted satin surfaces. This heavy and dense wire mesh pattern will be noticed in your next project design.

Pattern Details

Percent Open:36.9%

Overall Thickness:0.156

Crimp Style: E1E1

Aspect Ratio:1.00:1

Opening Limitation:0.210

Weight:2.91 lbs./sq. ft.

Available Raw Materials: Click here for more information on Raw Materials

Available Secondary Finishes

PVD Plated Powder Coat

Click here for more information on Secondary Finishes

S-4 Photos

Projects Related To S-4

Arizona Centennial Way CelebrationView Details Rutgers University – Hale CenterView Details

Products Similar to S-4

Custom wire mesh and additional specifications available.

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S-4

Pattern Details

Percent Open:36.9%

Aspect Ratio:1.00:1

Weight:2.91 lbs./sq. ft.

Overall Thickness:0.156 in.

Crimp Style:E1E1

Opening Limitation:0.210 in.

What are your dimensions?

We manufacture every job to size. List the dimensions and any addition details of your job. special notes sections

Please double check that your sizes and materials are within our Maximum Dimensions below.

"Maximum" Dimensions of available raw material configurations

Max. A

Max. B

Raw Material Configuration

168.00

60.00

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.