METART-S01 Architectural Wire Mesh - Check Pattern / Nested Square Pattern

Specification

Pattern Code: METART-S01

Material: SS304, SS316, True Brass Wires

Type of Mesh: Soft Architectural Wire Mesh

Opening Area: 51%

Weight: Approx：0.87kg/Square Meter

Finish: Mill Finish

Max Width of Wire Mesh: 2000MM

GET A QUOTE

Introduction

Introducing METART-S01 Architectural Wire Mesh

METART-S01 is a flexible architectural wire mesh made with a typical twill weave technique. Crafted from high-quality stainless steel wires or brass wires, this decorative wire mesh offers both strength and style.

The wire diameter we are using is 0.24mm in both the warp (vertical) and weft (horizontal) directions.

With a mesh count of 30x30MESH, this decor wire mesh has 30 openings per square inch, striking a good balance between strength and transparency, making it suitable for a range of architectural uses.

Major Decorative Features of "METART-S01"

This soft architectural wire mesh showcases a distinctive combination of check and nested square patterns.

Each small square in the check pattern measures approximately 21x21 mm.

Every four adjacent squares come together to form a nested square pattern arranged diagonally, adding depth and complexity to the overall design.

Specification Overview

Pattern Code	METART-S01
Raw Material Options	SS304, SS316, Brass
Type of Mesh	Soft Architectural Wire Mesh
Opening	0.6MM
Wire Diameter	0.24MM
The overall thickness of the metal mesh	0.7mm
Opening Area	51%
Privacy Rate	49%
Weight	0.87kg/Square Meter

Customized Products Tailored to Your Project Needs with This Check Pattern

We can customize while retaining the check pattern and nested square pattern. This includes adjustments such as changing the wire diameter, altering the aperture size, and modifying the pattern dimensions. Everything can be tailored to suit your project's specific requirements

Versatile Applications

► Screen Window and Screen Door Infill Mesh

► Wine Bar Door Infill Mesh

► Wall Cladding backdrop screens

► Laminated Glass Infill Material