Decorative Metal

Woven Mesh

Name: Woven Mesh
Brand: FacadArt

Architectural woven wire mesh and panels.

Metal woven meshes are net structures created by weaving wires of various metals in a specific pattern. Thanks to properties such as durability, strength and versatility, these meshes have a wide range of uses in industrial, commercial and decorative applications.

Key features

Stainless steel weave
Large span coverage
Transparent metallic veil
Interior & exterior

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Metal types

Metal woven meshes can be made from various metals. The commonly used metals are:

Stainless steel: Resistant to corrosion and high temperatures. Widely used in the food processing, chemical, oil and gas industries.

Aluminium: Lightweight and corrosion-resistant. Preferred in the aviation, automotive and construction sectors.

Copper: Offers high conductivity and resistance to corrosion. Used in electrical and electronic applications.

Carbon steel: Offers high strength, but lower resistance to corrosion. Used in construction and general industrial applications.

Other metals: Metals used for special applications, such as titanium, nickel and brass, are also available.

Weave types

Metal woven meshes come in various weave types. These offer different properties according to the intended use:

Plain weave: The simplest and most common weave type. The wires pass over and under each other to form a flat pattern.

Twill weave: The wires pass over and under two or more wires, forming a diagonal pattern. This results in a stronger and more flexible structure.

Dutch weave: A weave type with higher wire density. It is generally used in filtration applications.

Crimped weave: The wires are crimped and arranged in a specific pattern. This type provides a strong and robust structure.

Areas of use

Metal woven meshes have a wide range of uses. The main areas of use are:

Filtration: Used in liquid and gas filtration. Common in the chemical, oil and food industries.

Protection and security: Used as machine guards, security fences and screens.

Architectural and decorative: Used for aesthetic purposes in facade cladding, interior partitions and decorative panels.

Industrial applications: Used as conveyor belts, separators and vibration elements.

Electrical and electronics: Used in EMI/RFI shielding, grounding meshes and cable sheathing.

Features and advantages

The main features and advantages of metal woven meshes are:

Durability and strength: Meshes made using high-strength metals are resistant to heavy loads and harsh conditions.

Corrosion resistance: Metals such as stainless steel and aluminium provide resistance to corrosion.

Heat resistance: Metal meshes are resistant to high temperatures and are therefore used in applications requiring high heat.

Versatility: Different metal types and weave patterns make them suitable for a wide range of applications.

Aesthetics: Different pattern and finish options allow them to be used for architectural and decorative purposes.

Production methods

The production of metal woven meshes varies depending on the metal used and the weave type. The general production methods are:

Weaving: The process of mechanically weaving wires in a specific pattern. It can be done in various types such as plain, twill and Dutch weave.

Welded mesh: Created by joining and welding metal wires in a specific pattern. This method is preferred especially when working with thicker wires.

Expanded metal: Mesh structures created by cutting and expanding metal sheets. This offers a lighter and more economical option.

Metal woven meshes play an important role in many sectors with their durability, versatility and aesthetic advantages. By selecting the appropriate metal and weave type according to the application, meshes with the desired properties can be produced.