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Knitted Wire Mesh

Knitted Wire Mesh

Knitted wire mesh is a versatile material known for its durability and unique structure. It is widely used in various industries such as automotive, aerospace, and filtration due to its excellent mechanical properties and high-performance capabilities.

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Features & Properties Of Knitted Mesh

KnitMesh Technologies is the leading provider of premium knitted wire mesh solutions for a diverse range of industries. With a dedicated focus on innovation and expert craftsmanship, they offer superior wire mesh products designed to elevate performance and durability.

Flexible & Malleable icon
Flexible & Malleable
Energy Absorbing icon
Energy Absorbing
Variable Porosity icon
Variable Porosity
High Resilience icon
High Resilience
High Strength icon
High Strength
EMC/RFI Screening icon
EMC/RFI Screening
Harsh Environments icon
Harsh Environments
Aesthetically Pleasing icon
Aesthetically Pleasing
High Surface Area icon
High Surface Area
Low Cost icon
Low Cost
Electrically Conductive icon
Electrically Conductive
Encapsulates & Protects icon
Encapsulates & Protects
Environmentally Friendly icon
Environmentally Friendly
Material Versatility icon
Material Versatility
Flexible & Malleable icon

Flexible & Malleable

The flexibility (ability to be bent without breaking) and malleability (the ability to withstand plastic deformation without fracture) of our products can be designed according to customer needs. Through a careful selection of materials, mesh structure, and tooling design, we can produce mesh components in an almost limitless range of shapes including sheets (blankets), highly flexible hollow mesh tubes, and 3-dimensional rigid structures such as prisms, cubes, spheres and doughnuts, etc.
Energy Absorbing icon

Energy Absorbing

Depending on the design of the mesh and the materials used, knitted wire mesh structures can absorb energy elastically i.e. with no permanent deformation unless its elastic limit is exceeded. Typical applications include oven door seals where the mesh is behaving as a tubular spring compressed along its length. Plastic energy absorption occurs where the energy absorbed by the mesh structure is dissipated as heat. For example, in bump stops and vibration isolators applications (see also High Resilience).
Variable Porosity icon

Variable Porosity

Porosity can be defined as the percentage of free (or empty) space contained in the total volume of a given structure. The types of materials and manufacturing processes used in the production of our knitted mesh components allow the porosity to be almost infinitely controlled from almost zero to >98% void volume. This feature also facilitates the control of pore size and permeability levels allowing engineers to design products of varying strength and densities for use in filtration and other applications where the control of fluid or solids flow is critical.
High Resilience icon

High Resilience

Resilience can be defined as the ability of a material to absorb energy when deformed and to release that energy on unloading. The feature is particularly beneficial in applications such as seals (often incorporating resilient cores), gaskets and vibration isolators for use in both high and low temperature environments. Our engineers can work with customers to select the materials and manufacturing methods required to configure a product that will perform to the most exacting specifications.
High Strength icon

High Strength

Knitted mesh is made of wire, comprising continuous lengths of filament of almost any material type, formed into interlocking loops. This unique structure produces a material that, whilst being highly flexible, has the tensile strength characteristics of the component filament material. Applications include very fine flexible mesh nets such as those used in animal enclosures that can withstand snow loading of >250kg per m2.
EMC/RFI Screening icon

EMC/RFI Screening

Knitted mesh is used to form an enclosure that acts as Faraday Cage to block electromagnetic fields. This phenomenon is used to screen (protect) sensitive electronic equipment from external radio frequency interference (RFI) and enhance electromagnetic compatibility (EMC). Faraday Cages are also used to enclose devices that produce RFI, such as radio transmitters, to prevent their radio waves from interfering with nearby electronic equipment. These knitted mesh screens can be produced from a wide range of materials including tin-plated copper or copper-plated steel and formed as cooling vents, flexible cable jointing ‘bandages’, and resilient joint seals with elastomer cores for inspection hatches or doors and windows, etc.
Harsh Environments icon

Harsh Environments

Materials can be selected and processed, in any of a huge number of possible variants, to produce knitted mesh components that will withstand the conditions experienced in the most arduous of operational environments. Corrosion resistance and fatigue tests at up to 1,000°C can be conducted on-site with products typically being used in aerospace, automotive, refractory, cryogenic and marine environments.
Aesthetically Pleasing icon

Aesthetically Pleasing

Knitted mesh can be processed into virtually any shape from flat mesh through circular, rectangular or cylindrical form. Materials can be selected from a huge variety of size, type and colour ranging from very fine (<0.05mm) and translucent up to 0.8mm diameter. Where appropriate designers can make their selection bespoke to their specific needs, from almost invisible for desecrate application, or bright and bold for use in art or architectural applications.
High Surface Area icon

High Surface Area

Knitted mesh can be processed from a wide variety of materials to produce densely packed components with high surface area per unit weight or volume. Surface areas of >30,000 m2 per m3 of compressed material can be achieved which is equivalent to >5 m2 per kg of stainless steel. In cost terms this feature of knitted mesh compares very favourably to other technologies and is utilised in applications such as catalyst substrates or where rapid heat transfer from a fluid is required.
Low Cost icon

Low Cost

Knitted wire mesh products offer low cost solutions when compared to other technologies such as sintered materials and high temperature elastomers. For volume production, our relatively low raw material and tooling costs, together with high speed automated manufacturing processes result in very competitive unit costs. This is also the case for lower volume customer requirements where our extensive experience and specialised equipment facilitate cost effective bespoke solutions.
Electrically Conductive icon

Electrically Conductive

A feature of knitted wire mesh is its ability to conduct an electric current. The specific conductance and heat retention and dissipation characteristics, together with the type of wire and its cross-sectional area, are key selection and design criteria. The wire can be insulated by a variety of materials with the most common uses being in heating and security applications.
Encapsulates & Protects icon

Encapsulates & Protects

Knitted mesh can be used to encapsulate and protect fragile materials such as the ceramic bricks used in catalyst applications. We also specialise in the ‘over-knitting’ of special materials such as graphite or mica, that are produced to deliver properties against specific customer requirements such as fluid seals or self-lubricating gaskets.
Environmentally Friendly icon

Environmentally Friendly

Our customers are almost invariably seeking to reduce costs and/or enhance their products or process efficiencies. The added benefit of these partnerships is that all of our products are non-toxic and contribute to the 3Rs of the circular economy: Reduce, Re-use and Recycle, which fits perfectly with our own strapline of the 4 Ps: Protecting people, property and our planet.
Material Versatility icon

Material Versatility

Any material that can be produced as a yarn, fibre, or wire can potentially be produced in knitted mesh form. We have over 70 years of experience in the processing of a huge range of materials including stainless steel; carbon steel - both plain and galvanised; precious metals including nickel, platinum and gold; glass wool and fibre; a wide range of plastics; carbon fibre; and a range of plated and coated wires. Composite structures incorporating a blend of different filaments to deliver properties against specific customer requirements.
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All-Metal Mesh

Mesh is usually specified by the number of stitches per cm. The range of meshes is considerable but for practical purposes these are from 0.5 stitches per cm to 6 stitches per cm.

Meshes can be grouped into five broad categories: fine, medium-fine, standard, coarse and super-coarse, but these divisions can cover a wide range of products.

Using various filament diameters and mesh sizes, along with different crimping, calendaring, folding, layering and rolling processes, the product scope is almost unlimited.

Plastic And Fibre Mesh

Knitted mesh can also be produced in plastic and other fibres - the most commonly used being polypropylene, Hostaflon, Teflon®, glass wool and silica yarn. The figures given for the number of stitches per cm are only approximate, as many variables can significantly affect the stitch size.

Filaments for fine meshes are circular in section. However for standard, coarse and extra coarse meshes we can use circular section or flattened section filaments which increase the surface area.

The table opposite shows only the most commonly used meshes. A more comprehensive range is available, and we can knit various extruded monofilaments as well as monofilament or spun fibres.

Multi-Filament Mesh

This versatile type of mesh involves knitting multiple filaments of the same material or combining different materials (ie stainless steel and polypropylene)

Types Of Knitted Mesh

Any material that can be drawn or spun into filament form can be used to produce a knitted mesh structure for use in the manufacture of our products including:

Fine Mesh
Typical wire diameter (mm)Range of natural width (mm)Typical number of stitches per cm on lengthTypical number of stitches per cm across lay flat
0.05 - 0.156 - 1653.54.4
Medium-Fine Mesh
Typical wire diameter (mm)Range of natural width (mm)Typical number of stitches per cm on lengthTypical number of stitches per cm across lay flat
0.1540 - 6352.43.5
Standard Mesh
Typical wire diameter (mm)Range of natural width (mm)Typical number of stitches per cm on lengthTypical number of stitches per cm across lay flat
0.2 - 0.3530 - 10001.61.9
Coarse Mesh
Typical wire diameter (mm)Range of natural width (mm)Typical number of stitches per cm on lengthTypical number of stitches per cm across lay flat
0.2 - 0.3530 - 5501.60.74
Super-Coarse Mesh
Typical wire diameter (mm)Range of natural width (mm)Typical number of stitches per cm on lengthTypical number of stitches per cm across lay flat
0.4 - 0.6330 - 3500.50.5
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