What Is Mesh Fabric?
Mesh fabric is a cloth with a deliberately open structure, so the surface has regular small holes or gaps. Most mesh is made by knitting, because knit loops can be arranged to leave openings and still hold their shape. Some mesh is woven in an open construction, and net-type meshes such as tulle use a warp knit or a twisted-yarn structure to form hexagonal or square openings.
The openings do three jobs. They let air and moisture pass through, they cut the weight of the cloth, and they allow the wearer or the lining to be seen through the surface. Because the structure is open, mesh also behaves differently from solid fabric in sewing, printing and wear, so it needs its own specification.
The sections below set out the main mesh types, typical weights, where mesh is used in garments and the checks to run before bulk. They also state where mesh sits against Ruhrose's core range, which is mostly outside it for technical sportswear.
Types of Mesh Fabric
The word mesh covers several cloths with very different jobs. Athletic mesh, sometimes called birdseye mesh, has small, evenly spaced holes and is the familiar breathable fabric in sports jerseys and linings. Power mesh is a firmer, stretchier mesh with elastane, used where compression or shaping is wanted. Spacer mesh, also known as 3D or air mesh, has two surface layers joined by spacer yarns, so it is thick, springy and cushioning. Net and tulle are light, sheer, with a hexagonal or square opening.
Mesh types compared
| Type | Structure | Typical fibres | Character | Typical uses |
|---|---|---|---|---|
| Athletic or birdseye mesh | Knit with small regular holes | Polyester | Light, breathable, quick-drying | Sports jerseys, linings, panels |
| Power mesh | Fine, firm warp knit with elastane | Nylon or polyester with elastane | Firm stretch, good recovery, sheer | Shaping panels, linings, underwear detail |
| Spacer or air mesh | Two knit layers joined by spacer yarns | Polyester | Thick, springy, cushioned, airy | Back panels, bags, padded straps, footwear |
| Tulle or net | Open hexagonal or square net | Nylon or polyester | Very light, sheer, little structure | Dress layers, veils, overlays |
| Woven or leno mesh | Open weave that locks yarns in place | Polyester, cotton, blends | Stable, less stretch, crisp | Bags, shirting detail, light jackets |
General characteristics. Mills use their own names for constructions, so confirm from a swatch.
The mesh most often used in casual hoodies, jackets and shorts is a light polyester athletic or tricot-type mesh, used as a lining or a ventilation panel. Our polyester fabric guide explains the fibre behind most of these cloths.
Fibres, Weights and Hand
Polyester is the default fibre for mesh. It is strong, dries quickly, holds colour well and can be made in very fine filaments. Nylon appears in power mesh and sheer nets because it is strong and soft, but it behaves differently in dyeing and in heat. The choice between the two comes down to feel, strength and cost; our nylon vs polyester guide sets out the comparison in more detail.
Typical weight bands for mesh
Typical, varies by product and factory. Treat as a starting range for a brief, not a mill specification.
Hand depends on yarn fineness and finishing as much as on weight. A soft, lightly brushed mesh can feel almost like jersey, while an unfinished filament mesh can feel plastic. Ask for a swatch and feel it against the skin before comparing prices.
Indicative Performance by Mesh Type
The chart below turns typical characteristics into a simple scale so the options can be compared at a glance. It is a planning aid for briefs and meetings, not a test result, because every mill and construction differs.
Mesh types on a five-point scale
1 dot = low, 5 dots = high
| Athletic | Power | Spacer | Tulle | |
|---|---|---|---|---|
| Airflow | ●●●●● | ●●●●● | ●●●●● | ●●●●● |
| Stretch and recovery | ●●●●● | ●●●●● | ●●●●● | ●●●●● |
| Shape retention | ●●●●● | ●●●●● | ●●●●● | ●●●●● |
| Snag resistance | ●●●●● | ●●●●● | ●●●●● | ●●●●● |
| Ease of sewing | ●●●●● | ●●●●● | ●●●●● | ●●●●● |
Indicative ratings based on typical fabric/process characteristics, not laboratory results.
A practical rule is that the more open the structure, the less it holds its shape and the more it snags. Airflow and durability pull in opposite directions, so the right mesh depends on whether the panel is a hidden lining that rarely gets touched or a visible panel that takes abrasion every wear.
Tulle looks delicate, and it is: snagging resistance is low and it holds little structure. Spacer fabrics are the most robust and the most awkward to sew. Athletic mesh is the middle road, which explains why it dominates linings and ventilation panels.
Where Mesh Is Used in Clothing
Mesh fabric earns its place where a garment needs to breathe or shed weight. In apparel it appears as linings in jackets and shorts, back and underarm ventilation panels, sports jerseys, hoodie hood or pocket bags, layered dresses and overlays, and as a base for appliqué and trims. Outside clothing it is used in bags, shoes and caps.
Mesh uses and what to specify
| Use | Common mesh | Points to specify |
|---|---|---|
| Shorts and jacket linings | Light polyester lining mesh | Weight, hole size, stitch type, colour match to the outer |
| Ventilation panels | Athletic or birdseye mesh | Panel position, edge finish, wash shrinkage versus the main fabric |
| Hoodie hood or pocket bag | Lightweight mesh | Fibre, weight, behaviour with drawcords and zips |
| Shaping and underwear detail | Power mesh | Stretch percentage, recovery, edge finish |
| Layered overlays and skirts | Tulle or net | Hem finish, snag risk, layer count |
| Padded straps and back panels | Spacer mesh | Thickness, bonding or lamination, bulk at seams |
Common practice. A particular product may need a different solution.
Sportswear is the largest category for mesh, but performance fabric engineering is a specialist field. Our sportswear and activewear manufacturer guide explains what to look for there.
Cutting, Sewing and Finishing Mesh
Mesh is light and open, which makes it easy to snag and slightly awkward to sew. Sharp or damaged needles cut yarns and leave runs. Fine fabrics slide under the foot and can pucker. Stretch meshes need stretch-friendly stitches or the seam pops in wear. The factory should confirm its settings on a sample, not assume that a standard woven or jersey setting will do.
Handling mesh in production
- 1Check the clothInspect for snags, pulled yarns and uneven openings before cutting.
- 2Cut cleanlyUse sharp blades and avoid pulling the layers; support light meshes with paper or a stable lay.
- 3Choose needles and stitchesFine ballpoint or stretch needles and a stitch that moves with the fabric, such as an overlock.
- 4Control the edgesBind, fold or overlock the edges; raw mesh edges can curl and distort.
- 5Check hardware and trimsZips, hook-and-loop and rough trims can snag mesh; test them against the swatch.
Seam and edge finish matters as much as the cloth. Our spandex and elastane fabric guide explains how stretch affects seam and thread choice, which applies directly to power mesh.
Printing and Decorating Mesh
Printing on mesh is possible but not forgiving. Holes mean the print has less surface to land on, fine detail can break up, and heat can shrink or distort thin synthetic meshes. Sublimation works on polyester mesh because the dye bonds with the fibre; it needs white or light cloth and careful temperature control. Our sublimation printing guide explains the process.
Screen printing works on denser meshes with thin ink layers. Heavy plastisol or thick transfers can block the openings, reduce breathability and crack when the mesh stretches. Embroidery is usually avoided on loose mesh unless it is backed with stabiliser. Ask the printer to test the artwork on a mesh swatch before deciding the position and size.
Care, Sustainability and Testing
Mesh is usually easy to wash, but it snags on rough surfaces and zips, so garments should be washed with closures done up, ideally in a mesh bag. Most polyester and nylon meshes should be dried at low heat or air dried, and ironing should be avoided or done with great care because of heat sensitivity.
Sustainability is mixed. Polyester and nylon meshes are fossil-based and can shed fibres in washing. Recycled polyester or recycled nylon options exist and should be backed by documents such as GRS certificates. A mesh that lasts and is used for a long time is better than a throwaway one. Our sustainable fabrics guide explains how to read these claims with care.
Tests worth requesting on mesh fabric
| Test | What it tells you |
|---|---|
| Dimensional change after washing | Whether the mesh shrinks or distorts relative to the main fabric |
| Colour fastness to washing and rubbing | Whether dark mesh bleeds or marks other fabrics |
| Snagging resistance | How readily the surface catches; ask the test house which method it reports |
| Pilling | Whether the surface forms bobbles with rubbing, especially for brushed meshes |
| Stretch and recovery | For power mesh, whether the cloth returns to shape |
Test families named generally. Ask the factory or test house which method and grade they will report.
How to Specify Mesh Fabric
A mesh brief should state the type, the fibre, the weight, the opening size, the stretch and the finish. Without the opening size, two meshes of the same weight can look and breathe very differently. Supply a physical reference where possible, and ask for the same mesh in the colour you plan to use.
Cost is driven by the fibre, the filament fineness, the knit construction, the amount of elastane, the dyeing route and any bonding or lamination. Fine, sheer meshes cost more to cut and sew because they are slower to handle and more likely to be rejected for small faults. Ask for quotes on a named construction at a stated weight, and compare like with like rather than by the word mesh alone.
What to include in a mesh fabric brief
- Mesh type named: athletic, power, spacer, net or woven.
- Fibre content and weight in GSM, with a tolerance.
- Hole size or pattern, shown on a reference swatch.
- Stretch direction and recovery for power mesh.
- Colour reference and requirement for colour fastness.
- Edge finish and seam type for each location.
- Wash test results from a washed swatch.
Use as a prompt list for a fabric brief to your factory or mill.
How Ruhrose Approaches Mesh
Ruhrose develops hoodies, jersey, denim and woven casualwear for UK buyers, with production in Bangladesh. Technical sportswear mesh is outside our core range, and for performance products a specialist sportswear manufacturer is the better route. Mesh linings in casual jackets and shorts, hoodie pocket bags, and mesh panels can be discussed case by case, with sampling before bulk. Our ripstop fabric guide covers a lightweight woven often paired with mesh in jackets.