Fabric and material-system library
A useful fabric brief begins with the product's end use, climate, activity and garment layer—not a fibre name or GSM target in isolation. This library compares material constructions, planning weights, use cases, tradeoffs and relevant test methods for skiwear, hunting wear, streetwear, security uniforms and techwear. Final specifications require a current physical swatch and source record.
Guided material shortlist
Every record shown here is a research-derived planning record until a supplier grade or physical SSM sample is attached.
29 planning records match these filters.
Select up to four for comparison. 0/4 selected.
Planning visual only; not an exact mill grade, colour standard or tested sample. Show the exact woven face at true macro scale.
Woven face bonded to a membrane and protective knit or woven backer.
Combines face, barrier and protective backer into one bonded shell package, reducing the need for a loose protective lining.
Request this construction in a sampleShow face yarn and weave under soft raking light.
Woven face, membrane or coating, and a printed or applied inner protective treatment.
Can reduce mass and packed volume when a full textile backer is not required.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Show the exact woven structure and surface finish.
Stretch woven face bonded to tricot, fleece or a membrane-backed inner layer.
Balances movement, a controlled outer face and optional inner warmth in one material system.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Resolve the outer weave and matte or lustrous finish accurately.
Single-layer double-face woven with a durable outer face and a differentiated inner surface.
Provides a controlled outer surface, movement and a distinct inner hand without requiring a bonded backer.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Show the true face knit without adding a grid if none exists.
Knit with raised grid zones separated by lower channels.
The raised and recessed geometry can place loft where wanted while reducing continuous bulk.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Resolve fine knit loops and the actual fibre halo at true scale.
Fine-gauge weft knit intended for next-to-skin or light layering use.
A candidate where buyers prioritize next-to-skin comfort, moisture buffering and natural-fibre hand.
Request this construction in a sampleShow the actual fibre web rather than a woven surface.
Needled, carded or continuous-filament loft layer used inside an assembled garment system.
Offers selectable loft and warmth direction in a cuttable layer that can be zoned within a garment.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Show nap direction with raking light and no invented camouflage.
Brushed knit or tricot face used alone or as the outer face of a laminate.
A raised face can reduce hard-surface rustle and provide a warmer, matte hand.
Request this construction in a sampleUse raking light to show the genuine peached surface.
Plain or twill woven with a sueded or peached surface finish.
Combines a durable woven body with a softer, lower-glare surface direction.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Resolve the real reinforcement grid and yarn intersections.
Plain weave with periodic reinforcement yarns forming a visible or subtle grid.
A reinforcement grid can help control tear propagation while providing a clear technical surface structure.
Request this construction in a sampleUse colour-managed reference photography; do not infer compliance from vividness.
High-chroma woven or knit outer material, optionally combined with weather or quiet-face construction.
Provides a high-visibility colour direction where the exact market and garment brief requires it.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Show dense face wales at real scale.
Dense weft knit with face wales and reverse sinker loops.
Adds opacity and body for silhouettes that should hold shape instead of collapsing like lightweight jersey.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Show the smooth jersey face.
Jersey face with unbrushed loops or floats on the reverse.
The smooth face supports decoration while the unbrushed loop reverse gives body without a fleece nap.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Show the dense jersey face.
Jersey face with an inlay or back yarn raised by napping on the reverse.
Provides body on the face and a soft raised interior for cold-weather streetwear.
Request this construction in a sampleShow the true rib repeat and vertical columns.
1×1, 2×2 or engineered rib with alternating knit and purl columns.
Provides extensibility and recovery at openings while visually coordinating with the main body fabric.
Request this construction in a sampleShow diagonal twill ridges at accurate scale.
2/1 or 3/1 diagonal woven construction.
Offers a recognizable diagonal surface, structure and a stable base for utility silhouettes.
Request this construction in a sampleShow the indigo warp-faced twill.
Typically an indigo warp-faced 2/1 or 3/1 twill with lighter weft yarns.
Combines a strong visual twill with wash-development and ageing possibilities central to many streetwear programs.
Request this construction in a sampleShow the air-textured yarn surface and exact weave.
Plain, twill or dobby woven made with air-textured nylon yarn.
Air-textured yarn can give nylon a less glossy, more cotton-like surface while retaining low mass.
Request this construction in a sampleShow diagonal twill and actual colour.
2/1 or 3/1 woven twill developed for shirting, trousers, jackets or coveralls.
Offers a configurable balance of appearance, dimensional stability, comfort and wear for everyday uniform programs.
Request this construction in a sample
Planning visual only; not an exact mill grade, colour standard or tested sample. Show the reinforcement grid without exaggerating it.
Polyester-cotton woven with periodic reinforcement yarns.
Adds a reinforcement grid to a uniform-friendly blended woven construction.
Request this construction in a sampleShow the exact fine weave at true macro scale.
Light plain or twill woven selected for airflow, opacity and uniform appearance.
Prioritizes heat release and lower bulk for long shifts in warm conditions.
Request this construction in a sampleShow the twill or plain structure without visually faking stretch.
Uniform woven with elastane, PBT, textured yarn or mechanical stretch.
Adds movement and potential fit retention to a structured duty-uniform surface.
Request this construction in a sampleUse colour-managed reference imagery for the background material.
Fluorescent background textile combined with a documented retroreflective material and garment layout.
Addresses conspicuity when a risk assessment and applicable standard require a complete high-visibility garment.
Request this construction in a sampleShow a neutral, source-matched textile macro only.
Inherent or treated protective textile combined with compatible seams, trims and garment design.
Protective systems belong in a separate evidence track when a formal risk assessment identifies a heat, flame or electrostatic requirement.
Request this construction in a sampleResolve the dense basket repeat accurately.
Dense basket weave, often using high-tenacity nylon yarn.
Provides a dense, visibly rugged basket structure for high-wear zones and load-bearing accessories.
Request this construction in a sampleShow the actual open or closed face knit.
Two knitted faces held apart by pile or spacer yarns.
Can provide separation, cushioning and airflow without using a solid foam layer in selected applications.
Request this construction in a sampleShow the textile carrier surface.
Woven or knit textile laminated to a thermoplastic polyurethane film.
Enables selected seams or components to be heat welded while providing a controllable barrier layer.
Request this construction in a sampleShow the exact composite face from the supplied reference.
Cross-ply, woven-composite or hybrid laminate architecture.
Offers specialised strength-to-weight and dimensional-stability directions in selected composite architectures.
Request this construction in a sampleCapture the physical surface under neutral light.
Coated, printed, glass-bead or film-based reflective surface carried on a textile.
Creates a strong change between ambient and directed light while supporting utility or visual-design goals.
Request this construction in a sampleSide-by-side decision support
Planning bands guide sampling conversations. They are not a production specification or a tested result.
| Material system | Planning weight | Construction | Why consider it | Tradeoffs to sample | Evidence state |
|---|---|---|---|---|---|
| 3-layer waterproof laminate | 120–220 gsm | Woven face bonded to a membrane and protective knit or woven backer. | Combines face, barrier and protective backer into one bonded shell package, reducing the need for a loose protective lining. | Hand, sound, breathability and durability vary by exact laminate Waterproof fabric does not make seams waterproof Bond durability must be checked after care and ageing | Planning range |
| 2.5-layer lightweight shell | 80–160 gsm | Woven face, membrane or coating, and a printed or applied inner protective treatment. | Can reduce mass and packed volume when a full textile backer is not required. | May feel less comfortable next to skin Inner print or treatment can abrade Low mass does not establish durability | Planning range |
| Bonded softshell | 240–380 gsm | Stretch woven face bonded to tricot, fleece or a membrane-backed inner layer. | Balances movement, a controlled outer face and optional inner warmth in one material system. | Softshell is not automatically waterproof Warm bonded grades may be unsuitable for high-output use Elastomer and bond durability need care-cycle checks | Planning range |
| Stretch double weave | 170–300 gsm | Single-layer double-face woven with a durable outer face and a differentiated inner surface. | Provides a controlled outer surface, movement and a distinct inner hand without requiring a bonded backer. | Stretch percentages are method-dependent Elastomer can be affected by heat and ageing Airflow and weather resistance vary by weave and finish | Planning range |
Weight without shortcuts
GSM is grams per square metre: the mass of a conditioned material specimen divided by its area. It is useful for comparing identified grades of similar construction, but it does not describe the material system by itself.
System note: Keep shell-fabric GSM, insulation basis weight and finished-garment weight separate. A 100 g/m² insulation layer is not a 100 gsm jacket, and two 240 gsm materials can behave differently when one is French terry, one is twill and one is stretch double weave.
Five different product problems
Each pathway changes the order of decisions, the tradeoffs to inspect, and the evidence required before bulk production.
Fabric system guide · Skiwear
Fabric system guide · Hunting wear
Fabric system guide · Streetwear
Fabric system guide · Security uniforms
Fabric system guide · Techwear
From planning record to approved material
Document the wearer, market, climate, movement, garment zone, care route and required evidence before selecting a cloth.
Use the library to compare constructions, planning weights, likely tradeoffs and the questions each material still needs to answer.
Attach the current supplier grade, composition, width, measured weight, finish, colour, minimum order and available test documentation.
Review face, reverse, scale, hand, drape, stretch, opacity, sound and shade on the real material; AI imagery is a disclosed navigation aid only.
Trial seams, tape, bonds, washes, prints, trims and garment zones, then record results against the exact sample and method.
Image and proof boundary
AI-generated swatch images are visual references only when based on supplied material data and a physical reference. Exact colour, hand, structure, finish and performance must be confirmed on a physical production swatch.
Generated rulers, certificates, branded fibre marks and unstated test results are not accepted as evidence.
Evidence register
Sources support definitions, planning ranges, or test-method context. They do not verify an untested production fabric.
Fabric mass per unit area and sampling context.
Limit: The public abstract supports method-level context only; a tested specimen does not establish an entire production lot.Mass per unit length and mass per unit area for woven fabrics.
Limit: Its woven scope should not be presented as a universal composite or insulation method.Hydrostatic water-penetration resistance testing.
Limit: The method does not define one universal pass value for every garment or end use.Thermal resistance and water-vapour resistance under steady-state conditions.
Limit: Results should not be compared directly with values produced by unrelated breathability methods.Martindale abrasion specimen breakdown for suitable textile fabrics.
Limit: The stated scope excludes coated fabrics; choose a method appropriate to the exact construction.High-visibility colour, retroreflection, material area and garment placement requirements.
Limit: A fluorescent swatch alone is not a compliant garment; current edition and market requirements must be reconfirmed.Heat- and flame-protective clothing requirements.
Limit: Never infer protection from appearance or fibre description; documentary evidence must match the exact fabric and garment system.Structural distinctions among jersey, French terry and brushed fleece.
Limit: Educational cotton-focused guidance, not an SSM specification or universal grade range.Example jersey, French-terry and fleece weights.
Limit: Example digital materials are used to inform planning bands only.Warp-faced twill, yarn and denim construction vocabulary.
Limit: Specific performance still depends on yarn, dye, finishing and wash development.Physical sample before bulk
Share the garment, climate, layer, target hand, planning weight, construction and evidence needs. The next step is to compare real material references and build a sample route around the selected use case.