Tricot Sportswear Fabrics
Warp-knit tricot with integrated spandex for true 4-way stretch. The smoothest sublimation surface in sportswear — used for cycling jerseys, compression wear, running tights, and form-fitting performance apparel.
What Is Tricot Fabric in Sportswear?
Tricot is a specific type of warp-knit fabric characterized by distinct vertical ribs on the front surface and a more horizontal, textured back. In sportswear, it is almost always blended with spandex — typically 80% polyester / 20% spandex or 82% polyester / 18% spandex — to create a fabric with true 4-way stretch that circular knits (mesh, interlock) simply cannot match.
Unlike circular knits where stretch comes from the loop structure, tricot's stretch comes from the warp-knit architecture combined with the spandex yarn. The warp knit creates a stable, run-resistant structure (a single broken yarn does not cascade into a run, unlike mesh), while the spandex provides the elastic recovery that pulls the fabric back to its original shape after stretching. This combination makes tricot the go-to fabric for form-fitting garments that need to move with the body: cycling jerseys, running tights, triathlon suits, base layers, and light compression wear.
Every tricot batch is tested for stretch and recovery percentage (must recover to >95% of original length after 5 stretch cycles), sublimation color fastness, GSM consistency, pilling resistance, and spandex bond integrity. We offer both matte and gloss finishes, and can customize the spandex ratio for specific compression levels.
Available Tricot Types
From standard sportswear tricot to specialized gloss and mesh variants for specific performance needs.
Weight Spectrum & Garment Type
Tricot GSM determines the garment's structure — from paper-thin base layers to heavy compression tights.
Layer
Running Top
Light Comp
Triathlon
Wind Panel
Sublimation on a Perfect Canvas
Tricot's smooth face makes it the highest-quality sublimation surface in sportswear knitting.
Why Tricot Moves Differently
Tricot's warp-knit architecture creates properties that circular knits fundamentally cannot replicate.
True 4-Way Stretch
Stretches equally in length, width, and both bias directions. Unlike circular knits that stretch primarily in one direction, tricot moves with the body in every direction a garment actually moves during sport.
Instant Recovery
The spandex yarn pulls the fabric back to its exact original dimensions within seconds of being released. After 100 washes, quality tricot still recovers to >95% of its original length — no bagging at knees, elbows, or seat.
Premium Sublimation Surface
The closed, smooth face provides 100% paper-to-fabric contact during heat pressing. Result: sharper detail, deeper color saturation, and zero bleed-through compared to mesh or pique knits.
Run & Snag Resistant
Warp-knit structure means a single broken yarn does not cascade into a run. If tricot snags, the damage is localized — unlike mesh where one snag can create a ladder that ruins the garment.
Body Contouring Drape
Tricot drapes rather than stands away from the body. It follows body contours smoothly without the boxy silhouette of interlock or the crumpled look of lighter mesh. This makes it ideal for form-fitting aesthetics.
Moisture Wicking
The polyester component provides the same hydrophobic wicking as standard polyester knits — sweat moves to the surface and evaporates. The spandex does not absorb moisture, so wicking performance remains consistent.
Lightweight Comfort
Despite its dense structure, tricot feels light and supple against the skin. At 170 GSM, a full cycling jersey weighs under 160 grams — the spandex adds stretch without adding perceptible weight.
Aerodynamic Profile
The smooth face creates less air friction than textured knits. For cycling and speed sports, this translates to a measurable reduction in drag compared to mesh or pique garments at the same fit.
Where Tricot Performs Best
Tricot dominates in form-fitting, stretch-critical sportswear categories.
Tricot vs. Circular Knit vs. Standard Warp Knit
Understanding where tricot fits in the stretch fabric landscape — and when to choose something else.
| Property | Tricot (Poly-Spandex) | Circular Knit (Mesh/Interlock) | Standard Warp Knit |
|---|---|---|---|
| Stretch | True 4-way Best | 1–2 way Limited | 2–4 way Good |
| Sublimation Quality | Exceptional (smooth face) Best | Very Good (mesh) / Excellent (interlock) | Very Good Sharp |
| Run Resistance | Excellent No Ladders | Poor (mesh) / Good (interlock) Mesh Ladders | Excellent |
| Breathability | Moderate Dense | Excellent (mesh) Most Airflow | Good |
| Drape / Body Conforming | Excellent Best Drape | Poor — stands away from body Boxy | Good |
| Durability (Washes) | 100–150 (spandex degrades) Spandex Limit | 200–300+ Longest | 150–200 |
| Cost per Meter | $2.50–$4.50 Premium | $1.50–$3.00 Lowest | $2.00–$3.50 |
| Best For | Cycling, compression, running tights, form-fitting apparel | Team jerseys, loose-fitting sportswear, high-breathability needs | Running singlets, general athletic wear, multi-sport |
Honest Assessment
- True 4-way stretch — the only common sportswear knit that stretches equally in every direction a body moves
- Best sublimation surface — smooth closed face produces sharper detail and deeper color than any textured knit
- Run and snag resistant — warp-knit structure prevents the laddering that destroys mesh garments
- Superior drape — conforms to body contours smoothly, eliminating the boxy fit of interlock and the crumpling of mesh
- Excellent shape retention — spandex recovery keeps garments fitting correctly through hundreds of wear-wash cycles
- Aerodynamic advantage — smooth surface reduces air drag in cycling and speed sports
- Spandex degradation — the 20% spandex component has a finite lifespan and loses elasticity after 100–150 washes, after which the garment feels looser
- Lower breathability — the dense, closed knit structure traps more heat than mesh, making it unsuitable for high-heat sports unless designed with ventilation panels
- Higher cost — 40–80% more expensive per meter than standard polyester mesh due to spandex yarn cost and slower warp knitting speed
- Chlorine sensitivity — spandex degrades rapidly in chlorinated water, making standard tricot unsuitable for regular pool swimming
- Heat sensitivity — high-temperature washing or drying accelerates spandex degradation, requiring more careful laundry handling than 100% polyester
- Not suitable for loose garments — using tricot for a loose-fitting team jersey wastes its stretch properties and adds unnecessary cost
Branding Tricot Garments
Sublimation is the primary method — and tricot is arguably the best fabric for it. Supplementary options add premium detail.
Full Sublimation
The dominant and recommended method for tricot. The smooth face provides perfect paper contact, resulting in the sharpest possible sublimation output — clean edges, no feathering, maximum color saturation. Standard 200–210°C for 45–60 seconds. The spandex does not accept dye, but at 80/20 blend the polyester completely covers the surface, so this is invisible in the final result.
Screen Print & Reflective
Used for effects that sublimation cannot achieve: reflective logos for cycling safety (critical for night rides), metallic sponsor logos, and silicone gripper prints on jersey hems. Screen print adheres well to tricot's smooth surface. Use lightweight, flexible plastisol or water-based inks to avoid stiffening the stretch fabric — heavy ink layers will crack when the fabric stretches.
Heat Transfer Labels
Essential for tricot garments because traditional woven labels would create a stiff spot in a fabric that's designed to stretch. Heat transfer neck labels, size tags, and care instructions stretch with the fabric and are imperceptible during wear. Applied at 120–130°C — well below the spandex damage threshold. For premium brands, we recommend heat transfers over any sewn-in label on stretch garments.
Specify Your Tricot
Every tricot variable affects stretch feel, sublimation output, and garment performance.
Spandex Ratio
80/20 for standard sportswear, 82/18 for slightly firmer feel, 90/10 for minimal stretch with tricot drape. Higher spandex = more stretch but faster degradation.
Finish Type
Matte for understated premium look (running, training), gloss for traditional cycling/triathlon sheen. Both sublimate identically — the difference is purely visual.
Target GSM
140–170 for upper body (jerseys, tops), 180–230 for lower body (tights, shorts — needs opacity), 240–260 for structured or outer layer panels.
Ventilation Strategy
Solid tricot for maximum sublimation area, tricot mesh panels for underarm/back ventilation, or laser-cut perforations post-sublimation for custom vent patterns.
Compression Level
Standard (body-contouring fit), firm (light compression for recovery), or custom (specific mmHg targets — requires dedicated compression knit, not standard tricot).
Sublimation Design
Provide artwork or let our team design. Tricot's smooth surface means we can print finer detail than on any other knit — take advantage of this with intricate patterns.
Ordering Process
Tricot has a slightly longer production cycle than standard polyester due to the spandex integration and warp knitting process.
Inquiry
Day 0Samples
3–5 DaysApproval
2–3 DaysProduction
14–22 DaysDelivery
4–7 DaysMOQ, Capacity & Lead Time
Frequently Asked Questions
The Form-Fitting System
Tricot handles the stretch-critical components — these fabrics complete the performance layering system.
Ready to Start Your Tricot Order?
Get a detailed quote with spandex ratio options, matte vs. gloss finish guidance, stretch specifications, and free swatches — typically within 3 business hours.