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| Brand Name: | N/A |
| Model Number: | DHM1615 |
| MOQ: | 500MTS |
| Payment Terms: | T/T |
79/21 Polyester Spandex Plain Cloth High Recovery For Sportswear
This 235GSM plain cloth is made from 79% polyester and 21% spandex, engineered for sportswear that demands high recovery, four‑way stretch, and a smooth, clean surface. The high 21% spandex content provides over 180% elongation in both directions with recovery exceeding 92%, ensuring that leggings, sports bras, and base layers snap back to their original shape after every squat, lunge, and stretch – no sagging knees or loose waistbands. At 235 grams per square meter, the fabric sits in the mid‑heavy range, offering full opacity and squat‑proof confidence while remaining breathable and comfortable. The plain jersey surface is smooth and non‑textured, making it ideal for sublimation printing, screen printing, and clean aesthetic designs. The 79% polyester base delivers rapid moisture wicking (sweat dries in about 26 minutes), colorfastness, and easy care. For high‑compression leggings, sports bras, dance bodysuits, and activewear base layers, this high‑recovery plain cloth provides the perfect balance of stretch, shape retention, and durability.
| Parameter | Value / Range |
|---|---|
| Model Code | DHM1615 |
| Composition | 79% Polyester / 21% Spandex |
| Fabric Structure | Plain jersey (single knit, smooth surface) |
| Weight | 235 GSM ±5% |
| Finished Width | 150 cm (59 inches) |
| Stretch Type | 4‑way |
| Stretch Factor (Warp / Weft) | > 180% / > 200% (ASTM D2594) |
| Recovery (after 180% stretch) | > 92% |
| Air Permeability | 80 – 120 CFM (ASTM D737) |
| Water Absorption | < 0.2% of fabric weight |
| Drying Rate (from soaked) | 26 minutes at 23°C, 50% RH |
| Moisture Wicking (Capillary Rise) | > 6 cm in 10 minutes |
| Tensile Strength (Warp) | > 300 N / 5 cm (ASTM D5034) |
| Tear Strength (Weft) | > 32 N (ASTM D2261) |
| Pilling Resistance | Grade 4 (ISO 12945‑2) |
| Color Fastness to Light | Grade 4 (AATCC 16, 40 hours) |
| Color Fastness to Perspiration | Grade 4‑5 (AATCC 15) |
| Shrinkage (after 5 washes, 40°C) | < 2% |
| Opacity | Fully opaque – squat‑proof |
| Standard Colors | 20+ colors (black, navy, charcoal, burgundy, etc.) |
| Custom Pantone | Yes (MOQ 500 m) |
| Lead Time (stock colors) | 25‑30 days |
| Lead Time (custom colors) | 25‑30 days + 10‑12 days lab dip |
Why this high‑recovery plain cloth is ideal for sportswear:
21% spandex for extreme stretch and recovery (>92%) – Moves freely with every deep squat and lunge, then snaps back to original shape. No baggy knees or loose waistbands.
235GSM mid‑heavy weight – Fully opaque and squat‑proof. Provides comfortable compression without restricting movement.
Smooth plain surface – Perfect for sublimation printing, screen printing, and heat transfer. No texture interference with designs.
Moisture wicking and quick drying – Sweat evaporates in about 26 minutes, keeping you dry during intense workouts.
Breathable yet supportive – Air permeability 80‑120 CFM prevents overheating while maintaining muscle support.
Durable and pill‑free – Grade 4 pilling resistance. Withstands frequent washing and friction.
Easy care – Machine wash cold, tumble dry low. Resists shrinking and fading.
Primary sportswear applications for 235GSM high‑recovery plain cloth:
High‑compression leggings and capris (squat‑proof)
Sports bras and bralettes (medium to high support)
Dance bodysuits and leotards
Cycling jerseys and bib shorts
Base layers for running and winter sports
Shapewear and bodysuits
Athleisure pants and shorts
Q1: How does 21% spandex compare to typical 15‑20% spandex fabrics?
Most premium activewear uses 15‑20% spandex. Our 21% spandex provides higher stretch (180%+ vs. 120‑150%) and superior recovery (>92% vs. 85‑88%). This means garments maintain their shape longer and resist sagging at pressure points (knees, elbows, waistband) even after repeated use.
Q2: Is 235GSM thick enough for squat‑proof leggings?
Yes. This fabric is fully opaque in all colors, including white and pastels. The combination of 235GSM weight and high spandex density passes the squat test with no show‑through.
Q3: Can this fabric be used for sublimation printing?
Absolutely. The plain jersey surface is one of the best substrates for sublimation – it produces vibrant, sharp colors with no texture interference. White or light‑colored base is recommended for full‑color designs.
Q4: Is a recycled polyester version available for this high‑recovery plain cloth?
Yes. We offer a GRS‑certified recycled polyester version of this exact 235GSM plain cloth. The recycled yarn is sourced from post‑consumer PET bottles. The mechanical properties – tear strength (>32N), stretch (>180%), recovery (>92%) – are all within 5% of the virgin version. The smooth plain surface, soft hand, and colorfastness are identical. Minimum order for recycled is 800 meters. Please request a recycled swatch and a copy of the GRS certificate for verification.
Q5: What is the typical lead time for this fabric?
For stock colors, lead time is 25‑30 days after order confirmation. For custom Pantone colors, add 10‑12 days for lab dip development and approval. Bulk production then takes 25‑30 days. Expedited service may be available for orders ≥2000 meters – please inquire.
Q6: How do I care for garments made from this plain cloth?
Machine wash cold (30°C) gentle cycle with like colors. Do not bleach. Tumble dry low or hang dry. Do not use fabric softener; it can coat the spandex fibers and reduce stretch recovery. Iron on low (synthetic setting) if needed. Following these steps, the fabric will retain its high recovery and shape for over 100 washes.
Q7: Can I get custom colors for my brand?
Yes. For exact Pantone matching, the minimum order is 500 meters. Lab dip lead time is 10‑12 days. Pre‑production samples are available for approval.
This technical data sheet is based on production samples of DHM1615 plain cloth. Stock colors MOQ: 200 linear meters. Custom colors MOQ: 500 meters. Recycled version MOQ: 800 meters. Lead time: 25‑30 days for stock colors, 35‑42 days for custom colors (including lab dip).
