100% Polyester white micro mesh fabric for sports wear

Product Details

This polyester micro mesh fabric, item number HS068, is woven with 75 denier polyester filament yarn on advanced warp-knitting machinery.

75D Micro Mesh Structure & Athletic Performance

HS068 is designed to keep athletes cool and dry on the field, especially in active team sports like lacrosse, soccer, football, and basketball. It provides key functional benefits:

• High Breathability: The open weave contains a regular pattern of small micro-holes, allowing rapid hot air ventilation and sweat evaporation.
• Lightweight Strength: At 110 GSM, it offers an ultra-light body feel while maintaining high durability as a knit netting fabric. It holds its shape well under tension on the field.
• Micro See-Through Aesthetic: The fine mesh structure provides a classic semi-transparent athletic look, widely used in basketball jerseys and sports jackets.
• Soft Comfort: Unlike cheap mesh linings that feel scratchy, our 75D yarn processing ensures a soft, smooth hand feel against skin.

At 163 cm wide, HS068 is optimized for fabric yield, minimizing waste in uniform cutting lines.

B2B Sourcing Notes

This quality is typically specified for sports jerseys, athletic uniforms, garment lining, and mesh pocketing. Core checks usually include airflow, print response, handfeel, recovery, and post-wash stability, together with GSM or weight tolerance, usable width, and the finish requirements tied to the program.

Compare it against Mesh Fabric and Sportswear Fabric when adjacent constructions are still under review. When this SKU already matches the brief, confirm the key performance checks against the production standard before bulk release.

Inquiry & Sourcing Details

For quotation and sample review, share target application, GSM target, width, finish requirement, color reference, and expected order quantity. Include any required tests or market-specific standards in the RFQ so sampling and quotation can be aligned to sports jerseys, athletic uniforms, garment lining, and mesh pocketing.