ECO1 Recycled Micro Mesh Polyester Fabric - Mesh, Recycled, 60 GSM

Discover a lightweight, performance-ready recycled micro mesh fabric designed for projects that need breathability, flexibility, and a clean modern look. This ECO1 style offers a fine mesh texture with a soft hand and airy structure, making it a smart choice for apparel and technical sewing applications. Its recycled polyester construction supports more sustainable making while delivering the durability and consistency makers expect from a dependable mesh fabric.

Ideal for garments and layered designs, this fabric balances comfort and function with a smooth finish that works well for activewear, lining, and print-focused projects. The open mesh structure promotes airflow, helping finished pieces feel cooler and more comfortable in motion. It is also a practical option when you need a lightweight textile with reliable recovery and easy handling during sewing.

Features & Benefits

• Recycled polyester construction for eco-conscious sewing projects
• Lightweight 60 GSM body for easy layering and reduced bulk
• Breathable micro mesh structure for improved airflow
• Versatile performance fabric suitable for apparel and lining
• Clean surface that supports printing and sublimation applications
• Durable textile with dependable everyday wear performance
• Soft, flexible feel for comfortable finished garments

Recommended Uses

• Activewear and sportswear panels
• Swimsuit lining and performance layering
• Team uniforms and athletic garments
• Printed fashion accents and sublimation projects
• Lightweight linings, inserts, and breathable overlays
• DIY sewing, costume work, and craft applications

For best results, pre-test your sewing settings before production and use a suitable needle for lightweight knit or mesh fabrics. Handle with care during cutting to maintain clean edges and accurate shaping. If your project requires a swatch card, request one before placing a larger order so you can confirm hand feel, color, and performance for your specific application.