Solid Anti Pill Polar Fleece Polyester Fabric - Solid, 60" Width (1 Yard)

Discover the comfort, warmth, and versatility of this premium solid polar fleece fabric. Made from 100% polyester, it features a soft brushed feel on both sides with an anti-pill finish on one side to help keep projects looking smooth and fresh after repeated wear and washing. With a substantial 280 GSM weight and a generous 60" width, this fleece is a dependable choice for cozy sewing projects that need softness, durability, and easy care.

This fabric is designed for makers who want a reliable textile that is easy to cut, sew, and maintain. The plush surface offers a comfortable hand feel, while the anti-pill treatment helps reduce fuzzing and pilling over time, making it especially well suited for everyday garments and frequently used home items. Because it has no stretch, it is also straightforward to handle for both beginner and experienced sewists.

Features & Benefits

• 100% Polyester construction for durability and easy maintenance
• Soft polar fleece texture with a cozy brushed finish
• Anti-pill surface helps preserve a clean, polished appearance
• 280 GSM weight offers warmth and a substantial feel
• 60" width supports efficient cutting for larger projects
• No stretch for stable sewing and dependable structure
• Sold by the yard and shipped in continuous yardage when ordering multiple yards
• Machine washable for convenient everyday care

Recommended Uses

• Jackets, hoodies, sweaters, and casual apparel
• Blankets, throws, quilts, and cozy bedding accents
• Linings for outerwear and cold-weather accessories
• Home decor projects such as cushions, covers, and soft furnishings
• Crafting, DIY sewing, and comfort-focused handmade gifts

Care is simple: machine wash cold and tumble dry low to help maintain the fabric’s softness and appearance. Whether you are creating warm apparel, decorative home accents, or practical layering pieces, this solid anti-pill polar fleece delivers dependable performance, comfort, and versatile sewing potential.