14332 Shale Glide Polyester Thread - 5,500 yards King Spool

14332 Shale Glide Polyester Thread - 5,500 yards King Spool:

Sheen- Glide utilizes special technology to capture a beautiful luster within the fibers of a colorfast polyester. We welcome you to compare our Glide colors to your favorite polyester or rayon thread.

Consistent- Fil-Tec Glide with Advanced Trilobal Technology will maintain consistent tension throughout each & every spool. The results are high quality, consistent stitch formation, less thread breaks & fewer machine stops.
Coverage- Glide offers superior coverage for all your sewing applications. Uniform & complete coverage (fill) provides a unique look. The thread appears to melt into the fabric.
Strength- Customers rely on the superior strength of Glide in fast-paced production environments. Stronger thread translates into fewer thread breaks & less machine downtime.
Lint Free- Glide runs virtually lint-free through your machine needle & tensioners.

Experience the unmatched quality of the 14332 Shale Glide Polyester Thread. Made with superior craftsmanship, this heavy-duty thread is perfect for a multitude of sewing projects. With this thread, stitching becomes a seamless task, allowing for consistent, high-quality results. Made with 100% polyester, this thread is designed for durability, resistance to breakage, and a smooth glide through different types of fabric.

Offered in a generous king spool of 5,500 yards, the 14332 Shale Glide Polyester Thread allows for continuous, uninterrupted sewing. Ideal for upholstery, clothes, and more, this thread caters to various sewing needs making it a must-have in your sewing kit.

Shale Glide Polyester Threads are known for their strength, longevity, and versatility. Choosing the 14332 Glide Thread ensures that your products have a high-quality finish that is durable and long-lasting. So, invest in a thread that not only looks good but also adds value to your hard work. Add the 14332 Shale Glide Polyester Thread to your collection and experience the difference in quality and performance.