24″ Stainless Steel Reed (10 DPI) | For 61cm Table Looms

Versatility Meets Scale: The 10 DPI Stainless Steel Reed for 24-Inch Looms

Expand your weaving capabilities with the 61cm (24″) Stainless Steel Reed in 10 DPI (10 dents per inch). This is the “workhorse” reed for the 24-inch table loom, providing the perfect spacing for the most popular yarn weights. Whether you are weaving a cozy baby blanket, a textured table runner, or fabric for a custom garment, this reed ensures a professional, high-quality finish.

At 10 DPI (approx. 40/10cm), this reed is perfectly calibrated for DK weight (8-ply) yarns and medium-weight cottons. It provides enough room for the yarn to “bloom” and settle after washing, resulting in a fabric with a beautiful drape and consistent density across the entire 24-inch width.

Why the 10 DPI Stainless Steel Reed is a Must-Have:

• Lifetime Stainless Steel: Unlike standard reeds, our stainless steel version is completely rust-proof. This is essential for protecting your projects from staining and ensuring the reed remains snag-free for a lifetime of weaving.

• Polished for Smoothness: Every dent is precision-polished to minimize warp friction. This prevents “fuzzing” or pilling on wool and delicate fibers, making the weaving process smoother and more enjoyable.

• The Ideal Mid-Range Sett: 10 DPI is the most versatile spacing for medium-weight textiles, balancing detail with a manageable thread count for larger projects.

• Rigid Construction for Even Beating: The heavy-duty stainless steel frame maintains its alignment even under firm beating, ensuring your selvedges stay neat and your weft stays perfectly horizontal.

• Full-Width Coverage: Sized specifically for 61cm/24-inch table looms, giving you the freedom to utilize the full capacity of your equipment.

A Professional Foundation for Every Project From heirloom blankets to modern home decor, the 10 DPI Stainless Steel Reed provides the reliability and precision that Gulf Looms artisans expect. Invest in the best and watch your weaving transform.