Stahls® Pressure Sensitive Poly-TWILL™ is a professional-grade twill appliqué material designed to make accurate placement fast and easy. Featuring a peel-and-stick pressure-sensitive adhesive backing, this material allows decorators to securely position appliqué designs before sewing, helping reduce shifting and improve consistency during production. Supplied in 16" rolls, P.S. Poly-TWILL is ideal for apparel professionals who demand precision and efficiency.
Pressure Sensitive Poly-TWILL is engineered for cut-and-sew appliqué workflows where clean alignment is critical. The temporary adhesive holds letters, numbers, and shapes firmly in place during handling and stitching, making it easier to achieve professional results—especially on multi-piece layouts. Once sewn, the twill delivers a durable, classic fabric finish suitable for repeated wear.
Common applications include jerseys, uniforms, spirit wear, team apparel, and custom garments that require bold, fabric-based graphics. Whether producing one-off pieces or larger runs, Stahls Pressure Sensitive Poly-TWILL helps streamline appliqué setup while maintaining a high-quality finished look.
What Is Stahls® Pressure Sensitive Poly-TWILL™?
Pressure Sensitive Poly-TWILL is a twill appliqué material with a peel-and-stick adhesive backing that temporarily secures designs to garments before sewing, ensuring accurate placement and easier production.
Best Uses for Pressure Sensitive Poly-TWILL™
This material is commonly used for sewn appliqué on jerseys, uniforms, team apparel, spirit wear, lettering, and numbers where precise alignment is required.
Available Sizes
This section includes 16-inch-wide rolls of Pressure Sensitive Poly-TWILL suitable for professional apparel decoration and appliqué workflows.
Why Buy Stahls® Pressure Sensitive Poly-TWILL™ From CrafterNV
CrafterNV supplies professional-grade appliqué materials from Stahls, selected for real-world apparel production. With trade-focused service and trusted materials, this section supports consistent, professional appliqué results.