60% Cotton 40% Poly Twill T/C, CVC Fabric For Shirts/Jackets

Durability and Shape Retention: The polyester component enhances tensile strength and reduces shrinkage, helping garments maintain their shape through repeated wear and washing cycles.
User Comfort: With cotton as the majority fiber, the fabric facilitates moisture absorption and provides a tactile experience closer to natural fabrics compared to standard polyester-cotton blends.
Functional Performance: The fabric offers improved wrinkle resistance and faster drying times relative to 100% cotton fabrics, supporting easier care and maintenance for end-users.
Production Efficiency: The consistent quality and standard 57/8-inch width optimize fabric utilization and efficiency in the cutting process during mass production.

Composition: 60% Cotton, 40% Polyester.
Weave: Twill.
Yarn Count: 32x32.
Thread Density: 130x70.
Width: 57/8 inches (approx. 147 cm).
Key Attributes: Diagonal twill line, balanced breathability, color retention, and abrasion resistance.

This fabric is suitable for constructing a range of professional and casual apparel, including:
Work Uniforms & Corporate Shirts: Where durability, a professional appearance, and ease of care are required.
Casual Shirts & Jackets: Including field jackets, casual blazers, and everyday shirts that benefit from the fabric's sturdiness and comfort.
Utility Apparel: For industries requiring garments that withstand regular use while maintaining comfort, such as hospitality or logistics.

Twill vs. Poplin: This twill fabric typically offers a softer hand feel and better drapability than a poplin weave of similar composition, making it suitable for jackets and heavier shirts.
Care Instructions: Garments made from this fabric generally tolerate machine washing and tumble drying at moderate temperatures. Ironing at medium heat is recommended.
Dyeing and Finishing: The fabric accepts dyes effectively, allowing for a wide range of color options. It can also undergo various functional finishes, such as water-resistant or anti-static treatments, based on end-use requirements.