Cotton Rich Self Design Sandal Shirting Fabric Infinity
Material : Cotton Rich
Colour : Sandal
Fabric Style : Self Design
Size : 147CM X 160 CM
Introducing our Unstitched Self Design Shirting Fabric – the perfect canvas for creating stylish, custom-made shirts that blend timeless elegance with modern appeal. This premium fabric features classic Self Design patterns, offering a versatile and sophisticated look that suits both casual and formal occasions.
Crafted from high-quality, breathable cotton, this fabric ensures exceptional comfort and durability. Its soft, smooth texture feels gentle against the skin, providing a pleasant wearing experience throughout the day. The Self Design is meticulously woven, ensuring that the pattern remains sharp and vibrant even after multiple washes.
Ideal for fashion enthusiasts and DIY aficionados, this unstitched fabric allows you to tailor a shirt to your precise measurements and style preferences. Whether you're aiming for a sharp, professional button-down for the office, a relaxed shirt for weekend outings, or a trendy statement piece, this fabric is perfect for bringing your vision to life
Wash Care :
Washing
Cold Water: Wash the fabric in cold water to prevent colors from bleeding and to maintain the integrity of the print
Gentle Cycle: Use a gentle or delicate cycle on your washing machine.
Mild Detergent: Opt for a mild detergent. Avoid using bleach or harsh chemicals that can damage the fabric and fade the print.
Separate Colors: Wash separately or with similar colors to avoid dye transfer.
Drying
Air Dry: For best results, air dry the fabric. Hang it on a clothesline or lay it flat on a drying rack.
Tumble Dry: If using a dryer, choose a low heat setting to prevent shrinkage and damage. Remove the fabric promptly to minimize wrinkles.
Ironing
Low to Medium Heat: Iron the fabric on a low to medium heat setting. Check the fabric’s response to heat by testing a small, inconspicuous area first.
Note :
The color rendition of the products may vary according to the ambient lighting conditions and the color calibration of digital LED devices.
