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Description
Men Cotton Blend Sandal Printed Shirt Fabric Hiper Print
Product Details :
Material : Cotton Blend
Size : 147cm*160cm
Colour : Sandal
Fabric Style : Printed Fabric
A Cotton Blend All-Over Printed Shirt Fabric is a versatile and stylish material made from a combination of cotton and synthetic fibers, offering the perfect balance of comfort and durability. The fabric features a vibrant all-over print, with continuous, repeating patterns that cover the entire surface. Whether it's bold geometric designs, intricate florals, or artistic motifs, the all-over print creates a dynamic, eye-catching look. The cotton blend ensures softness, breathability, and moisture-wicking properties, while the addition of synthetic fibers enhances the fabric's strength, wrinkle resistance, and color retention. Lightweight, easy to care for, and suitable for year-round wear, this fabric is an excellent choice for creating trendy, casual, or semi-formal shirts.
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.
Steam Ironing: Use the steam setting on your iron for best results, or mist the fabric lightly with water before ironing to ease out wrinkles.
Note : The color rendition of the products may vary according to the ambient lighting conditions and the color calibration of digital LED devices.
