Our 120 GSM Cotton Sheeting Fabric, also known as 3.5 Oz Cotton Sheeting, is manufactured using a 30×30 yarn count and 68×68 construction, offering a lightweight, smooth, and versatile fabric solution for a wide range of commercial and lifestyle applications. Crafted from premium-quality cotton yarns, this fabric provides excellent flexibility, breathability, and ease of handling while maintaining dependable durability for everyday use.

Engineered with a 120 GSM weight, 200 GLM construction, and 63-inch width, this lightweight canvas fabric is designed for applications that require comfort, softness, and superior printability. Its balanced weave construction ensures a clean surface appearance and consistent fabric performance, making it ideal for tote bags, shopping bags, promotional products, pouches, aprons, craft items, fashion accessories, home décor products, and various textile manufacturing applications.

This fabric is available in multiple finishes including Greige, Dyed, Bleach White, Yarn Dyed, and Water-Repellent treatments, allowing manufacturers to customize the fabric according to specific product requirements. The fabric offers excellent dye absorption, print clarity, stitching performance, and finishing quality, making it suitable for both domestic and export-oriented production.

We maintain strict quality assurance standards throughout the manufacturing process to ensure consistency in fabric weight, weave construction, appearance, and overall performance. Depending on customer requirements, selected variants can be supplied with internationally recognized certifications such as GOTS (Global Organic Textile Standard), Global Recycled Standard (GRS), BCI Cotton, and Oeko-Tex Standard 100, supporting sustainable sourcing and responsible manufacturing practices.

With complete traceability and a commitment to quality excellence, our 120 GSM Cotton Sheeting Fabric is trusted by manufacturers, exporters, and brands seeking a lightweight, premium-quality cotton canvas solution that delivers versatility, consistency, and reliable performance across a diverse range of applications.