290 GSM Cotton Canvas Tusser

Our 290 GSM Cotton Canvas Tusser Fabric, also known as 8.6 Oz Fine Count Cotton Canvas, is crafted from 100% premium cotton using a 2/16 × 2/16 yarn count and a 56×44 construction, offering an excellent combination of strength, durability, and refined appearance. Designed for demanding textile applications, this fabric delivers reliable performance while maintaining the smooth texture and premium finish associated with fine-count canvas fabrics.

Engineered with a 290 GSM weight, 470 GLM construction, and 63-inch width, this canvas provides enhanced durability and structural stability for a wide range of commercial and industrial applications. Its balanced construction makes it suitable for premium bags, backpacks, footwear components, upholstery products, utility items, home furnishing applications, and heavy-duty textile products that require long-lasting performance and superior fabric integrity.

This fabric is available in various finishes including Greige, Dyed, Bleach White, Yarn Dyed, and Water-Repellent treatments, allowing manufacturers to select the most appropriate option for their production requirements. The fabric offers excellent color absorption, dimensional stability, and consistency, making it ideal for both domestic and export-quality products.

We maintain strict quality control standards throughout every stage of manufacturing and support sustainable sourcing practices. Depending on customer requirements, selected variants can be supplied with globally recognized certifications such as GOTS (Global Organic Textile Standard), Global Recycled Standard (GRS), BCI Cotton, and Oeko-Tex Standard 100, ensuring compliance with international quality, safety, and sustainability standards.

With complete traceability and a commitment to manufacturing excellence, our 290 GSM Cotton Canvas Tusser Fabric is trusted by leading brands, exporters, and manufacturers seeking a premium-quality cotton canvas solution that delivers durability, consistency, and dependable performance across diverse applications.