340 GSM Cotton Canvas Tusser

Our 340 GSM Cotton Canvas Tusser Fabric, also known as 10.0 Oz Fine Count Cotton Canvas, is manufactured from 100% premium cotton using a 2/14 × 2/14 yarn count and a 54×42 construction, delivering exceptional durability, strength, and a premium finish. Designed for applications that demand both performance and aesthetics, this fabric provides the ideal balance between flexibility and heavy-duty functionality.

Engineered with a 340 GSM weight, 550 GLM construction, and 63-inch width, this high-density canvas offers superior strength and enhanced load-bearing capacity. Its robust construction makes it an excellent choice for premium bags, luggage products, industrial covers, upholstery applications, footwear components, utility products, outdoor equipment, and various commercial textile solutions. The tightly woven structure ensures long-lasting durability while maintaining a smooth and professional appearance.

This fabric is available in multiple finishes including Greige, Dyed, Bleach White, Yarn Dyed, and Water-Repellent treatments, enabling manufacturers to select the most suitable option based on their specific production requirements. The fabric delivers excellent dye penetration, color consistency, dimensional stability, and ease of fabrication for both domestic and international markets.

We follow stringent quality control measures throughout the manufacturing process and support responsible sourcing practices. Depending on customer requirements, selected variants can be supplied with internationally recognized certifications including GOTS (Global Organic Textile Standard), Global Recycled Standard (GRS), BCI Cotton, and Oeko-Tex Standard 100, ensuring compliance with global quality, safety, and sustainability standards.

With complete traceability and an unwavering commitment to manufacturing excellence, our 340 GSM Cotton Canvas Tusser Fabric is trusted by brands, exporters, and manufacturers seeking a premium-quality cotton canvas solution that delivers outstanding durability, consistency, and reliable performance across a wide range of demanding applications.