Our 250 GSM Milky Laminated Canvas Fabric, also known as 7.4 Oz Laminated Canvas Fabric, is manufactured using 10×10 yarn count (6 Kg base fabric) and enhanced with a high-quality Single Milky Lamination coating. Designed for applications requiring superior protection, durability, and moisture resistance, this fabric combines the strength of premium canvas with the added performance benefits of lamination technology.

Engineered with a 250 GSM construction and 36-inch width, this laminated canvas fabric offers excellent dimensional stability, enhanced durability, and improved resistance to moisture, dust, and environmental exposure. The single milky lamination creates a protective layer that helps extend product life while maintaining flexibility and ease of fabrication. Its robust construction makes it suitable for industrial covers, utility products, protective equipment, storage solutions, promotional applications, outdoor products, and various commercial textile requirements.

This fabric is available in multiple colors and customized finishing options to meet specific customer requirements. The laminated surface provides excellent strength retention, easy maintenance, and improved resistance to daily wear and tear, making it ideal for products that require both durability and functional performance.

We maintain stringent quality control standards throughout the manufacturing process to ensure consistency in fabric weight, lamination quality, adhesion performance, and overall durability. Our advanced production facilities and experienced quality assurance team ensure that every batch meets industry standards and customer expectations.

With complete traceability and a commitment to manufacturing excellence, our 250 GSM Milky Laminated Canvas Fabric is trusted by manufacturers, exporters, and industrial buyers seeking a premium-quality laminated fabric solution that delivers superior protection, durability, moisture resistance, and reliable long-term performance across a wide range of industrial and commercial applications.