Textile fabrics; coated with gum or amylaceous substances, tracing cloth, prepared painting canvas, buckram and similar stiffened textile fabrics for hat foundations, (excluding book covers)

HS code 590190 covers a diverse range of textile fabrics that are coated or treated with various substances to impart specific properties. These fabrics play a crucial role in various industries, from art and fashion to construction and transportation. As a key component in the global textile supply chain, the products under this code contribute significantly to the broader economy.

The production of the textile fabrics covered by HS code 590190 typically involves a multi-step process. First, the base fabric, which can be made from natural or synthetic fibers, is woven or knitted. The fabric is then coated or impregnated with substances such as gum, amylaceous materials, or other stiffening agents. This coating process can be done through techniques like dipping, spraying, or calendering, depending on the specific requirements of the end product. The coated fabric is then dried and finished to achieve the desired properties, such as stiffness, water resistance, or improved surface texture.

The main inputs required for the production of the textile fabrics under HS code 590190 include the base textile materials (e.g., cotton, polyester, or blended fibers), coating and stiffening agents (such as gum, starch, or synthetic resins), and specialized machinery for the coating and finishing processes. Additionally, energy sources, water, and skilled labor are essential inputs for the manufacturing of these specialized textile products.

The textile fabrics covered by HS code 590190 have a wide range of applications. They are commonly used as tracing cloth, prepared painting canvas, and buckram for hat foundations. These fabrics may also be used in the production of 4202 luggage, 6307 other made-up textile articles, and 6506 headgear. The coated and stiffened nature of these textiles makes them suitable for applications where durability, stability, and specific surface properties are required.