Oxford cloth is a kind of fabric with various functions and wide applications. There are mainly varieties in the market, such as plaid, Chinlon , and tig. The traditional combed fabric, which originated in Britain and was named after Oxford University, began around 1900.

Our company specializes in making all kinds of shopping bags, such as non-woven bags, polyester bags,PP woven bags, cotton bags, jute bags, ice bags, aprons, suits cover and other products. We can use all kinds of fabrics, such as cotton, polyester, felt, non-woven , pp woven , RPET polyester, RPET non woven, jute , microfiber,satin , suede, velvet and other materials. All our materials comply with OEKO-TEX 100 certification, GRS certification, etc, our company is a powerful high-quality supplier of polyester bags, shopping bags, ice bags, jute bags, environmentally friendly bags and degradable materials shopping bags.our company is good at silk screen printing, thermal transfer printing, digital printing, thermal sublimation printing and other printing, and long-term supply of various promotional products such as shopping bags and promotional bags.

600D polyester is commonly used by our company to make handbags and ice bags. 600D polyester oxford cloth has good heat resistance, water absorption, light resistance and wear resistance. The abrasion resistance is only inferior to nylon with good abrasion resistance, which is better than other natural fibers and synthetic fibers; Corrosion resistance. It is resistant to bleaching agents, oxidants, hydrocarbons, ketones, petroleum products and inorganic acids. It is resistant to dilute alkali and is not afraid of mold, but can be decomposed by hot alkali; The strength of 600D polyester fiber is 4 times higher than that of nylon and 20 times higher than that of viscose fiber. The elasticity is good: the elasticity is close to that of wool. When the elongation is 5%~6%, it can almost recover completely. Wrinkle resistance is better than other fibers, that is, the fabric does not wrinkle and has good dimensional stability. The elasticity is 2-3 times higher than that of nylon.