Sewing Pressing Disposable Isolation Clothing mostly uses non-woven fabrics, using woven fabrics laminated with high-tech waterproof and breathable membranes, which are made by cutting, sewing and laminating. The Sewing Pressing Disposable Isolation Clothing has a reasonable structure, can move freely, is easy to put on and take off, and the cuffs are elastically closed. The isolation gown is dry, clean, mildew-free, free from adhesions, cracks and cavities on the surface.

Sewing Pressing Disposable Isolation Clothing is suitable for entering the housing area of ​​patients with suspected or confirmed airborne diseases; entering the isolation room of patients with suspected or confirmed airborne diseases, providing them with diagnosis and treatment operations or performing operations that may generate aerosols.

Sewing Pressing Disposable Isolation Clothing uses a variety of non-woven fiber joining technologies instead of the geometric interlocking of woven and knitted materials to make it complete and tough. Before using Sewing Pressing Disposable Isolation Clothing, please make sure that all seams and closures are intact. Isolation clothing that is damaged, damaged or contaminated cannot be used.

Sewing Pressing Disposable Isolation Clothing is a one-time use product, the use time does not exceed 24 hours, after use, please follow the country's relevant pollutant disposal regulations for good treatment. People who are allergic to this product should not be used. Disposable isolation gowns are mostly suspended and placed. Because of their different functions and different placement locations, the placement methods are divided into the pollution-side-inward method and the pollution-side-out method.

Sewing Pressing Disposable Isolation Clothing is suitable for entering the housing area for patients with suspected or confirmed airborne diseases; entering the isolation room of patients with suspected or confirmed airborne diseases, providing them with diagnosis and treatment operations or performing operations that may generate aerosols.