Elastic Tubular Net Bandage Size 8, 8 cm x 25 m, Shoulder, Head and Leg Dressing Fixation Bandage

Elastic Tubular Net Bandage Size 8, 8 cm x 25 m is a medical device designed for secure and practical fixation of dressings on the shoulder, head, and leg. The elastic tubular structure allows easy and quick application without the need for additional adhesive tapes. The breathable and flexible material provides stable support and reliable positioning of medical dressings. The product is manufactured from durable textile fibers with high elasticity both in width and length. Due to the seamless construction, the bandage can be cut to the required size without fraying. It is suitable for use under or over other medical materials, including plaster casts and sterile dressings. Technical specifications: • Product type: elastic tubular net bandage. • Size: 8 cm width x 25 m length. • Material composition: 35 percent cotton, 65 percent polyamide. • Color: white. • Packaging: roll. • Usage type: dressing fixation. • Sterility: non-sterile product. • Elasticity: lateral and longitudinal. • Fixation method: non-adhesive. Main features: • tubular elastic design for fast application. • porous structure that allows air circulation. • secure fixation without adhesive materials. • easy adaptation to shoulder, head, and leg shape. • can be cut to the desired length. • does not fray after cutting. • compatible with use under and over casts. • suitable for medical and first aid applications. Applications: • fixation of dressings on the shoulder, head, and leg. • maintaining bandages in the correct position. • additional protection of covered areas. • use in medical offices, clinics, and first aid kits. Instructions for use: • Open the product package. • Cut the required length from the roll. • Apply the bandage on the selected area. • Secure the dressing using the tubular bandage. This elastic tubular bandage provides a reliable and technical solution for effective fixation of shoulder, head, and leg dressings, offering consistent performance in medical and first aid environments.