Sion Biotext Unna Boot with Zinc Flexible Compression Bandage Maintain Moist Healing Environment Medical Dressing Wrap Gauze - EMS First Aid Supplies($99.99Value)

Description

QUALITY WRAP: Sion Biotext Unna Boot Bandages are infused with zinc oxide paste. Unique knit construction allows for more uniform distribution of paste, great self sticking bandage wrap SELF ADHESIVE: The Unna Boot is a self adherent wrap compression dressing, usually made of cotton, that has a zinc oxide paste applied uniformly to the entire trauma bandage. This Unna Boot bandage measures 3 inches wide and 10 yards long. ENHANCES PATIENT COMFORT: The zinc oxide paste in the Unna Boot rolled gauze 3 inch wrap helps ease skin irritation and keeps the area moist. FAST RELIEF: Maintains a moist healing environment and provides light compression for venous leg ulcers, Lymphedema, minor fractures, sprains, strains, Reduce Phlebitis, and skin grafts. Bandage will not fray into wound site perfect medical supplies for wound care. 100% SATISFACTION GUARANTEE: Package contains 12 (Full Case) Unique, Easy-to-Open, Non-Sterile gauze pads individually wrapped in foil Sion Biotext Unna boot bandages. Unna Boot with Zinc Oxide 3 Inch x 30 Feet - Non-Sterile by Sion Biotext is a high-grade gauze bandage that has been evenly impregnated with a non-hardening paste of zinc oxide to provide venous ulcer compression therapy. The zinc promotes healing within wound sites, making it useful for burns and ulcers. The non-raveling gauze is uniformly coated so that it is easy to handle and mold to the limb. Unna Boots may be worn up to 7 days, without changing, if medical conditions permit. These Bandages are embedded with zinc oxide, which helps relieve skin irritation and keep the wound area stay moist. The Unna boot bandages are latex free to reduce the risk of skin irritation. Sion Biotext Unna Boot Bandage used for the treatment of venous insufficiency ulcers, (especially with moist desquamation), lymphatic edema, Thrombophlebitis, strains, sprains, and dislocations.