HEMCON DRESSING 5CM X 5CM
MDPH-104

Manufactured from a natural product called chitosan (KITE-oh-zan), the HemCon® Bandage is fabricated into a pliable, sterile dressing using proprietary techniques. When applied to traumatic skin, organ or penetrating injuries, the HemCon® Bandage provides superior control of bleeding and wound site adhesion. HemCon® Bandages are ideal for controlling arterial bleeding and severe external haemorrhage. The FDA-cleared HemCon® Bandage is biocompatible and forms an antibacterial barrier, reducing the potential for infection.

The HemCon® Bandage works by adhering aggressively to tissue surfaces when in contact with blood or moisture. This adhesive-like action forms a strong, flexible barrier that seals and stabilizes the wound.

HemCon® Bandages are conveniently packaged with up to a two-year shelf life, stable at room temperature and simple to use. Extremely robust, the bandage can tolerate relatively extreme compressive forces while retaining adequate flexibility to conform to curved or irregular wound surfaces. HemCon® Bandages are non heat-producing and easily removed with saline or water.

The HemCon® Bandage is safe, durable, highly effective, and does not contain human proteins or clotting factors.

• CE Marked, FDA Approved and ISO 13485:2003 certified
• Manufactured from a natural product called chitosan,
  fabricated into a flat bandage using proprietary techniques
• Supplied sterile in a sealed foil vapor barrier package
• Labeled for single use only
• Stable at room temperature
• Can be supplied in various sizes (coming soon)
• Currently only available in 4" x 4" (10cm x 10cm)
• Provides rapid control of moderate and severe external haemorrhage
• Simple to use
• Cost effective
• Adheres tightly to the site of the application
• Seals the injury site to further bleeding and external infective agents
• Forms an antibacterial barrier, reducing the potential for infection.

The HemCon® Bandage significantly outperformed the standard of care (gauze) with significant improvements in survival, blood loss, and the number of applications of either pressure or dressings required to achieve hemostasis.