Burnshield Small Surface Burn Dressing – 10cm x 10cm

Description

The Burnshield Small Surface Burn Dressing (10 × 10 cm) is a sterile, single-use foam pad soaked in Burnshield’s advanced hydrogel infused with tea-tree oil. Individually sealed in a foil pouch for hygiene, it’s designed for immediate first-aid care of small burns and scalds.

Upon application, the high-water-content gel rapidly absorbs and dissipates heat to cool the burn site and relieve pain. The foam transitions from white to clear once wet, allowing clinicians or caregivers to monitor the wound without disturbing the dressing. The open-cell, fibre-free foam conforms to contours while retaining gel for prolonged protection.

This dressing is non-toxic, non-irritant, and non-adhesive, enabling gentle, pain-free removal. It supports a moist healing environment, reducing risk of infection, and is approved for 1st to 3rd-degree burns, including thermal, scald, chemical, and sun-induced injuries. Ideal for use in home, workplace, schools, and emergency kits.

Features

• • • Sterile hydrogel-infused foam pad: Individually foil-sealed for immediate use and hygiene

    • Compact 10 × 10 cm size: Ideal for small surface burns like splashes and cooking accidents

    • Rapid cooling action: High-water-content gel absorbs and dissipates heat, reducing pain and tissue damage

    • White-to-clear transition: Gel becomes transparent upon wetting, enabling non-invasive wound monitoring

    • Non-toxic & non-irritant: Safe for use on babies, children, and sensitive skin; contains no adhesives or artificial irritants

    • Non-adhesive removal: Can be peeled off easily without pain or adherence to healing tissue

    • Tea-tree oil’s antimicrobial benefit: Naturally helps reduce the risk of infection

    • Moist wound healing: Retains moisture, speeding regeneration and reducing scarring potential

    • Versatile burn care: Effective for 1st–3rd degree burns, from thermal, chemical, radiation, or sun exposure

    • Conforming open-cell foam: Flexible structure adapts to the injured surface while maintaining gel retention