

Biatain Foam Non-Adhesive - Size: 10 x 10cm
Product information
- Quantity Unit Single
- Product Code 3008003
$82.00 incl GST
Description
Biatain Foam Non-Adhesive is expertly crafted to enhance wound care through its advanced polyurethane foam design. This dressing is tailored for wounds where non-adhesive solutions are preferred, offering exceptional absorption and retention of exudate. By maintaining an optimal moist environment, it significantly aids the healing process.
Key Benefits
- 3D Foam Structure: The unique 3D foam structure ensures close conformity to the wound bed, even under compression. This minimizes leakage and maceration, providing reliable protection.
- Comfort and Flexibility: Soft and flexible with bevelled edges, it reduces pressure marks and enhances comfort during wear.
- Long Wear Time: Suitable for extended use, with a wear time of up to 7 days, making it convenient for various wound types.
Design Features
The dressing includes a semi-permeable, bacteria- and waterproof top film, safeguarding the wound while allowing necessary breathability. Its non-adhesive nature makes it ideal for fragile peri-wound skin, ensuring gentle application and removal.
Indications for Use
Biatain Foam Non-Adhesive is versatile, suitable for:
- Leg ulcers
- Pressure ulcers
- Non-infected diabetic foot ulcers
- Second-degree burns
- Donor sites
- Post-operative wounds
- Skin abrasions
- Superficial burns
Compatibility
Compatible with compression therapy, it serves as a comprehensive solution for managing various exuding wounds. Available in multiple sizes, it caters to different wound dimensions, with packaging options designed for practical use.
Available Sizes
- 5cm x 7cm
- 10cm x 10cm
- 15cm x 15cm
- 10cm x 20cm
- 20cm x 20cm
Smaller sizes come in boxes of 10, while larger sizes are available in boxes of 5, providing flexibility in selection.
Biatain Foam Non-Adhesive stands out as a reliable choice for healthcare professionals seeking effective wound management solutions, fostering a conducive environment for healing across a range of clinical scenarios.