Medstock Beige Fixer is a non-woven, adhesive fabric roll that is designed in a neutral skin tone and used for securing a wide variety of primary dressings and other medical devices to the skin.
- Neutral skin colour for discreet wear
- Soft, flexible, and conforming to enhance patient comfort
- Strong adhesive strength
- Highly breathable
- Hypoallergenic
- Can be used to secure the fixation of a wide variety of dressings, tubes, catheters, drains, and other medical devices
- Suitable for use on flexible and awkward body areas such as joints
No resources available for this product.
Related Products
Multipack Fabric Island Dressing
Medstock Fabric Island Dressing is a soft and comfortable adhesive dressing made of a highly breathable spunlace non-woven fabric and a gentle fabric absorption pad.
Read more
Blue Nitrile Medical Examination Gloves
Medstock Blue Nitrile Examination Gloves are medical grade and are specifically designed to give users a high level of comfort due to their elastic synthetic structure and unique textured fingers that enable a more firm grip. Medstock Blue Nitrile Examination Gloves particularly suit those who suffer from latex and skin allergies, as they are latex and […]
Read more
Violet Nitrile Medical Examination Gloves
Medstock Violet Nitrile Examination Gloves are designed to ensure a strong barrier against harsh chemicals including some chemotherapy medications. These gloves are medical grade and are specifically designed to give users a high level of comfort due to their elastic synthetic structure and unique textured fingers that enable a more firm grip. Medstock Violet Nitrile Examination […]
Read more
AAMI Level 4 Disposable Isolation Gown
Medstock’s AAMI Level 4 Isolation Gowns are manufactured from polypropylene spunbond nonwoven (PPSB) material, which is designed for excellent breathability and comfort. The exterior layer of the isolation gown is coated with polyethylene (PE) material, which provides a waterproof and impermeable barrier against liquid borne microbes (e.g. bile and blood).
Read more