Patient Hygiene Care & Other Medical Supplies
Hypafix Adhesive Non Woven Fabric [Ready Stock]
The Hypafix Adhesive Non-Woven Fabric is a versatile, breathable adhesive tape designed for securing dressings, catheters, and medical devices. This high-quality tape provides secure fixation while maintaining skin integrity and allowing air circulation.
Pricing depends on quantity and specification. Send us an enquiry and our team will come back to you with a quotation.
- Supplying Malaysian hospitals since 2010
- Delivery nationwide from our Puchong warehouse
- On-site product demonstrations available
Overview
The Hypafix Adhesive Non-Woven Fabric is a versatile, breathable adhesive tape designed for securing dressings, catheters, and medical devices. This high-quality tape provides secure fixation while maintaining skin integrity and allowing air circulation.
Key Features
- Breathable non-woven fabric – allows air circulation and moisture evaporation
- Strong adhesive – provides secure fixation without aggressive adhesives
- Gentle on skin – reduces risk of skin irritation and damage
- Water-resistant – maintains adhesion in moist environments
- Easy to remove – gentle removal without skin trauma
- Versatile application – suitable for various medical uses
Clinical Applications
- Wound dressing fixation
- Catheter and tube securement
- IV line fixation
- Medical device attachment
- Post-operative dressing care
- Long-term device securement
Clinical Benefits
- Secure fixation – reliable device and dressing attachment
- Skin protection – gentle adhesive reduces skin damage
- Breathability – allows air circulation for skin health
- Patient comfort – well-tolerated for extended use
Technical Specifications
- Non-woven fabric construction
- Breathable adhesive design
- Water-resistant properties
- Available in various widths and lengths
- Single-use disposable design
The Hypafix Adhesive Non-Woven Fabric provides healthcare professionals with a reliable, skin-friendly solution for securing dressings and medical devices, ensuring patient comfort and device stability.
