Spunmelt
High Barrier, Increased Protection
Infection Control – Achieved through High Hydrostatic Head and Alcohol Repellent treatments
User Comfort – Achieved through Softness, Drape and Air-permeability, Anti-Static performance
Uniformity and Consistent Look of the Fabric – Achieved through Consistency
Strength – Achieved through High Mechanical strength and Tear Resistance
Functional Treatments
Antistatic, Alcohol Repellent, Antimicrobial, Anti-bacterial, Antiviral, Anti-odour agents
Meeting Skin-irritation and Cytotoxicity norms
Breathable Film & Laminates
Compliance to AAMI PB70 Level 4, EN13785 standards
Resistance to Blood-borne pathogens
User comfort with breathability
End-Products
Our fabrics are used in medical applications such as:
- Surgical Gowns, Drapes, Scrub suits
- Sterile Wraps
- Masks
- Medical PPE
- Infection control products/ Isolation Gowns
- Bed Covers, Pillow Covers, Tray Covers, Operating Table Covers, Curtains
Myth vs Reality
Beams vs. Hydrohead
The Hydrostatic head defines the maximum Water Pressure that the fabric can withstand. This is an important performance criteria which is also defined in AAMI PB70 standards.
The Higher the Hydrohead the better is the Barrier performance of the fabric which finally translates into Infection control performance. This is achieved by the content and quality of the Spunbond and Meltblown present in the fabric and the PROCESS settings.
Though the number of Layers( thereby no of beams ) does influence the Fabric properties, the final mechanical strength and barrier performance offered by the product is the defining aspect of the Fabric.
The FINAL PROPERTIES of the fabric is WHAT matters towards the Performance of the end-product and not the NUMBER of BEAMS
Medical Applications
