ZERO Surgical Mask | Head Ties | 50 Pack
Certifications
- Certified Level 3
- AS 4381:2015
- ID No. BMP 798779
- ARTG: Pending
Protects You From
Certified to filter >99% of:
- Bacteria
- Air pollution
- Smog
- Cigarette Smoke
- Bushfire Smoke
- Pollen
Biodegradability
The ZERO filter is biodegradable and breaks down into non-toxic microplastic-free byproducts, reducing the waste associated with discarded PPE.
Biodegradation testing on our nonwoven technology was completed according to ASTM D5511 the Standard Test Method for Determining Anaerobic Biodegradation of Plastic Materials Under High-Solids Anaerobic-Digestion Conditions. Testing is ongoing, and we will regularly publish updates with new biodegradation results as they become available.
Biodegradation rates of the ZERO Surgical Mask nonwoven material elements are measured according to the ASTM D5511 standard. Biodegradation testing has been conducted on nonwoven material elements and excludes earloops and nose bridge. The biodegradation rates may change based on the landfill conditions present.
Shipping
- Same-day dispatch for orders placed before 2pm
- Free shipping on orders over $99
- Flat rate shipping: $9.90
- Express shipping: $15
Designed by Healthcare ProfessionalsDeveloped in collaboration with The NSW Ministry of Health.
Innovation AwardWinners of The University of Sydney’s Innovation Award.
>99% FiltrationBacterial Filtration Efficiency (BFE) as per ASTM F2101.
>80% BiodegradableCertified biodegradable elements as per ASTM D5511-18.
Level 3 Fluid ResistanceFluid protection level 3, 160 mmHg as per ASTM F1861/F1862M-13.
Engineered for ComfortStructured trifold design, adjustable nose bridge and breathable filter media.
Exceptional BreathabilityLow breathing resistance, maximising wearer comfort, durability and life of product.
AirLock Nose SealWide aluminium nose strip, padded with soft foam for a firm but customisable fit.
Biodegradation Results
Biodegradation testing on our nonwoven technology was completed according to ASTM D5511 the Standard Test Method for Determining Anaerobic Biodegradation of Plastic Materials Under High-Solids Anaerobic-Digestion Conditions. Testing is ongoing, and we will regularly publish updates with new biodegradation results as they become available.