GO GREEN WITH PROXMASK™
A revolutionary protective mask proven effectively inactivate SARS-CoV-2 virus strain, the virus that causes COVID-19.
PROX™ Antiviral Technology is powered by HeiQ Viroblock proven actively inhibits viruses and kill bacteria upon contact with surface. By keeping the textile free of viable viruses and bacteria, PROX™ Antiviral Technology minimize the potential for virus spread.
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A Textile Technology Innovation From HeiQ
HeiQ won the prestigious Swiss Technology Award 2020 for HeiQ Viroblock.
* These products are not shipped or sold in the US. For US market, please refer here for the use of HeiQ HyProTecht solution.
View MoreHOW DOES PROX™ ANTIVIRAL TECHNOLOGY WORKS?
MULTIPLE LAYER FOR OPTIMAL PROTECTION
Outer Layer
Viruses and bacteria travel through infectious water droplets. PROXMASK™ water repellency feature enables effective shielding effect from these infectious water droplets. The outer layer is finished with antiviral, anti-microbial and water repellent coating to resist pathogen penetration. PROX™ Antiviral Technology inactivates viruses and bacteria upon contact. The presence of this technology eliminates the risk of disease spread upon improper handling and during disposal.
Middle Layer
Viruses and bacteria travel through infectious water droplets. PROXMASK™ water repellency feature enables effective shielding effect from these infectious water droplets. The outer layer is finished with antiviral, anti-microbial and water repellent coating to resist pathogen penetration. PROX™ Antiviral Technology inactivates viruses and bacteria upon contact. The presence of this technology eliminates the risk of disease spread upon improper handling and during disposal.
Inner Layer
The inner layer fabric is also treated with PROX™ Antiviral Technology to provide protection against coronavirus. The skin friendly fabric with quick dry features keep the skin dry and comfortable during use.
BACTERIAL FILTRATION EFFICIENCY (BFE)
Bacterial Filtration Efficiency or BFE is a measurement of a respirator material's resistance to penetration of bacteria. Results are reported as percent efficiency and correlate with the ability of the fabric to resist bacterial penetration. Higher numbers in this test indicate better barrier efficiency.
PARTICLE FILTRATION EFFICIENCY (PFE)
PFE measures the filtration efficiency of a mask using nonviable (nonliving) particles that are fixed in size from 0.1 micron to 1 micron. A face mask relies on microfiber filter media technology to capture the submicroscopic particles generated by high-speed handpieces, ultrasonic scalers, and lasers commonly in use.
| TEST REPORT | TEST METHOD | PROXMASK™ 90 | PROXMASK™ 90V | PROXMASK™ 95V |
|---|---|---|---|---|
| BACTERIAL FILTRATION EFFICIENCY (BFE) | ASTM F2101-19 | ≥ 90% | ≥ 90% | ≥ 95% |
| PARTICLE FILTRATION EFFICIENCY (PFE) | ASTM F2299 | - | - | ≥ 95% |
KEY FEATURES
▲ ANTIVIRAL
▲ ANTIMICROBIAL
▲ EXCELLENT MICROFILTRATION
▲ WATER REPELLENCY
▲ WASHABLE
▲ BREATHABLE
▲ SKIN FRIENDLY
DETAIL INFORMATION
CONSTRUCTION DETAILS
▲ ADJUSTABLE STOPPER
▲ BARTACK TO SECURE STOPPER
▲ INVISIBLE NOSE BRIDGE WIRE
▲ 1 CM DISTANCE BETWEEN MASK AND LIPS
PROTECTION VS COMFORT
PROX™ technology strikes a balance between protection and comfort. Breathability of a face mask is the key factor of comfort. Well designed air permeable fabric structures contribute to a state of equilibrium between protection and comfort. Carbon dioxide content in inhalation and breathing resistance values comply well with international face mask standards.
SIZE CHART
