Global Nanotechnology Face Mask Database
R&D and Barrier Technologies for Respiratory Diseases
Using the company's patented BreSafe technology, the masks filter hazardous particles at PM2.5 and below, while allowing impressively low air resistance.
The surface layer is non-woven cloth, the second layer is melting spray cloth for filtration, the third layer is nano-silver anti-bacterial non-woven cloth, and the inner layer is water-wet PP non-woven cloth.
KOPPER+ non-woven mask is made of special fibers with copper ions infused on the mask outer surface. Instant sterilization as soon as the bacteria touch the mask.
A FFP2 equivalent washable, reusable 3-layer antibacterial mask with a middle layer of silver-coated nanofibers.
A reusable FFP2 mask with electrospun nanofiber filtration media and a virucidal component layered between conventional non-woven layers.
The washable, 3-layered mask features patented ZioShield® textile nanoparticle coating.
A 5-layer, washable, Type IIR Face mask with a self-disinfecting TiO2 nanoparticle coated surface.
The company's G+® (Pristine Graphene Nanoplatelets) enhanced fabric is naturally bacteriostatic, which means that it stops bacteria reproducing on the mask and the fabric itself is dermatologically tested and hypoallergenic.
Medical grade, 3-ply antibacterial cotton face mask with silver nanoparticles; reusable; washable.
Nomex® Nano Flex is a highly breathable FR material that is highly flame resistant and also delivers superior particle barrier performance.
A 6-layer mask with two nanofiber membranes with greater than 95% filtration efficiency of 0.3 microns.
A reusable face mask created with layers of cotton charged with copper oxide and a nanomembrane filter insert.
The N95/P3 washable, 5-layer mask surface is treated twice with titanium oxide (TiO2) nanoparticles that form a permanent, anti-bacterial, anti-mould, transparent thin film on the mask.
A 6-layered, washable cootton mask. The filtration layer is bound with the IS-212 molecule, which is proven to destroy bacteria and viruses.
The mask contains a nanofiber layer of polymer PVDF sandwiched between two layers of PET Spunbond.
The mask incorporates titanium dioxide nanoparticles for its antimicrobial action.
Using a triple sandwich layer?nanofibers?combination, the K-Filters have been designed as a re-usable filter. The nanofibers are made from biocompatible hydrophobic material which is elastic and electrostatic, meaning they are highly breathable and flexible, and will not become wet with water vapour from breathing.
DiOX D4 is a powerful nanocoating that works by spiking the envelope of the coronavirus in a mechanical type 'kill'. It begins to instantly kill 98% of pathogens (bacteria and viruses, including all variants of coronavirus) as they land on your mask, eliminating them within the hour therefore significantly reducing the risk of contact infection.
The outer fabric layer of the mask has Livinguard’s Tripellent Technology, which has three levels of protection. There is the Livinguard Antiviral Technology, coated on both sides of this fabric as well as the same Livinguard Antiviral Technology embedded into the fibers of the fabric.
Three-layer mask with PET spunbond inner and outer layer and PVDF nanofiber middle filtration layer
Efficiency of YourMask was tested by Nelson Laboratories in the USA and their measured filtration efficiency is 99.80% for bacteria filtration and 99.86% for filtration of viruses.
The mask is made of a three-layer filtration medium composed of a supporting textile layer, a nanofiber filter, and a textile protective layer.
Nanovia is a 4-layer sandwich, of which the middle layer has a nanofiber structure. The mask provides 99,97% protection from particles of the size of 100 nm and will not compromise breathing comfort.
Reusable nanofiber-based drape with nanofibrous membrane BreaSAFE® NnF MBRANE with active silver.
A two-layer cotton textile face masks with a pocket for the possible use of filter inserts. The mask's protective function can be significantly enhanced by using a filter insert made by NANOLOGIX, consisting of nanofibrous filtration materials with a certified viral filtration efficiency of more than 99%.
Technology design for electrospinning nanofibers onto common cloth.
The outer layer is a 100% cotton woven fabric coated with a water repellent cationic antiseptic (quaternary ammonium compounds, bisbiguanides and polymeric biguanides) coating; the middle layer is a PTFE nanofiber membrane filter; the inner layer is cotton spandex woven fabric to provide extra wear comfort.
Designer nano face masks are fitted with a nanofiber membrane test proven to capture 97-99.9% of bacteria, viruses, pollen, and other sub-micron particles. The nanofiber membrane also contains Nanosilver particles, which prevent microorganisms from surviving and proliferating in the structure of the mask.
The outer layer has a water repellent finish to make sure that the absorption of humid particles is reduced to a minimum. The middle layer was specifically selected to filter as much particles as possible. The inner layer is a special copper infused Nanostitch® fabric containing certified anti-microbial and anti-bacterial properties called Nanostitch Cuprana.
Designed with a copper nanoparticle-infused four-layer non-woven material.
14-Day reusable respirator mask with Fosshield® technology using nanoparticulate silver-copper zeolite antimicrobial agent embedded throughout the fabric of the mask.
A 3-layer mask with a nanofiber membrane sandwiched between two cloth layers. The nanofiber membrane is tested to filter down to 0.1 micron with a >99% efficacy.
The outer layers of this 5-layer mask are non-woven fabrics, the two inner layers are melt-blown cotton, and the middle filtration membrane is activated carbon fiber.
BarriAire™ particulate products combine two layers of proven flame-resistant fabric and a middle layer of ultra-lightweight DuPont™ Nomex&refg; Nano Flex fabric which blocks penetration of 96% to 98.8% of harmful submicron size particulates. BarriAire™ Gold quilted composite fabrics recently achieved Viral Filtration Efficiency (VFE) Rating of 96.8% and Bacterial Filtration Efficiency (BFE) Rating of 97.9%.
4-ply antiviral and antibacterial disposable medical grade face mask with a-Virion™ layer - provides a physical barrier for users against pathogens, microorganisms, body fluids and particles.
The company's ViralOff™ coating used of titanium dioxide (TiO2) and silver chloride (AgCl) to achieve a 99% reduction of microbes.
The nanofibers in the filtration membrane in this 4-layer mask are functionalized with the antiviral agents during the electrospinning process.
Mask with exchangable nanofiltration membrane. Eight layers of filtration filter out nanoparticles as small as 20 nanometers.
The mask contains a membrane of nanofibers are made of 99.9% polypropylene and 0.1% PVDF (polyvinylidene fluoride) with a base of non-woven fabric.
The nanofiber filtration layer in ReSpimask is covered from both sides with nonwoven fabric. It captures 99.9% of allergens, viruses, bacteria, mold, dust, smog, emissions and other dangerous airborne particles.
A 3-layer mask with a nanofiber filtration membrane.
The hree-layer laminate based on a polymer made of PVDF (polyvinylidene fluoride) consists of a dense network of nanofibers with an average thickness of 50 - 90 nm. It provides high filtration efficiency against various microorganisms, allergens (eg pollen), fungi and dust particles with a lower pressure drop (breathing resistance), or with higher breathability of the material, which ensures comfort when breathing.
This 3-layer washable face mask incorporates DuPont's SILVADUR antibacterial technology
The outer and inner layer of Avevitta Protect 2.0 Mask is permanently ionized and denatures the protective protein coat of the virus, killing the virus. The two middle layers are a polypropylene filter with >99% efficiency and a PFTE nanofiltration membrane with 100-200nm nanopore structure.
Sandwiched between two outside layers (made of 80% polyester and 20% cotton) is a protective layer made of 100% polyester coated with antimicrobial zinc oxide nanoparticles.
3-layer mask with viscose outer layers and a nanofiber membrane middle layer with capture performance down to 100 nm.
A Bluetooth-connected, 3-layer mask combining biodegradable woven cotton and an anti-bacterial filtration barrier.
N95 mask with a reusable snap-on micro ventilator. The surface of the mask is coated with anti-microbial technology proven to kill 99.9% of bacteria and viruses. The layer inside the mask filters more than 95% of PM2.5 and harmful particles.
A 4-ply, level 3 disposable mask. The anti-microbial layer is the 2nd layer from the front, blocking harmful viruses, bacteria, and pathogens.
The four-ply arrangement offers users a beneficial level of protection against airborne allergens, pathogens, pollen and dust particles that are larger than 0.3 microns in size, providing a minimum level of filtration of 94%. The mask is enhanced with a unique layer featuring an advanced graphene material, Nanene™.
The inner layer of this 4-layer mask consists of the company's GECIDE antiviral non-woven fabric. The bactericidal nanoparticle compound coated on the GECIDE fabric layer penetrates the lipid bilayer of the pathogen.
Reusable, washable mask featuring a nanofiltration membrane composed of 200-800nm thick synthetic nanofibers.
ZenGUARD™ is a hydrophilic, water attracting graphene-silver nanocomposite coating that adsorbs bacteria and virus-laden aerosols and deactivates them.
This research studies the synthesis of nanoporous membranes comprising carbon dots (C-dots) and poly(vinylidene fluoride) (PVDF), and demonstrates their potential use for recyclable, self-sterilized facemasks.
A non-woven surgical mask is coated with a dual-channel spray-assisted nanocoating hybrid of shellac/copper nanoparticles. The resulting surface showed outstanding photoactivity (combined photocatalytic and photothermal properties) for antimicrobial action, conferring reusability and self-sterilizing ability to the masks.
A novel reusable bilayer fibrous filter consisting of electrospun superhydrophobic poly(methylmethacrylate)/polydimethylsiloxane fibers as the barrier for moisture ingression and superhydrophilic chitosan fibers for a PM2.5 capture.
A review of cellulosic nanofiber materials for use in antimicrobial face masks.
This work fabricated an aerosol-synthesized network of single-walled CNTs and tested its effectiveness as a filter for face masks in blocking the saliva droplets and inactivating the virus.
The masks nanofiber membrane is fabricated from licorice root extract, which has antimicrobial properties.
Researchers develop a reusable filter paper made from titanium dioxide nanowires that is capable of trapping and killing pathogens like the SARS-CoV-2 virus.
A PES-based membrane with homogeneous sponge-like pore size membrane structure is demonstrated to improve virus filtration.
An electrostatically charged nanofiber filter that is able to filter nano-aerosols as small as 100nm. This characteristic confers the ability to filter viruses.
The charge-laden melt-blown filtration layer includes a piezoelectric polymer. Charges are initiated by mechanical and acoustic energy during daily speaking.
Researchers developed a a highly breathable and thermal comfort filter medium consisting of electret polyethersulfone / barium titanate nanofibrous membrane (PES/BaTiO3 NFM) integrated on a nonwoven polypropylene substrate.
The proposed mask is designed with multilayer filters, in which the inner three layers act as a triboelectric filter and the outer one as an electrocution layer.
This review opens up a new horizon in possible textile applications especially, an active layer of bioactive agent (Curcumin and Moringa) loaded nanofibrous fabrics-based facemasks for day to day life.
A biodegradable, moisture-resistant, highly breathable, and high-performance fibrous mask filter with two biodegradable microfiber and nanofiber mats that are integrated into a Janus membrane filter and then coated by cationically charged chitosan nanowhiskers.
The mask's ZIF-8-based coating exhibited high antimicrobial properties against S. Aureus and high antiviral properties against SARS-CoV-2's surrogates.
This paper reports that copper oxide nanoclusters grafted with titanium dioxide (CuxO/TiO2) inactivated the SARS-CoV-2 virus.
The mask was fabricated by the electrospinning of PVA, PEO, and cellulose nanofiber, followed by esterification and the deposition of a nitrogen-doped TiO2 and TiO2 mixture.
The MOF/fiber composite exhibits rapid activity against SARS-CoV-2 and both gram-negative bacteria (E. coli) and gram-positive bacteria (S. aureus).
The mask contains a system of nanofiber on nanoporous polyethylene (fiber/nanoPE) where the nanofibers with strong particulate matter (PM) adhesion ensure high PM capture efficiency (99.6% for PM2.5) with low pressure drop and the nanoPE substrate with high-infrared (IR) transparency (92.1%, weighted based on human body radiation) results in effective radiative cooling.
This study investigates airflow resistance of carbon nanotube-based filtration material and compares its bioaerosol filtering performances with commercially available facepiece respirators.
A novel low-cost surgical mask where Cu2-xS nanocrystals are in-situ grown on a spun-bonded nonwoven fabrics layer from surgical masks as the substrate. The mask is suitable for photothermal sterilization in a short time (6 minutes).
A novel charged PVDF nanofiber filter technology to effectively capture the fast-spreading, deadly airborne coronavirus with the target aerosol size set at 100 nm (nano-aerosol).
Researchers report the development of macroscopic carbon nanotube air filters synthesized using ultra-thin carbon nanotube electrically conductive membranes, mechanically supported by a porous polyester backing.
A reusable, self-sustaining, highly effective, and humidity-resistant air filtration membrane with excellent particle-removal efficiency, based on highly controllable and stable piezoelectric electrospun poly (l-lactic acid) (PLLA) nanofibers.
Researchers have developed a multifunctional wireless smart mask, capable of identifying mask-wearing conditions and monitoring the frequency and pattern of coughing.
This work presents a novel nanocomposite synthesis approach, which allows zinc oxide nanoparticles to be grown within textile and face mask materials, including melt-blown polypropylene and nylon-cotton.