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*Note - These Surgical Respirator does not come with DIY nose bridge pad*
Everyone should be concerned about the air around us since air pollutants can cause a variety of health problems and are especially harmful to young children, old folks and those with pre-existing respiratory conditions. The importance of air quality is obvious as we take in approximately 26,000 breaths, which is equivalent to about 800 oxygen tanks every day.
WHAT IS IN OUR AIR?
Everyone should be concerned about the air around us since air pollutants can cause a variety of health problems and are especially harmful to young children, old folks and those with pre-existing respiratory conditions. The importance of air quality is obvious as we take in approximately 26,000 breaths, which is equivalent to about 800 oxygen tanks every day.
The biggest hazard of the haze is the Particulate Matter PM2.5, which can be easily inhaled into our lungs arising to acute symptoms such as cough, wheezing, shortness of breath and a feeling of tiredness and weakness. Long-term exposure may lead to the development of underlying medical conditions.
Pathogenic airborne bacteria could be responsible for a variety of respiratory infections and infectious diseases. These airborne bacteria gain access to the body’s tissues, commonly from mouth and nose and those with weaker immunity or with pre-existing medical conditions will be more susceptible to the invasion.
Dust particles are solids suspended in the air. The smaller the particle, the longer it will stay airborne. This would increase the likelihood of inhaling it into the respiratory passages and increase the risk of respiratory conditions.
The biggest hazard of the haze is the Particulate Matter PM2.5, which can be easily inhaled into our lungs, arising to acute symptoms such as cough, wheezing, shortness of breath and a feeling of tiredness and weakness. Long-term exposure may lead to the development of underlying medical conditions.
Pathogenic airborne bacteria and virus could be responsible for a variety of respiratory infections and infectious diseases. These airborne bacteria and virus gain access to the body’s tissues, commonly from mouth and nose and those with weaker immunity or with pre-existing medical conditions will be more susceptible to the invasion.
Dust particles are solids suspended in the air. The smaller the particle, the longer it will stay airborne. This would increase the likelihood of inhaling it into the respiratory passages and increase the risk of respiratory conditions.
The biggest hazard of the haze is the Particulate Matter PM2.5, which can be easily inhaled into our lungs, arising to acute symptoms such as cough, wheezing, shortness of breath and a feeling of tiredness and weakness. Long-term exposure may lead to the development of underlying medical conditions.
Pathogenic airborne bacteria and virus could be responsible for a variety of respiratory infections and infectious diseases. These airborne bacteria and virus gain access to the body’s tissues, commonly from mouth and nose and those with weaker immunity or with pre-existing medical conditions will be more susceptible to the invasion.
Dust particles are solids suspended in the air. The smaller the particle, the longer it will stay airborne. This would increase the likelihood of inhaling it into the respiratory passages and increase the risk of respiratory conditions.
Unlike regular mask, novita KN95 Certified/Protection Class N95 Surgical Respirator R2 is enhanced with antimicrobial properties through the infusion of nano copper ions and reinforced by copper oxides to actively eliminate bacteria entrapped for longer and safer usage. Ergonomically designed to provide comfort with filtration performance of 99.0% against PM0.3 and 99.9% against bacteria. Also, enjoy 50% more internal space to improve speech intelligibility with ≤ 2dB sound lost. novita R2, equipped with advanced protection, designed for all-day breathable comfort.
Unlike regular mask, novita Surgical Respirator R2 is enhanced with antimicrobial properties through the infusion of nano copper ions and reinforced by copper oxides to actively eliminate bacteria entrapped for longer and safer usage. Ergonomically designed to provide comfort with filtration performance of 99.0% against PM0.3 and 99.9% against bacteria. Also, enjoy 50% more internal space to improve speech intelligibility with ≤ 2dB sound lost. novita R2, equipped with advanced protection, designed for all-day breathable comfort.
Unlike regular mask, novita Surgical Respirator R2 is enhanced with antimicrobial properties through the infusion of nano copper ions and reinforced by copper oxides to actively eliminate bacteria entrapped for longer and safer usage. Ergonomically designed to provide comfort with filtration performance of 99.0% against PM0.3 and 99.9% against bacteria. Also, enjoy 50% more internal space to improve speech intelligibility with ≤ 2dB sound lost. novita R2, equipped with advanced protection, designed for all-day breathable comfort.
| Protection Class | Test Standard |
|---|---|
| N95 Protection Class | NIOSH-42C FR84 |
| FDA Recognized Consensus Standards | ASTM F2100-19 |
| KN95 Certified | GB2626-2019 |
| Surgical Respirator | ASTM F1862-17 |
| Testing Bodies | Certifications |
|---|---|
| USA Accredited Lab | NIOSH Certification In Process |
| Singapore Accredited Lab | ASTM |
| China Intertek | KN95 |
| Singapore Accredited Lab | ASTM |
| Protection Class | Test Standard | Testing Bodies |
|---|---|---|
| FDA Recognized Consensus Standards | ASTM F2100-19 | Singapore Accredited Lab |
| KN95 Certified | GB2626-2019 | China Accredited Lab |
| Surgical Respirator | ASTM F1862-17 | Singapore Accredited Lab |
FILTRATION PERFORMANCE TEST
FILTRATION PERFORMANCE TEST
novita Surgical respirators conformed to the KN95 GB2626-2019 test standard for airflow resistance to ensure wearer breathability comfort.
Achieves ≥99.0% filtration efficiency against 0.3 micron sodium chloride (NaCl) particulates, surpassing the minimum requirement of ≥95% of KN95 and N95 Standards.
novita surgical respirator achieves 99.9% of bacterial filtration efficiency. This prevents bacteria-containing droplets from reaching the wearer.
Attains high filtration efficiency of against an array of respiratory particulate sizes ranges from PM0.1 to PM5.0.
novita Surgical respirators conformed to the KN95 GB2626-2019 test standard for airflow resistance to ensure wearer breathability comfort.
Achieves ≥99.0% filtration efficiency against 0.3 micron sodium chloride (NaCl) particulates, surpassing the minimum requirement of ≥95% of KN95 and N95 Standards.
novita surgical respirator achieves 99.9% of bacterial filtration efficiency. This prevents bacteria-containing droplets from reaching the wearer.
Attains high filtration efficiency of against an array of respiratory particulate sizes ranges from PM0.1 to PM5.0.
MATERIAL PROPERTIES TEST
Tested in accordance to ASTM F1862-17 Standard, novita Surgical Respirator has passed the 120 mmHg high-velocity stream of synthetic blood fluid resistance test to provide complete protection with breathable comfort.
Tested in accordance to ASTM F2100-19, novita Surgical Respirator material does not ignite and passed the Flammability Test requirements specified in 16 CFR Part 1610.
Bacteria entrapped in the meltblown layer via electrostatic mechanism are actively eliminated by the nano copper ions and reinforced by copper oxides to protect the wearer for safer and longer usage.
MATERIAL PROPERTIES TEST
Tested in accordance to ASTM F1862-17 Standard, novita Surgical Respirator has passed the 120 mmHg high-velocity stream of synthetic blood fluid resistance test to provide complete protection with breathable comfort.
Tested in accordance to ASTM F2100-19, novita Surgical Respirator material does not ignite and passed the Flammability Test requirements specified in 16 CFR Part 1610.
Bacteria entrapped in the meltblown layer via electrostatic mechanism are actively eliminated by the nano copper ions and reinforced by copper oxides to protect the wearer for safer and longer usage.
Through scientific enhancement, novita Surgical Respirator R2 is enhanced with antimicrobial properties through the infusion of nano copper ions into the electrostatic melt-blown fibre and reinforced by copper oxides to serve as the first line of defence against bacteria. Providing safer and longer usage for the wearer, this additional protection also helps to reduce the infection risks from discarded surgical respirator after use, to prevent any potential biohazard or secondary transmission, protecting the wearer and those in proximity.
Skin-friendly, soft, gentle with breathability comfort for better wearer experience.
Harnessing the oligodynamic properties of copper, nano copper ions are infused into the electrostatic melt-blown fibres to exhibit antimicrobial effect.
Harnessing the oligodynamic properties of copper, nano copper ions is infused into the electrostatic melt-blown fibres to exhibit antimicrobial effect.
Oxygen ion beam treatment is applied onto the melt-blown fibres to strengthen the adhesion of the nano copper ions. By doing so, oxygen molecules react with copper ions to form copper oxides, a reactive oxygen species.
The copper oxides (CuO) reinforced the nano copper ions (Cu2+) to penetrate and actively eliminate bacteria via oxidative damage.
The primary target of attack is the bacteria cell wall due to the presence of highly electronegative chemical groups that serves as sites for absorption of the nanoscale positively charged copper ions.
The reaction of Copper ions (Cu2+) and Copper Oxides (CuO) on bacteria will result in the followings
| Alters Membrane Structure And Permeability | Cause Leakage Of
Cellular Content And ATP | Impair Cellular
Transport Activity |
|---|
The nano copper ions (Cu2+) compromised and punctured the bacteria cell membrane. Then, the copper oxides (CuO) reinforced the antimicrobial effects via an extensive intracellular release of the copper ions to disrupt biomolecules and cause further intracellular damage.
| Induce Lipid Damage | Leakage Of Cellular Biomolecules | Inhibition Of Respiration |
|---|
The nano copper ions (Cu2+) compromised and punctured the bacteria cell membrane. Then, the copper oxides (CuO) reinforced the antimicrobial effects via an extensive intracellular release of the copper ions to disrupt biomolecules and cause further intracellular damage.
| Induce
Lipid Damage | Leakage Of
Cellular Biomolecules | Inhibition
Of Respiration |
|---|
The nano copper ions and copper oxides induced oxidative stress to the bacteria cell by denaturing protein, deactivating essential enzymes, and causing rapid DNA/RNA destruction to eliminate the bacteria.
| 1.Interact And Inactivate DNA/RNA | 2.Deactivate The Essential Enzyme | 3.Destabilize And Denature Proteins And Ribosomes |
|---|
The nano copper ions and copper oxides induced oxidative stress to the bacteria cell by denaturing protein, deactivating essential enzymes, and causing rapid DNA/RNA destruction to eliminate the bacteria.
| 1.Interact And Inactivate DNA/RNA | 2.Deactivate The Essential Enzyme | 3.Destabilize And Denature Proteins And Ribosomes |
|---|
NOTE: The microorganisms are magnified for better illustration purposes and are not in actual proportion to the melt-blown fibres, nano copper ions and copper oxides. • Melt-blown fibres, nano copper ions and copper oxides diagram shown are non-contractual image meant solely for better illustration purposes only.
To fits a wide range of face profiles.
Composed of high-quality filter media to provide effortless ≥99.9% filtration performance with breathable comfort and low air resistance
Adopting ultrasonic welding to bond the 4-ply filter layer to create high strength and high integrity finished seams.
Stretchable and flexible for wearer comfortability.
Equipped with 50% more internal space over surgical mask to provide comfortable breathing space allowance to improve wearability and to enhance speech intelligibility with just ≤2 dB sound lost.
Ergonomically designed to form a seamless and secure seal around the nose and mouth area to provide effective protection against airborne particles.
Infused with nano copper ions and reinforced with copper oxides to actively eliminate bacteria entrapped to provide longer and safer usage for the wearer.
To fits a wide range of face profiles.
Equipped with 50% more internal space over surgical mask to provide comfortable breathing space allowance to improve wearability and to enhance speech intelligibility with just ≤2 dB sound lost.
Composed of high-quality filter media to provide effortless ≥99.9% filtration performance with breathable comfort and low air resistance.
Ergonomically designed to form a secure seal around the nose and mouth area to provide effective protection against airborne particles.
Adopting ultrasonic welding to bond the 4-ply filter layer to create high strength and high integrity finished seams.
Infused with nano copper ions and reinforced with copper oxides to actively eliminate bacteria entrapped to provide longer and safer usage for the wearer.
Stretchable and flexible for wearer comfortability.
To fits a wide range of face profiles.
Equipped with 50% more internal space over surgical mask to provide comfortable breathing space allowance to improve wearability and to enhance speech intelligibility with just ≤2 dB sound lost.
Composed of high-quality filter media to provide ≥ 99.0% particle filtration efficiency and 99.9% bacterial filtration efficiency performance with breathable comfort and low air resistance.
Ergonomically designed to form a seamless and secure seal around the nose and mouth area to provide effective protection against airborne particles.
Adopting ultrasonic welding to bond the 4-ply filter layer to create high strength and high integrity finished seams.
Infused with nano copper ions and reinforced with copper oxides to actively eliminate bacteria entrapped to provide longer and safer usage for the wearer.
Stretchable and flexible for wearer comfortability.
Licensed by Health Science Authority of Singapore as Class A medical device manufacturer, our high-speed fully automated production facilities and processes are in conformity to Quality Management System (QMS): ISO13485, adhering to stringent quality and production controls.
Placing utmost priority on all stages of the manufacturing process, we produce and supply quality-driven surgical respirators to our valued business partners worldwide. Going into every detail with meticulous attention and precision, we strive to maintain the highest possible product quality standard to ensure customer’s satisfaction and quality assurance.
Placing utmost priority on all stages of the manufacturing process, we produce and supply quality-driven surgical respirators to our valued business partners worldwide. Going into every detail with meticulous attention and precision, we strive to maintain the highest possible product quality standard to ensure customer’s satisfaction and quality assurance.
Placing utmost priority on all stages of the manufacturing process, we produce and supply quality-driven surgical respirators to our valued business partners worldwide. Going into every detail with meticulous attention and precision, we strive to maintain the highest possible product quality standard to ensure customer’s satisfaction and quality assurance.
| Table header 0 | Table header 1 | Table header 2 |
|---|---|---|
| Particle Filtration Efficiency (NaCl) | ≥ 99.70% | ≥ 99.89% |
| Particle Filtration Efficiency (Paraffin Oil) | ≥ 99.80% | ≥ 98.21% |
| Bacterial Filtration Efficiency | 99.95% | 99.95% |
| ASTM F1862-17 Synthetic Blood Penetration | Passed 120 mmHg | Passed 120 mmHg |
| Shelf Life | 5 Years | 5 Years |
| Storage Temperature | -20°C to 40°C | -20°C to 40°C |
| Storage Humidity | <80% | <80% |
Note: Please keep the packaging sealed and stored in cool dry place, away from sunlight/direct heat.
For corporate enquiry, please email to corporate@novita.com.sg
