Product Video
Product Introduction
Product Description
The main forms of bacteria and viruses in our daily life are droplets, aerosols, drinking water sources, animals, plants, etc. Microorganisms such as bacteria and viruses exist in various forms, with a wide range of existence and strong transmission ability. Endanger human health, cause national economic losses, and cause social unrest. Bacteria and viruses have a wide range of hazards and long-term damage, and effective measures need to be taken to prevent and control them. Blocking the spread of bacteria and viruses If protective non-woven fabrics are used, the network structure of the material itself is used to intercept bacteria and viruses, which may easily lead to cross-infection and secondary pollution during use. Therefore, it is very important to develop efficient and safe bactericidal and virus-killing materials. Our R&D team has jointly developed new nanofiber air purification materials, nanofiber catalytic aldehyde removal materials, and other world-leading nano-new materials. The use of free radical active oxygen sterilization and virus-killing technology. Bacteria and viruses are in contact with free-radical active oxygen materials, and active oxygen is combined with bacterial protein sulfur groups and viral protein shells to oxidize, and bacterial protein sulfur groups and viral protein shells are oxidized and their structures are destroyed. This is a material that can both filter and kill viruses. Sterilize/kill virus/filter PM2.5 and other properties in one step. The free radical type active oxygen material has the advantages of broad-spectrum sterilization, fast killing speed, and high killing efficiency, and can effectively kill Escherichia coli, Salmonella, Vibrio cholera, Shigella, influenza virus, poliovirus, Virus, norovirus, helical virus, Campylobacter jejuni, Enterococcus, Pseudomonas, Klebsiella, and other bacteria and viruses, the killing efficiency is as high as 99.99%.
Its application value is mainly used in air filtration products. It is used in the preparation of air purification filter element products, which can effectively intercept and kill bacteria and viruses in the air while purifying the air.
Nano-fiber electrostatic cotton filter material products using the latest electrostatic Spinning technology combining nanofibers with electrostatic electret technology, Endows the material with extremely high surface charge and charge stability. At the same time, It has higher physical interception efficiency there fore the process of using is more secure.
At present, woven fabric, knitted fabric, and nonwoven are widely used as fiber filter materials. In comparison with these traditional fiber filtration materials, has high specific surface area porosity and permeability, which makes it easier to absorb the separation of small particles, and can be used as a variety of high precision, high-performance filtering materials, with wide application prospect.
Nanofiber air purification materials are mainly divided into Nanofiber Electrostatic cotton filter material. Low resistance and high-efficiency molten jet material. Nanofiber Industrial filter paper. Red stone manganese zinc matt catalytic dialdehydes sterilization materials. Low resistance and high-efficiency molten jet material.
This nanofiber electrostatic cotton filter material can be used in industrial workshop dust removal heating ventilation and air conditioning(HVAV), Animal husbandry cleaning, etc. Our air filtration products in animal husbandry hog farm, bag type air filtration, plate type air filtration, 4V sub-HEPA air filtration, and 5V HEPA air filtration. We also develop and produce nanopore size air filtration membranes.
Product Feature
- With the minimum filtering efficiency guarantee, to avoid the efficiency of large attenuation.
- Ultra-low resistance, more energy saving.
- Stable and efficient purification efficiency more assured use.
- Super high physical interception efficiency, safer to use.
- Can be used in industrial workshop dust removal heating ventilation and air conditioning(HVAV), Animal husbandry clean plant, etc.
Product Parameter
Product model | ART-Nano-Tech H10 | ||
TEST PROTECT | PERFORMANCEINDICATORS | UNIT | TEST STANDARD |
WEIGHT | 80±5 | g/m² | GB/T4669 |
THE THICKNESS | 0.8.±0.1 | mm | GB/T3820 |
STIFFNESS | 190±10 | mg | GB/T22364-2008 |
THE INITIAL EFFICIENCY | 95~98
|
% | EN779-2012
TSI8130 32Lmin 0.3umNaC1
|
THE LOWEST EFFICIENCY | 85 | ||
RESISTANCE | <40 | Pa | |
TENSILE STRENGTH | <100 | N/5cm | ISO9073-2012 |
HEAT RESISTANCE | 130 | ℃ | / |
Product model | ART-Nano-Tech H11 | ||
TEST PROTECT | PERFORMANCEINDICATORS | UNIT | TEST STANDARD |
WEIGHT | 85±5 | g/m² | GB/T4669 |
THE THICKNESS | 0.9±0.1 | mm | GB/T3820 |
STIFFNESS | 190±10 | mg | GB/T22364-2008 |
THE INITIAL EFFICIENCY | 97-99 | % | EN779-2012
TSI8130 32Lmin 0.3umNaC1
|
THE LOWEST EFFICIENCY | 95 | % | |
RESISTANCE | <65 | Pa | |
TENSILE STRENGTH | <100 | N/5cm | ISO9073-2012 |
HEAT RESISTANCE | 130 | ℃ | / |
Product model | ART-Nano-Tech H12 | ||
TEST PROTECT | PERFORMANCEINDICATORS | UNIT | TEST STANDARD |
WEIGHT | 88±5 | g/m² | GB/T4669 |
THE THICKNESS | 1.0±0.1 | mm | GB/T3820 |
STIFFNESS | 190±10 | mg | GB/T22364-2008 |
THE INITIAL EFFICIENCY | 99.5~99.99 | % | EN779-2012
TSI8130 32Lmin 0.3umNaC1
|
THE LOWEST EFFICIENCY | 95.5 | % | |
RESISTANCE | <150 | Pa | |
TENSILE STRENGTH | <100 | N/5cm | ISO9073-2012 |
HEAT RESISTANCE | 130 | ℃ | / |
Product model | ART-Nano-Tech H13 | ||
TEST PROJECT | PERFORMANCEINDICATORS | UNIT | TEST STANDARD |
WEIGHT | 90±5 | g/m² | GB/T4669 |
THE THICKNESS | 1.1±0.1 | mm | GB/T3820 |
STIFFNESS | 190±10 | mg | GB/T22364-2008 |
THE INITIAL EFFICIENCY | 99.99 | % | EN779-2012
TSI8130 32Lmin 0.3umNaC1
|
THE LOWEST EFFICIENCY | 99.97 | % | |
RESISTANCE | <200 | Pa | |
TENSILE STRENGTH | <100 | N/5cm | ISO9073-2012 |
HEAT RESISTANCE | 130 | ℃ | / |
(ONLY TYPICAL TEST DATA OF FILTRATION MATERIALS ARE LISTED ABOVE, WHICH CAN BE USED ASA REFERENCE FOR COMPREHENSIVE PROPERTIES OF MATERIALS.
Detail Pictures
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