D-Guard 5
Anti-Microbial Air Purifier
D-Guard 5
with Argenzil Silver-Ions
D-Guard 5
Medical Grade
Anti-Microbial Air Purifier
Clean
Air Delivery Rate(CADR)
Tips: CADR stands for clean air delivery rate. It refers to the total amount of
clean air output after filtration. The unit is 1159.92m3/h.
CADR
CADR of particulate matter- Dust
CADR of gaseous contaminants - HCHO, TVOC
D-Guard 5 (CADR):1159.92m3/h
Suggested coverage area:100m2
MULTIPLE filtration layers:
Effectively remove PM0.3, PM2.5, TVOC, HCHO and microbes.
Industrial grade ultrafine fiberglass,
99.99% removal efficiency for particle size above 0.3μm.
MULTIPLE operating speed:
User friendly touch screen panel for operating speed controlling.
D-Guard
High
Medium
Low
On/Off
D-Guard
High
Medium
Low
On/Off
Model | D-Guard 5 |
|---|---|
Dimensions (WxHxD)/ Net weight | 1010×1585×170mm/85kg |
Power supply | 1PH/220V/50Hz | 1PH/220V/60Hz |
Control method | Touch screen panel |
Gear | High/Medium/Low |
Power consumption | 15-206W |
Air flow | 1.196/0.56/0.318m/s | 1.292/0.614/0.396m/s |
Noise level (Sound pressure) | 32-61dB(A) |
CADR of Particulate Matter | 1159.92m3/h |
Energy efficiency of Particulate Matter | 5.58m3/(h*W)/High efficiency |
PM2.5 removal efficiency 30m3,20min | 99.90% |
Coverage area | 100m2 |
Certificate and test report | AHAM / Energy Star / EMC / CE / Jiangsu Provincial Center for Disease Control and Prevention Report |
Microbes removal efficiency | |
Staphylococcus Albus 8032 removal efficiency 20m3,2h | 99.98% |
Natural bacteria 45m3,2h | 99.53% |
Warranty | 3 Years |
Medical Grade Anti-Microbial Air Purifier
D-Guard 5
Specially designed for medical and
health center
Fever test station, transfusion room, office, nurse station,
public area, emergency ward, neonatal room, pediatric ward,
chemotherapy ward, burns unit, etc.
AIR DISINFECTION AND PURIFICATION SOLUTIONS FOR MEDICAL AND HEALTH CENTER
ADVANCED ARGENZIL SILVER-IONS STERILIZING SYSTEM
Throughout the global medical and health sector, in North America and European
countries particularly, silver ion sterilization technology has been well developed
and implemented. Application of silver ion is proven stable with no side effects. It
has been recognized as the safest sterilization agent by NASA and is widely
applied in biotechnology, medical health, aerospace warships and other fields.
For years, MayAir has been introducing its advanced Argenzil Silver-ions sterilizing
technology for various application and industries. Integrated with ultrafine fiber glass
filter material, the technology can inhibit the growth and reproduction of bacteria and
microorganisms in the air by interfering the synthesis of their microbial cell wall and
protein. In the meantime, air can be well purified. The removal rate of particles size
above 0.3 μm is as high as 99.99%.
TECHNICAL PRINCIPLE
First layer: Prefilter- Filtration of big particles
Bigger particles, fibers and fur are filtered through the prefilter, ensuring the effectiveness and lengthen- ing the life span of the HEPA filter.
Second layer: Chemical filter- Adsorption of TVOC and formaldehyde
Gaseous contaminants like HCHO, benzene and TVOC will be adsorbed by the activated carbon filter.
Third layer: HEPA filter with advanced Argenzil silver-ions sterilizing system- Air sterilization and filtration of PM2.5, PM0.3
The antimicrobial high-efficiency filter adopts MayAir’s advanced Argenzil silver ion sterilizing technology to effectively eliminate all kinds of bacteria, viruses and microorganisms, Secondary pollution is eliminated at the same time. The removal rate of particle size above 0.3μm can reach as high as 99.99%.
Traditional air filter
vs
Air filter with silver-ions
ANTIMICROBIAL MECHANISM
The filter is composed of advanced antimicrobial active substances and special designed fiber media. When bacteria, viruses and
other microorganisms come into contact with the surface of the filter material, the active substances will inhibit and kill them..
1. A layer of antimicrobial active substance is attached to the surface of the filter media.
1. A layer of antimicrobial active substance is attached to the surface of the filter media.
1. A layer of antimicrobial active substance is attached to the surface of the filter media.
1. A layer of antimicrobial active substance is attached to the surface of the filter media.
ABOUT MAYAIR
With more than 20 years’ experience in the air purification industry, MayAir clean air technology stands
proven. We have been continuously providing total clean air solutions and services for biomedical industries,
semiconductor electronics industries, LCD industries, automotive industries, pharmaceutical industries, food
industries, petrochemical industries, as well as the commercial and residential buildings.
MayAir has established a full-coverage of services network around Malaysia, China, Singapore, Japan,
Thailand, Vietnam, India, Philippines, Indonesia, Bangladesh, Middle East, Germany, England, France, Australia and Egypt etc. With over 30 sales offices and 5 manufacturing factories globally, we strive to supply the
best and respond on time.
MayAir’s medical grade anti-microbial air purifier D-Guard 5 is specially designed and developed to cater for
the indoor air quality assurance in medical field. It is our ultimate mission to provide the best products and
solutions for the sake of your health and quality of life.
CERTIFICATE
AND TEST REPORT
CLIENT LIST
MayAir is committed to improve the air quality of medical and health center as to reduce the risk of cross infection and postoperative infection
in hospitals. At the same time, MayAir strives to establish a scientific and GMP compliant sterile pharmaceutical production environment. As a
fact, MayAir’s clean air solutions have been implemented in more than 5000 pharmaceutical enterprises and 6000 hospitals globally.
Air Force General Hospital, China
Navy General Hospital, China
Beijing Tongren Hospital
Peking Union Medical College Hospital
The Military General Hospital of Beijing
The Shanghai Children's Hospital
International Peace Maternity and Child Health Hospital
The First Affiliated Hospital of Zhengzhou University
St. Marie Hospital
China-Japan Friendship Hospital
Huashan Hospital
Jiangsu People's Hospital
Chongqing Southwest Hospital
Changhai Hospital of Shanghai
The First Affiliated Hospital of University of South China
The First Affiliated Hospital of Chongqing Medical University
XuanWu Hospital Beijing
Zhongda Hospital Southeast University (Jiangbei)
Fudan University Shanghai Cancer Center
Chinese People's Liberation Army Hospital
PKU Healthcare
Yanbian University Hospital
Jiangsu Province Hospital of TCM
Wuxi People’s Hospital
Wuhan Tongji Hospital
Guangzhou Nanfang Hospital
Zhejiang Cancer Hospital
Guangzhou Clifford Hospital
General Hospital of Chinese People’s
Armed Polic
Nanjing Agriculture University of
Immunology
Sir Run Run Hospital Nanjing
Shanghai Ninth People’s Hospital
The Fifth People’s Hospital of Datong
Chinese Academy of Science
Weifang People’s Hospital
Zhibo Gaoxin Hospital
Puyang Hospital
Harbin Vets
Nanfang Hospital
Anhui Chest Hospital
The 7th People’s Hospital of Zhengzhou
Shanghai Delta Health
Shanghai Chuansha Hospital
Guangzhou Zhujiang Hospitial
Lanzhou Institute of Biological Products
Children’s Hospital of Soochow University
Wuhan Jinyintan Hospital
Wuhan Union Hospital
Affiliated Stomatological Hospital of Nanjing, Medical University
Center of Systems Medicine, Chinese Academy of Medical Sciences,
The First Affiliated Hospital of Soochow, University Forces,
The First Affiliated Pingjiang Hospital of Soochow University,
The First Affiliated Hospital of Sun Yat-Sen University,
Biomedicine R&D Lifescience Park Zhongguanchun
Center for Excellence in Molecular Cell Science Shanghai,
Hefei Tianyi Biology Technology Research Institute,
Lanzhou Veterinary Research Institute,
Beijing Fiveplus Molecular Medicine Institute,
National Institute of Biological Science Beijing,
Chengdu Institute of Biological Products,
Hainan Institute of Biological Products
