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Papua New Guinea Wall-mounted air purifier
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Product Description
Disinfection technology that kills bacteria and viruses
Energy-efficient design with low power consumption
Quiet operation, human-centered design, easy to operate and install.
Meets the requirement for 6 air changes.
Disinfection Principle
① Primary filter: Filters out dust and particles, such as hair and large particulates. The filter is coated with a nano-silver ion layer that can kill bacteria and viruses.
② Activated carbon filter: Effectively adsorbs formaldehyde and TVOCs, filters odors, and prevents secondary pollution.
③ UV-C photocatalysis: UV-C light can damage the molecular structure of microorganisms' DNA or RNA. As a result, bacteria either die or become unable to reproduce, thereby achieving the purpose of sterilization.
④ Plasma electric field: It generates a large number of plasma and negative ions. High-energy positive and negative ions (or charges) collide with bacteria and viruses, activating gases within the viral particles and producing various reactive free radicals. These free radicals decompose microorganisms, thereby killing bacteria and inactivating viruses.
⑤ Electrostatic precipitator: By generating and releasing a large number of negative ions from its negatively charged surface, it causes suspended particles to adhere to the surface.
Technical Parameters
| Product Model | LD-800MBG | Disinfection and sterilization | >99% |
| Negative ion concentration | >2x10 6 | ||
| Air handling capacity (m³) 3 /h） | 600-800 | Control method | Touchscreen control |
| Power (W) | ≤ 50 | Remote control | |
| Dimensions (W×D×H) mm | 1013×177×408 | Colony-forming units (CFU/m) 3) | ≤ 200 |
| Noise dB(A) | ≤ 50 | UV-C light lifetime (h) | 8000 - 12000 |
| Input power supply (V/Hz) | AC 220V / 50Hz | Installation method | Wall-mounted |
| Plasma Electric Field (V) | 4100 - 8200 | Weight | 20.7kg |
Product Dimension Diagram (mm)
Installation Method
- Before installing the product, clean and sanitize the indoor environment and the surrounding facilities around the equipment, then proceed to install it in the corresponding location indoors.
