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Dirkbiel
Enkonduko:
The metal organic framework composite filter screen is made of metal organic framework composites and complex fiber, it can effectively eliminate toxic and hazardous gases (such as benzene, methylbenzene, formaldehyde, smoke, etc.). Product Feature: Easy to install and maintain, high adsorption capacity, strong adsorption capacity, low operation cost, quick treatment of various harmful gases, effective control of odors, reusable metal shell, and free replacement of filter core
Application:
Industrial & Medical Applications
In hospital operating rooms and pharmaceutical cleanrooms, MOFs composite filters effectively capture 0.01μm particles, ensuring compliance with ISO Class 5 (Class 100) cleanliness standards (per ISO 14644-1). For industrial waste gas treatment, such as VOC degradation in printing and coating industries, MOFs photocatalytic filters demonstrate 5x higher efficiency compared to traditional TiO₂-based solutions, enabling rapid decomposition of hazardous pollutants.
Enkonduko:
The metal organic framework composite filter screen is made of metal organic framework composites and complex fiber, it can effectively eliminate toxic and hazardous gases (such as benzene, methylbenzene, formaldehyde, smoke, etc.). Product Feature: Easy to install and maintain, high adsorption capacity, strong adsorption capacity, low operation cost, quick treatment of various harmful gases, effective control of odors, reusable metal shell, and free replacement of filter core
Application:
Industrial & Medical Applications
In hospital operating rooms and pharmaceutical cleanrooms, MOFs composite filters effectively capture 0.01μm particles, ensuring compliance with ISO Class 5 (Class 100) cleanliness standards (per ISO 14644-1). For industrial waste gas treatment, such as VOC degradation in printing and coating industries, MOFs photocatalytic filters demonstrate 5x higher efficiency compared to traditional TiO₂-based solutions, enabling rapid decomposition of hazardous pollutants.
Specification:
Attributes | Value | |||
Frame | Aluminum alloy; galvanised sheet metal; SUS304 | |||
Filter material | granular metal organic framework composites+ Multilayer composite synthetic fiber | |||
Efficiency | EN 1822 | H10 、H11 、H12 | ||
ASHRAE | MERV15-16 | |||
Temperature | ≤60℃ | |||
Humidity | ≤70% RH | |||
Recommended Max. Final Pressureiz drop | ≤ 350Pa | |||
Acid and alkali-resistance | pH = 4-10 |
Technical Data Sheet:
Model | Size W*H*D/mm | Particle Size/ mesh | Filter usage (g/m2) | Air flow / resistance (m3/h / Pa) | Open-framework |
DHGCW-Par-11 | 40*30*5 | 60-80 | 200 | 200/60 | Micropore |
DHGCW-Par-21 | 40*30*5 | 40-60 | 250 | 180/55 | Micropore |
DHGCW-Par-31 | 40*30*5 | 15-30 | 300 | 160/45 | Micropore |
Specification:
Attributes | Value | |||
Frame | Aluminum alloy; galvanised sheet metal; SUS304 | |||
Filter material | granular metal organic framework composites+ Multilayer composite synthetic fiber | |||
Efficiency | EN 1822 | H10 、H11 、H12 | ||
ASHRAE | MERV15-16 | |||
Temperature | ≤60℃ | |||
Humidity | ≤70% RH | |||
Recommended Max. Final Pressureiz drop | ≤ 350Pa | |||
Acid and alkali-resistance | pH = 4-10 |
Technical Data Sheet:
Model | Size W*H*D/mm | Particle Size/ mesh | Filter usage (g/m2) | Air flow / resistance (m3/h / Pa) | Open-framework |
DHGCW-Par-11 | 40*30*5 | 60-80 | 200 | 200/60 | Micropore |
DHGCW-Par-21 | 40*30*5 | 40-60 | 250 | 180/55 | Micropore |
DHGCW-Par-31 | 40*30*5 | 15-30 | 300 | 160/45 | Micropore |