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Model No: ZYCDFH
Ductless Fume Hood
Ductless Fume Hood is suitable for laboratory.
This product compact、Flexible、Establish negative pressure work zone.
Protect experimenters from hazardous fumes, chemical gases, smoke and particulate matter generated during experimentation.
This product compact、Flexible、Establish negative pressure work zone.
Protect experimenters from hazardous fumes, chemical gases, smoke and particulate matter generated during experimentation.
Quantity :
DUCTLESS FUME HOOD
ZOYET Ductless Fume Hood is suitable for laboratory.
This product compact、Flexible、Establish negative pressure work zone.
Protect experimenters from hazardous fumes, chemical gases, smoke and particulate matter generated during experimentation.
This product compact、Flexible、Establish negative pressure work zone.
Protect experimenters from hazardous fumes, chemical gases, smoke and particulate matter generated during experimentation.
SPECIFICATION
| Model | External dimension mm | Internal dimension mm | ||||
| Width | Depth | Height | Width | Depth | Height | |
| 815 | 615 | 890 | 800 | 600 | 680 | |
| 1215 | 645 | 1017 | 1200 | 630 | 737 | |
PRODUCT DETAILS
5"touch auto safety controller
Activated carbon filter
Integrated PP base with overflow tray
No need for pipeline operation
Plug and play, no installation required
360° ultra-transparent PC shell design
Integrated noise <56dB
Side wire inlet and outlet
Anti-vapor fluorescent lamp, illumination >300LX
WORKING MODE
A.Indoor air flows out from operator and enters cabinet horizontally.
B.Air mixes with lighter and heavier gases.
C.Contaminated air is guided through filtration.
D.Clean air is recirculated back into the cabinet.
PRODUCT APPLICATION
Ductless Fume Hood is suitable for biochemical experiments such as DNA purification and identification, chemical reagent solution preparation, and for instruments like titrators, rotary evaporators, suction filters, water baths, and other low to moderately volatile chemical fume generating equipment.
Minimize direct air pollution from waste gases.
Lower lab energy usage.
No pipelines needed, lowering one-time equipment and project costs.
Flexible and convenient, not limited by laboratory space or location.