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Fume Hood
Cabinet Size
Airflow Velocity
Maximum door opening height
Exhaust Volume
Glass Door Thickness
Labmate Ductless Fume Hood has airflow velocity ranging from 0.3 to 0.8 m/s. They feature advanced carbon filters to capture toxic chemical vapors effectively. Their airflow system ensures clean air circulation while maintaining safe work environment for operators. They come with adjustable fan speeds and energy-efficient LED lighting for enhanced visibility. Our Ductless Fume Hood are ideal for laboratories where chemical fumes must be contained and neutralized efficiently.
Frequently Asked Questions
1 What is a Ductless Fume Hood?
A Ductless Fume Hood is an apparatus designed to filter hazardous fumes, vapors, and particles from the air, then recirculate clean air back into the workspace.
2 How does a Ductless Fume Hood work?
It works by drawing in contaminated air, filtering it through specialized filters, and recirculating purified air.
3 What kind of maintenance does Ductless Fume Hood require?
Routine maintenance includes checking airflow, inspecting filters, and ensuring proper operation of alarms and electronics.
4 What is the difference between a Ducted Fume Hood and a Ductless Fume Hood?
A Ducted Fume Hood vents air outside the building through ductwork, whereas a Ductless Fume Hood filters and recirculates air within the room.
5 Can Ductless Fume Hood be used for chromatography solvent handling?
It is commonly used to handle solvents like hexane or methanol in sample prep and waste collection.
6 Can Ductless Fume Hood be used in environmental testing labs?
It is ideal for processing soil, air, or water samples with VOCs and other light chemical exposure.
7 Can Ductless Fume Hood be used for cosmetic product development?
It is well-suited for formulating lotions, perfumes, and other cosmetic products involving alcohols or light solvents.
8 Is Ductless Fume Hood appropriate for botanical extraction or cannabinoid research?
It is commonly used with ethanol and terpene-rich compounds when properly filtered for volatile organic solvents.
9 Is Ductless Fume Hood suitable for paint, pigment, or ink formulation research?
It is effective at capturing fumes from solvents and colorants during formulation and mixing.
10 Is Ductless Fume Hood appropriate for fragrance or essential oil R&D?
It is well-suited for handling volatile natural compounds.