Used FLOW SCIENCES 3-VBSE #9025212 for sale

FLOW SCIENCES 3-VBSE
ID: 9025212
Flow hood, 3' With blower and alarm.
FLOW SCIENCES 3-VBSE laminar flow and fume hood is an innovative exhaust equipment designed to safeguard laboratory personnel from toxic and hazardous fumes and airborne particles. Utilizing a combination of laminar flow, exhausted blower system, and advanced filtration technology, the hood provides superior safety and performance in laboratories with hazardous materials. The exhaust hood's primary safety feature is the laminar flow which prevents contaminants from leaving the hood enclosure and entering the working environment. The large open window of 3-VBSE hood allows for a wide angle air flow as air is circulated from wall to wall and back through the exhaust. The simulated wind tunnel across the face of the hood is provided not only for protection but also for employee comfort. The robust exhausted blower unit effectively keeps contaminants from leaving the hood and contaminating the work environment. The advanced design of the exhausted blower machine results in a completely closed hood, reducing the risk of contamination. Additionally, the blower tool is designed to draw more than just the contaminated air away from the work environment, ensuring the safety of laboratory personnel. Finally, advanced filtration technology ensures that the contaminated air is safely filtered before being vented outside. For most hazardous environments, the standard 2" HEPA filter is sufficient in filtering out contaminates down to 0.3 microns. FLOW SCIENCES 3-VBSE hood also supports an optional Ultra-4 filtration asset for maximum filtration, capable of filtering out particles as small as 0.1 microns. 3-VBSE laminar flow and fume hood is an invaluable component of any laboratory dealing with hazardous materials. By combining laminar flow, exhausted blower model, and advanced filtration technology, the hood offers superior safety and performance while protecting laboratory personnel from toxic and hazardous fumes and airborne particles.
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