24″ Containment Ventilated Enclosure Ductless – SINGLE HEPA

Description

24? Containment Ventilated Enclosure

Cleatech? Polypropylene compounding ventilated enclosure (powder containment hood) is USP 800 compliant, can be used for non-sterile compounding of hazardous drugs. They provide personnel and environmental protection as in biosafety cabinets (BSC) Class I.

If these negative pressurized CVE units use a single-HEPA filter , they must be hard ducted to an external exhaust system. Optional redundant filter (Double HEPA filter) available for application require a portable and ductless containment hood. In the hood with single filter, the fan pulls air in through the front, away from the operator, across the work area, through a HEPA filter to collect all harmful particulates for environmental protection, then the air is being taken out the building through the exhaust system and ducting. They utilize a powerful adjustable fan and filtration system to protect user during pharmaceutical compounding, powder weighing, or measuring drug dosages. They meet the requirement of USP and CCS 1735. Hood and work surface are constructed from corrosion resistant polypropylene. They are available in 24?, 32?, 36? and 48? hoods width. Cleatech containment ventilated enclosures feature rear baffle (slotted panel) located in the back of the hood that’s designed to reduce turbulence, to ensure the work surface is well ventilated. The front airfoil at the hood face allows more even airflow into the hood by avoiding sharp curves that can create turbulence. Its removed for cleaning purposes

Standard Features

• Construction material white Polypropylene ?? Thickness
• Sash material AR Polycarbonate
• Portable hoods provide can be positioned on nearly any bench.
• 8″ OD duct Port Polypropylene. (Also, available in 10″ OD)
• HEPA filter efficiency 99.97% @ 0.3 micron particles
• Fan module 0 to 580 CFM (at 0? W.G. static pressure)
• Removable airfoil located along the front bottom preventing the creation of turbulent.
• Rear baffle, create slotted openings along the back of the hood keep the airflow uniform