Purair NANO Ductless Nanoparticle Containment Enclosures
Protects the operator from nanomaterial particles (less than 100nm in size) encountered during processing of carbon nanotubes, lithium batteries, and rare earth metals.
Purair P5-24-XT (NANO)
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Nanotechnology continues to advance in a variety of industries, including aerospace, research, pharmaceutical, and academia, yet few effective containment solutions for particles that range in size from 1nm to 100nm exist. The Purair® NANO enclosure is designed to contain nanomaterial particles that are 100nm or less in diameter (ultra fines). With a stainless steel infrastructure, powder coated FFU, and dual filtration options to ensure superior containment, the Purair NANO provides a safe work environment at an affordable price.
- Protects the operator from nanomaterial particles (less than 100nm in size) encountered during processing of carbon nanotubes, lithium batteries, and rare earth metals.
- SafeSwitch™ Filter Shutter System (optional) for safer bag-in/bag-out filter exchange.
- Innovative filter clamping eliminates bypass leakage.
- Exhaust canopy allows for thimble ducting to the facility exhaust system.
- Airflow monitor with low airflow alarm built-in.
Ductless versus Ducted Venting Options: The Benefits of a Ductless Laboratory
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Purair Ductless Technology and USP 800 Compliance
Provisions outlined in the United States Pharmacopeia (USP) Chapter 800 (USP 800) outline the best practices to maintain the highest quality standards for the handling of hazardous drugs. These practices promote patient safety, worker safety and environmental protection at all phases of drug handling. This application note discusses the design and construction features of a set of engineering controls, collectively known as containment primary engineering controls (C-PECs), for hazardous drugs in healthcare settings that meet the USP 800 requirements.
Purair Ductless Technology and USP 800 Compliance Creating a better C-PEC
This paper discusses the design and construction features of a set of engineering controls, collectively known as containment primary engineering controls (C-PECs), for hazardous drugs in healthcare settings. Biological safety cabinets and fume hoods in particular will be examined to identify the features that most effectively prevent exposure and meet USP 800 requirements.
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Beyond the laboratory with ductless enclosures…
