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Supplier: RDM Industrial Products, Inc.
Description: The SB-MAX BenchTop Fume Hood is one of our most popular models. This unit provides multiple standard and optional features for air control, including optional Add Air (Make-up Air) System. This Fume Hood is ideal for most laboratory exhaust application needs. The
- Hood Design: Bypass
- Fume Hood Type: General Purpose
- Sash Options: Vertical Sash
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Supplier: RDM Industrial Products, Inc.
Description: The VB-MAX BenchTop VAV Fume Hood is designed to be used with exhaust control systems provided by other manufacturers. This Fume Hood is used where automated air control is required. Like other standard RDM fume hood models, this hood also has a
- Hood Design: Bypass
- Fume Hood Type: General Purpose
- Sash Options: Vertical Sash
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Supplier: Accuris
Description: Methods of Testing Performance of Laboratory Fume Hoods
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Supplier: Accuris
Description: Method of Testing Performance of Laboratory Fume Hoods
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Supplier: Mystaire, Inc.
Description: Mystaire® ductless fume hoods are self-contained, filtered enclosures that remove hazardous fumes, vapors and particles from virtually any laboratory application. Unlike traditional fume hoods there are no installation costs and no ductwork needed. Aura®
- Required Airflow: 145 to 265 SCFM
- Hood Design: Conventional
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Mystaire, Inc.
Description: Mystaire® ductless fume hoods are self-contained, filtered enclosures that remove hazardous fumes, vapors and particles from virtually any laboratory application. Unlike traditional fume hoods there are no installation costs and no ductwork needed. Aura®
- Airflow: 145 to 265 SCFM
- Separation / Filtration System: Cartridge-type Units
- Collector Type: Downdraft Table
- Process: Dry
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Supplier: Baker
Description: The need to protect personnel from potentially harmful vapors and airborne particulate matter is a fact of life for every modern laboratory. Laboratory Fume hoods are ventilated workstations designed to contain hazardous fumes and exhaust them away from the
- Hood Design: Bypass
- Sash Options: Combination Sash
- Fume Hood Type: General Purpose
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Supplier: Accuris
Description: HOOD, FUME, LABORATORY, FIBERGLASS MODELS
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Supplier: Accuris
Description: HOOD, FUME, LABORATORY, STAINLESS STEEL MODELS
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Supplier: RDM Industrial Products, Inc.
Description: The XB-MAX BenchTop Fume Hood provides an excellent low cost means of exhausting high heat loads and non-hazardous fumes. The thin wall design allows for maximum interior work area and is well suited for installation on any counter surface with 30" depth. Features Include: 18ga
- Hood Design: Bypass
- Fume Hood Type: General Purpose
- Sash Options: Vertical Sash
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Supplier: Sentry Air Systems, Inc.
Description: This 30” Wide Ductless Fume Hood combines powerful air flow with a sturdy and compact enclosure for optimal respiratory and environmental protection. This fume hood protects the operator and environment from hazardous fumes or particulate generated from
- Required Airflow: 350 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Sentry Air Systems, Inc.
Description: This 60” Wide Ductless Fume Hood combines powerful air flow with a sturdy and compact enclosure for optimal respiratory and environmental protection. This fume hood protects the operator and environment from hazardous fumes or particulate generated from
- Required Airflow: 350 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Sentry Air Systems, Inc.
Description: This 70” Wide Ductless Fume Hood combines powerful air flow with a sturdy and compact enclosure for optimal respiratory and environmental protection. This fume hood protects the operator and environment from hazardous fumes or particulate generated from
- Required Airflow: 350 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Erlab Inc.
Description: high degree of protection, in accordance with the AFNOR NF X 15-211: 2009 standard, class 1 and class 2. A ductless recirculating fume hood is a safety device used to protect laboratory workers when handling chemicals that pose an inhalation risk. These fume hoods
- Hood Face Velocity: 78.7401574803148 to 118.110236220472 SFPM
- Required Airflow: 270.6318 SCFM
- Fume Hood Type: Cleanroom, General Purpose
- Hood Design: Conventional
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Supplier: Sentry Air Systems, Inc.
Description: This 50” Wide Ductless Fume Hood combines powerful air flow with a sturdy and compact enclosure for optimal respiratory and environmental protection. This fume hood protects the operator and environment from hazardous fumes or particulate generated from
- Required Airflow: 350 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: AirClean Systems
Description: holding tank and recirculated. An optional pH dosing system can be utilized to neutralize acids captured during the scrubbing process. Standard Features Direct-mount to fume hood exhaust — eliminates contaminated ductwork between the fume hood and scrubber Observation
- Hood Design: Conventional
- Fume Hood Type: General Purpose
- Features: Other
- Sash Options: Vertical Sash
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Supplier: TSI Incorporated
Description: Controls fume hood face velocity to provide containment and safety. Fume hoods are a primary source of protection in laboratories. Face velocity measurements are often used to gauge the performance of a fume hood’s ability to contain and exhaust harmful
- Controller Type: Laboratory Controller
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Supplier: RDM Industrial Products, Inc.
Description: The WB-MAX Walk-in Fume Hood is designed for laboratories that require a large compartment to handle their fume control needs. This unit provides multiple standard and optional features for air control, including optional Add Air (Make-up Air) System. This Fume
- Hood Design: Bypass
- Fume Hood Type: General Purpose
- Features: Other
- Sash Options: Vertical Sash
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Supplier: AirClean Systems
Description: AirClean® Systems polypropylene laboratory hoods allow for a wide range of applications. Each polypropylene hood is designed to accommodate up to 7 inches of filtration. By stacking a HEPA filter, followed by a bonded carbon filter, the operator can effectively remove both toxic
- Hood Design: Conventional
- Filter Type: Ductless
- Fume Hood Type: General Purpose
- Features: Other
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Supplier: AirClean Systems
Description: The AirMax™ total exhaust laboratory fume hoods are manufactured from structural polypropylene, which eliminates the potential for corrosion. Featuring standard bypass design, AirMax™ exhausts a constant volume of air regardless of sash position. Optional features are available
- Hood Design: Bypass
- Filter Type: Ductless
- Fume Hood Type: General Purpose
- Features: Other
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Supplier: TSI Incorporated
Description: Monitors fume hood performance and alarms on low velocity. Fume hoods are a primary source or protection in laboratories. Face velocity measurements are often used to gauge the performance of a fume hood’s ability to contain and exhaust hazardous chemicals.
- Instrument Type: Monitor
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Supplier: Twin City Fan & Blower
Description: Application The QFE Fume Hood Mixed Flow Exhaust Fan is an ideal choice for removing undesirable fumes and gases from laboratory hoods, kitchen hoods, process operations, foundry operations and many other applications. This unit is commonly used in exhaust
- Air Flow Rate: 1,300 to 36,000 SCFM
- Static Pressure: 413.7871674924572 in H2O
- Maximum Diameter (Fan or Blower Wheel): 18.25 to 44.5 inch
- Applications / Use: Air Handling Units / HVAC, Exhaust Ventilation
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Supplier: Twin City Fan & Blower
Description: Application The TFE fume hood exhaust fan is an ideal choice for removing undesirable fumes and gases from laboratory hoods, kitchen hoods, process operations, foundry operations and many other applications. The TFE is not intended as a substitute for proper
- Air Flow Rate: 755 to 37,300 SCFM
- Static Pressure: 413.7871674924572 in H2O
- Maximum Diameter (Fan or Blower Wheel): 12.25 to 36.5 inch
- Applications / Use: Air Handling Units / HVAC, Exhaust Ventilation
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Supplier: NuAire, Inc.
Description: The NU-55 Fume Hood Base is available as an option for NuAire polypropylene fume hoods. The NU-55 is constructed from long-lasting, corrosive-resistant, white polypropylene. The outer cabinet shell, kick panel, and shelves are constructed using ½ inch (13 mm)
- Height: 28.2677318 inch
- Width: 48.5039632 to 96.4961151 inch
- Depth: 25.984266 to 32.0078913 inch
- Use: Industrial
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Supplier: CSA Group
Description: Laboratory workers depend on fume hoods and their associated exhaust systems to provide the right level of containment to ensure their safety. However, the various facilities that depend on the use of laboratory fume hoods to ensure worker safety differ in
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Supplier: Cole-Parmer
Description: laboratory. Workstations accommodate five different filters in any combination up to a 7" (17.9 cm) thickness. For particulate removal, order a prefilter for 60% efficient removal of particulates down to 5 µm and a HEPA filter for 99.99% efficiency down to 0.3 µm. Select a fume
- Required Airflow: 530 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Cole-Parmer
Description: Protector Echo hood creates significant energy savings because it doesn''t exhaust tempered room air from the lab and requires no make-up air! It also eliminates air pollutant emissions.
|GreenFumeHood
(GFH) filtration technology allows the Protector Echo filtered fume -
Supplier: Cole-Parmer
Description: laboratory. Workstations accommodate five different filters in any combination up to a 7" (17.9 cm) thickness. For particulate removal, order a prefilter for 60% efficient removal of particulates down to 5 µm and a HEPA filter for 99.99% efficiency down to 0.3 µm. Select a fume
- Required Airflow: 530 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Labconco Corporation
Description: Fiberglass 30 Laboratory Hood; bypass airflow design; one piece molded, corrosion-resistant fiberglass exterior liner; 3/16" thick clear tempered vertical-rising safety glass sash, pivoting air foil; right side fixture panel factory-prepared to accept up to three service fixtures, one
- Hood Face Velocity: 100 SFPM
- Required Airflow: 310 SCFM
- Hood Design: Bypass
- Fume Hood Type: General Purpose
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Supplier: Labconco Corporation
Description: Basic 70 Laboratory Hood, by-pass airflow design, 3/16" thick tempered safety glass vertical-rising sash, 10.31" OD exhaust connection, removable front panel, air foil, two-piece adjustable baffle, right side fixture panel factory-prepared to accept up to three service fixtures, one
- Hood Face Velocity: 100 SFPM
- Required Airflow: 1,120 SCFM
- Hood Design: Bypass
- Fume Hood Type: General Purpose
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Supplier: Cole-Parmer
Description: • Large 29" high sash height allows ample room for loading, unloading, and use of equipment • VaraFlow baffle system maintains uniform airflow Ducted fume hoods feature an ergonomic counter-balanced 3/16" tempered safety glass sash lift. Hoods are nonmetallic, composite
- Required Airflow: 438 SCFM
- Fume Hood Type: General Purpose
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Supplier: NuAire, Inc.
Description: the application of environmental controls as required in the field of biological research or chemical containment. The Biosafety Fume Hood/Cabinet, when used with proper technique, is an effective laboratory aid in obtaining the optimum control over product quality. Model NU-565
- Inflow Velocity: 105 SFPM
- Cabinet Type: Class II Type B2
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Supplier: MEDITE Group
Description: used anywhere in the laboratory Removable stainless steel working plate for safe and easy cleaning An additional hood for even better extraction of volatile fumes can be ordered seperately Three different models available to fit your needs perfectly
- Fume Hood Type: General Purpose
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Supplier: New York Blower Company (The)
Description: NYB FRP Radial Fume Exhausters are compact corrosion-resistant fans for moderate pressure, tough fume-handling applications such as laboratory fume hoods, plating and pickling operations, and scrubber systems.
- Air Flow Rate: 7,500 SCFM
- Static Pressure: 420.7871674924572 in H2O
- Media Temperature: 250 F
- Maximum Diameter (Fan or Blower Wheel): 8 to 22 inch
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Supplier: AirClean Systems
Description: the polypropylene fume hood and scrubber Observation window for media inspection Scrubber holding tank with recirculating pump Sized to meet fume hood flow rate Optional polypropylene blowers to match system Typical Applications: Generally, scrubbers are used with
- Pollutants Scrubbed: Acid
- Orientation: Vertical
- Process Type: Wet
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Featured Products Top
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Why Choose Polypropylene Fume Hoods for Laboratories? In modern laboratories, material selection directly impacts both performance and operator protection (read more)
Browse Fume Hoods Datasheets for AirClean Systems -
Maximizing Laboratory Safety and Efficiency: The Case for Ductless Fume Hoods In laboratories across the globe, fume hoods play a critical role in ensuring the safety of personnel by (read more)
Browse Fume Hoods Datasheets for AirClean Systems -
Endeavour™ Ductless Fume Hood - Sliding Sash Variable airflow monitoring and control to ensure efficient operation AirClean Systems’ Endeavour Ductless Fume Hood (read more)
Browse Fume Hoods Datasheets for AirClean Systems -
Endeavour™ Ductless Fume Hood - Sliding Sash Variable airflow monitoring and control to ensure efficient operation AirClean Systems’ Endeavour Ductless Fume Hood (read more)
Browse Fume Hoods Datasheets for AirClean Systems -
Endeavour™ Ductless Fume Hood - Sliding Sash Variable airflow monitoring and control to ensure efficient operation AirClean Systems’ Endeavour Ductless Fume Hood (read more)
Browse Fume Hoods Datasheets for AirClean Systems -
Grades with superior impact-resistance Higher heat deflection temperatures than typical PVC Applications include: Chemical tanks Fume hoods Laboratory workstations Other High (read more)
Browse Plastic Molding Services Datasheets for Osborne Industries, Inc. -
ChemSafe Filtered Chemical Storage Cabinet operates like a ductless fume hood by providing constant negative airflow thus allowing all contaminates to be captured by either the particulate or gas phase filter. ChemSafe is constructed from thermally fused polypropylene, offering superior chemical (read more)
Browse Cabinets and Casework Datasheets for AirClean Systems -
Effective Use of Class II Biological Safety Cabinets Safe Use of Chemical Fume Hoods History: The Eagleson Institute was founded in 1989 by Dennis Eagleson, CEO of The Baker Company, in memory of his father John M. Eagleson, Jr. Jack was (read more)
Browse Instructional Seminars and Training Services Datasheets for Baker -
rinsing procedures for smaller components in a fume hood. A ductless fume hood with a horizontal laminar flow that draws air from near the operator, across the work space, to the back of the hood can help protect the operator and others in the area from cleaning and rinsing agent fumes. The fume hood (read more)
Browse Cleaning Agents and Surface Treatments Datasheets for AirClean Systems -
Four Buckets of Ventilation Equipment When setting up or modifying a laboratory, understanding ventilation equipment is crucial. These tools generally fall into four categories: Fume Hoods: Provide personnel protection by venting (read more)
Browse Biological Safety Cabinets Datasheets for Baker
Conduct Research Top
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Laminar Flow Hood or Fume Hood?
Purchasing laboratory equipment can be a difficult task. Especially when there are interchangeable terms of products; laminar flow, clean bench, fume hood, laminar flow hood. After a few minutes of browsing the internet, the lines begin to blur and things become less clear. So, what exactly
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Fume hoods integral to protect workers in laboratory settings
In a chemistry laboratory setting, worker safety is ensured through proper training and handling of chemicals, equipment and other tools like ductless fume hoods.
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Green Fume Hood Technology
Fume hoods. are a central component in any lab and, knowing. that the existing structure did not have the exhaust. capacity to accommodate the number of traditional. fume hoods the curriculum demanded, required. the university to turn to new technology. This had. to incorporate safety
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4 Benefits of Ductless Fume Hoods
For decades ductless fume hoods and filtered workstations have provided benefits to laboratory personnel throughout the world while providing a greener and more flexible laboratory design. Improvements in detection technology have expanded the application for filtered hoods thus increasing
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Air Pressure Monitoring for a Chemical Fume Hood
CAS DataLoggers is here to show you how Accsense A1-01a Wireless Data Loggers provide an air pressure monitoring solution for a chemical fume hood ensuring safer operation in a laboratory.
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Avoid these 5 common mistakes when using a fume hood
Chemical fume hoods are an essential component of laboratory safety as they function to control the level of hazardous vapors, liquids and smoke in the workplace
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Controlling contaminants in lab settings with fume hoods
In laboratory settings, contaminants can not only ruin experimental results and product quality but also endanger the health and safety of laboratory occupants. With personnel at risk for contact with chemical and biological hazards, it's crucial that lab supervisors account for all contaminants
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BSA LifeStructures designs nation's largest filtered fume hood installation
Maintaining clean air in a laboratory can be a herculean challenge - especially when students work on projects in chemistry, organic chemistry, biology, pharmacy and other heathcare-related fields. In Gallahue Hall, this challenge was made more difficult by the building's outdated air-quality
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5 Reasons You Should Go Ductless
. While these ductless products can be used for a broad spectrum of laboratory uses, the benefits compared to a traditional total exhaust fume hood or laminar flow hood are often overlooked.
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An Exhaust Solution for Controlled Environments
: exhaust from laboratory workstation fume hoods or other procedure/processing areas must be safely discharged into the atmosphere without causing re-entrainment, creating an odor problem or violating environmental regulations. . This quick, one-time registration gives you access to members-only site
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Butler University Chemistry Lab Renovation
Butler University the opportunity to explore new technologies as a way to achieve their efficiency, sustainability and safety goals. The project renovates two organic chemistry teaching labs, two general chemistry teaching labs and a chemical storeroom/prep room with fume hoods. The University
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Avoiding Machinery Wear and Corrosion
this is common practice it is also cumbersome, time-consuming and requires the use of corrosive chemicals. It is not a procedure that can be performed on-site at the location of the machine in question. Karl Fischer titration is typically conducted in a laboratory, under a fume hood by a trained
More Information Top
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A design guide for energy-efficient research laboratories
Caplan, K.J., and Knutson, G.W., " Laboratory fume hoods 1978b: Influence of Room Air Supply." .
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Countries > Canada > Province of British Columbia > Regulations > Workers Compensation Act > [CANADA BC Reg 1997-296] Regulation 296/1997 - Occupational Health...
" laboratory fume hood " means an enclosed and mechanically ventilated workspace located in a laboratory, that is designed to .
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