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Supplier: Sentry Air Systems, Inc.
Description: This 70? Wide Dual Ductless Fume Hood combines powerful air flow of two air cleaners with a sturdy and compact enclosure for optimal respiratory and environmental protection. This fume hood protects the operator and environment from hazardous fumes or
- Fume Hood Type: General Purpose
- Hood Design: Ductless
- Required Airflow: 80 SCFM
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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
- Fume Hood Type: General Purpose
- Hood Design: Ductless
- Required Airflow: 350 SCFM
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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
- Fume Hood Type: General Purpose
- Hood Design: Ductless
- Required Airflow: 350 SCFM
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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
- Fume Hood Type: General Purpose
- Hood Design: Ductless
- Required Airflow: 350 SCFM
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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
- Fume Hood Type: General Purpose
- Hood Design: Bypass
- Sash Options: Vertical Sash
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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
- Fume Hood Type: General Purpose
- Hood Design: Bypass
- Sash Options: Vertical Sash
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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
- Fume Hood Type: General Purpose, Other
- Hood Design: Bypass, Ductless
- Sash Options: Vertical Sash
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Supplier: AirClean Systems
Description: hood and scrubber Observation window for media inspection Scrubber holding tank with recirculating pump (located inside base cabinet) AirMax™ microprocessor controller Thermoplastic construction is resistant to gases being scrubbed FlowSmooth™
- Fume Hood Type: General Purpose, Other
- Hood Design: Conventional
- Sash Options: Vertical Sash
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Supplier: Terra Universal, Inc.
Description: This high-capacity, turnkey fume hood features dual blowers to ensure a safe exhaust flow speed >/= 100 fpm (.51 m/s). Polypropylene construction resists chemical vapors, and an onboard air speed meter monitors operation. Includes hood, fluorescent illuminator,
- Fume Hood Type: General Purpose, Other
- Hood Design: Conventional, Ductless, Other
- Hood Face Velocity: 100 to 180 SFPM
- Sash Options: Other
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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
- Fume Hood Type: General Purpose
- Hood Design: Bypass
- Sash Options: Vertical Sash
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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 Type: General Purpose
- Hood Design: Bypass
- Sash Options: Vertical Sash, Other
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Supplier: U.S. Plastic Corporation
Description: This hood features one-piece shell molded of chemical resistant polyethylene. The inside corners are round. Clear acrylic panel slides inside tracks with stop pins. The front opening is 12"H x 22"W. Closed panel leaves a gap at the bottom for continuous air flow. Either 4 in or
- Fume Hood Type: General Purpose
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Supplier: TFI/ Inline Design Corporation
Description: The Laminar Flow Polypropylene Exhausted Fume Hood is designed to be both ASHRAE approved for operator safety and ISO Certified for part protection. The Laminar Flow Hood provides a downward flow of clean air over the work surface, protecting the
- Fume Hood Type: General Purpose
- Hood Design: Conventional
- Sash Options: Horizontal Sash
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Supplier: TFI/ Inline Design Corporation
Description: The Laminar Flow Polypropylene Exhausted Fume Hood is designed to be both ASHRAE approved for operator safety and ISO Certified for part protection. The Laminar Flow Hood provides a downward flow of clean air over the work surface, protecting the
- Fume Hood Type: General Purpose
- Hood Design: Conventional
- Sash Options: Horizontal Sash
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Supplier: TFI/ Inline Design Corporation
Description: The Laminar Flow Polypropylene Exhausted Fume Hood is designed to be both ASHRAE approved for operator safety and ISO Certified for part protection. The Laminar Flow Hood provides a downward flow of clean air over the work surface, protecting the
- Fume Hood Type: General Purpose
- Hood Design: Conventional
- Sash Options: Horizontal Sash
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Supplier: TFI/ Inline Design Corporation
Description: The Laminar Flow Polypropylene Exhausted Fume Hood is designed to be both ASHRAE approved for operator safety and ISO Certified for part protection. The Laminar Flow Hood provides a downward flow of clean air over the work surface, protecting the
- Fume Hood Type: General Purpose
- Hood Design: Conventional
- Sash Options: Horizontal Sash
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Supplier: AirClean Systems
Description: The DuraMax™ vertical laminar flow fume hood is constructed from rugged polypropylene, offering superior compatibility for applications involving strong acids or trace metal analysis. By combining HEPA-filtered incoming air with a traditional ‘total exhaust’ hood
- Fume Hood Type: General Purpose, Other
- Hood Design: Conventional
- Sash Options: Vertical Sash
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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 systems
- Air Flow Rate: 1300 to 36000 SCFM
- Environment: Clean Air / Gas
- Maximum Diameter (Fan or Blower Wheel): 18.25 to 44.5 inch
- Static Pressure: 414 in H2O
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Supplier: TSI Incorporated
Description: Fume hood monitor with low alarm. Range 70-250 fpm (0.35-1.27 m/s), surface mount. The Alnor® AirGard® Lab Hood Monitor Model 405-D indicates safe levels of air flow in laboratory fume hoods. It is used to measure and report on exhaust
- Instrument Style: Flow Hood or Balometer
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Supplier: Cole-Parmer
Description: compounding, and asbestos testing, these self-contained workstations protect you from harmful fumes and particulates. Polyethylene work surface resists most acids and is easy to clean; it measures 1/2" (1.3 cm) thick. Back baffle provides horizontal linear air flow with low turbulence.
- Fume Hood Type: General Purpose
- Hood Design: Ductless
- Required Airflow: 530 SCFM
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Supplier: Cole-Parmer
Description: compounding, and asbestos testing, these self-contained workstations protect you from harmful fumes and particulates. Polyethylene work surface resists most acids and is easy to clean; it measures 1/2" (1.3 cm) thick. Back baffle provides horizontal linear air flow with low turbulence.
- Fume Hood Type: General Purpose
- Hood Design: Ductless
- Required Airflow: 530 SCFM
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Supplier: Cole-Parmer
Description: compounding, and asbestos testing, these self-contained workstations protect you from harmful fumes and particulates. Polyethylene work surface resists most acids and is easy to clean; it measures 1/2" (1.3 cm) thick. Back baffle provides horizontal linear air flow with low turbulence.
- Fume Hood Type: General Purpose
- Hood Design: Ductless
- Required Airflow: 530 SCFM
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Supplier: Cole-Parmer
Description: .995% efficiency in the H14 HEPA filter. The HEPA filter is a glass and polymer fiber blend and is pleated to provide more filter material. The air exhausted into the room complies with Class 5 (E.N. ISO 14 644) standards. A standard air flow velocity meter provides information
- Fume Hood Type: General Purpose
- Hood Design: Ductless
- Required Airflow: 100 SCFM
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Supplier: TSI Incorporated
Description: Fume hood monitor with display and high/low alarms. Range 50-250 fpm (0.25-1.27 m/s). The Alnor® AirGard® Lab Hood Monitor Model 335-D surpasses the protection offered by go/no-go monitors like the Model 200 and Model 405. It features prominent LEDs to indicate
- Instrument Style: Flow Hood or Balometer
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Supplier: TSI Incorporated
Description: Fume hood monitor with low alarm. Range 70-250 fpm (0.35-1.27 m/s), flush mount. The Alnor® AirGard® Lab Hood Monitor 200AG model is a simple, go/no-go lab hood monitor designed to warn users of unsafe conditions. When the face velocity drops below a
- Instrument Style: Flow Hood or Balometer
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Supplier: Terra Universal, Inc.
Description: Dual 2' x 4' (610 mm x 1219 mm) HEPA Filter/Fan Units provide laminar flow of clean air to the work surface (order FFUs and work bench separately) Epoxy-finished CR steel frame includes static-dissipative PVC side panels Custom sizes and configurations available. Call Terra with your
- Fume Hood Type: Cleanroom
- Hood Design: Conventional, Ductless
- Required Airflow: 650 SCFM
- Sash Options: Horizontal Sash
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Supplier: TSI Incorporated
Description: Venturi valves Controls dampers or valves with fast-acting actuator, depending on application Features & Benefits Controls fume hood face velocity to provide containment and safety Reduces laboratory air flow usage, optimizing energy savings
- Special Capabilities (if required): Laboratory Controller
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Supplier: Nortek, Inc.
Description: TWO SPEED FAN CONTROL TYPE 36 INCH W X 17-1/2 INCH D X 6 INCH H SIZE WHITE MONOCHROMATIC FINISH UL APPROVAL 120 V VOLTAGE RATING 2 AMPERE CURRENT RATING 75 W INCANDESCENT LAMP TYPE 100 CFM AIR FLOW RATE 5 INCH DIA DUCT
- Fume Hood Type: General Purpose, Other
- Required Airflow: 100 SCFM
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Supplier: Nortek, Inc.
Description: TWO SPEED FAN CONTROL TYPE 30 INCH W X 17-1/2 INCH D X 6 INCH H SIZE BISCUIT FINISH UL APPROVAL 120 V VOLTAGE RATING 2 AMPERE CURRENT RATING 75 W INCANDESCENT LAMP TYPE 100 CFM AIR FLOW RATE 5 INCH DIA DUCT SIZE
- Fume Hood Type: General Purpose, Other
- Required Airflow: 100 SCFM
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Supplier: Nortek, Inc.
Description: TWO SPEED FAN CONTROL TYPE 30 INCH W X 17-1/2 INCH D X 6 INCH H SIZE WHITE MONOCHROMATIC FINISH UL APPROVAL 120 V VOLTAGE RATING 2 AMPERE CURRENT RATING 75 W INCANDESCENT LAMP TYPE 100 CFM AIR FLOW RATE 5 INCH DIA DUCT
- Fume Hood Type: General Purpose, Other
- Required Airflow: 100 SCFM
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Supplier: Nortek, Inc.
Description: THREE SPEED CONTROL TYPE STAINLESS STEEL MATERIAL 48 INCH W X 20-1/4 INCH D SIZE 120 V VOLTAGE RATING 5.5 AMPERE CURRENT RATING (2) 20 W HALOGEN LAMP TYPE 900 CFM AIR FLOW RATE 8 INCH DIA DUCT SIZE DUCTED DUCT TYPE BALLISTA[T], RANGEMASTER. BRAND 61000 MODEL
- Fume Hood Type: General Purpose, Other
- Required Airflow: 900 SCFM
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Supplier: NuAire, Inc.
Description: . Airflow: 100% Exhaust TouchLink Electronic Control System UL 1805 Classified UL 586 rated HEPA Filters NSF/ANSI 49 The LabGard® ES (Energy Saver) TE (Total Exhaust) model NU-565 Laminar Flow Biosafety Fume Hood/Cabinet is a bench
- Cabinet Type: Class II Type B2
- Inflow Velocity: 105 SFPM
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Supplier: Labconco Corporation
Description: 4' Paramount Ductless Enclosure, also known as a ductless fume hood, is a self-contained work station that allows for safe handling of organic, formaldehyde, acid gas, sulfur compounds or ammonia chemical fumes and vapors as well as particulates. No ducting is required. Exclusive
- Fume Hood Type: General Purpose
- Hood Design: Ductless, Other
- Hood Face Velocity: 80 SFPM
- Required Airflow: 305 SCFM
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Supplier: Mystaire, Inc.
Description: Mystaire® MY-PCR prep stations are compact laminar flow enclosures that reduce the risk of sample contamination while performing polymerase chain reaction experiments. Airborne contaminants are prevented from entering into the work zone through constant positive pressure HEPA filtered
- Fume Hood Type: General Purpose
- Hood Design: Conventional, Ductless
- Sash Options: Horizontal Sash
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Description: ISO 15012-2:2008 specifies a method for establishing the minimum air volume flow rate required for captor hoods and nozzles to effectively capture fume and gases from welding and allied processes. The method can be used with capture devices of any aspect ratio and
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(variable air volume) fume hoods, venturi valves and low-flow (read more)
Browse Fume Hoods Datasheets for AirClean Systems -
. Polypropylene lab equipment, including fume hoods, storage enclosures, and cabinetry, has emerged as a superior choice due to its unmatched chemical resistance, rust-proof construction, and long-term durability. At AirClean® Systems, we design our enclosures with these properties in mind (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 -
, greater adhesive strength, formulation flexibility, and more. Although most adhesives are solvent-free, the curing process itself can release fumes that are hazardous to the operator if exposed. AirClean Systems' ductless fume hoods equipped with activated carbon filtration are designed to protect the (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 -
Air Flow Amplifiers deliver a large airflow for conveying, drying, cooling, or ventilation which is the making for a perfect fume extraction system. These high flow, bladeless blowers have no moving parts so they are inherently safe. They amplify compressed air volumes by 12 – 20 (read more)
Browse Pressure Intensifiers and Boosters Datasheets for Vortec -
pharmaceuticals and electronics to research and healthcare. One essential piece of equipment for achieving this is the clean bench, also known as a laminar flow hood. But with two main types – horizontal and vertical flow – how do you choose the right one for your needs? This post will break (read more)
Browse Clean Benches Datasheets for Baker -
scrubber, the second connection on the Venturi is for gas. The gas can be air with dust or fumes. It can be process flow such as fuel gas in a synthetic fuel plant. The wet scrubber will handle dirty gas streams by mixing water or water solutions with the air or gas and transferring the solids (read more)
Browse Scrubbers Datasheets for Branch Environmental Solutions -
scrubber, the second connection on the Venturi is for gas. The gas can be air with dust or fumes. It can be process flow such as fuel gas in a synthetic fuel plant. The wet scrubber will handle dirty gas streams by mixing water or water solutions with the air or gas and transferring the solids (read more)
Browse Scrubbers Datasheets for Branch Environmental Solutions
Conduct Research Top
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An Exhaust Solution for Controlled Environments
that extract heat from workstation fume hood exhaust before it is discharged above the roofline. The warm air from the heat exchanger is transferred to the supply-side handler to preheat the conditioned air entering the building, thus reducing the amount of natural gas or fuel oil needed to heat
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The importance of life stage to population connectivity in whiting (Merlangius merlangus ) from the northern European shelf
The sample was then collected by transferring the liquid over- lay into a nitric acid-washed sample tube and left to dry within a laminar air flow fume hood .
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Labs21 sustainable design programming checklist version 1.0
Room Pressure control Modeling to optimize indoor air flow Fume hood commissioning Self-identifying and failsafe alarm systems Displacement ventilation in lab spaces .
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A design guide for energy-efficient research laboratories
Seventy-fivepercent diversity means that 75 percent of the total installed fume hood air flow is occurringsimultaneously.
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High-Level Waste Feed Data Quality Objectives
• cleaning of air conditioner (AC) evaporator and condenser coils • caulk leaky through-the-wall heat pump piping • rebalance fume hood air flow • reduction in fume-hood air flow • weatherstrip windows • installation of floor insulation • installation…
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Self-assessment report for fiscal year 1995. Contract 98, Appendix F
Check Fume Hood Air Flow 1.
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Reduced worker exposure and improved energy efficiency in industrial fume-hoods using an airvest
A reduction in the hood face velocity from 200 fpm (1.0 m/s) to 100 fpm (0.5 m/s) in the fume hood used in this experiment reduces the fume hood air flow rate by about 4000 cfm (1900 L/s), and causes…
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Embryo Culture
…microdrop (10, 20, and 40 μl), placement of microdrops before or after oil overly, the temperature of the surface where dishes were prepared (room temperature vs. 37 °C), and location relative to air flow ( fume hood air flow on vs. fume hood…
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Concentrations of Cadmium, Lead, and Zinc in Fish from Mining-Influenced Waters of Northeastern Oklahoma: Sampling of Blood, Carcass, and Liver for Aquatic Bio...
Fume hood air flow provided cooling and condensation of acid vapors in the top half of each tube.
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Search for 3H, 3He, and 4He in D2-Loaded Titanium
During the summer of 1986, contam- ination from this source was much worse than usual because of a temporary blockage in the fume hood air flow .
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Early fire sensing using near-IR diode laser spectroscopy
Even though the sample was placed fairly close to the measurement point, the emitted gases were diluted quickly by the fume hood air flow and the location of the Herriott cell – on the hood counter top instead of higher up –…