A chemical fume hood protects lab workers by venting solvent fumes and other harmful gases out of the laboratory and the indoor room air. Air flows into the cabinet beneath a movable sash at the front, and carries fumes up and out through the vent. Bypass fume hoods have an additional air intake above the sash which minimizes disruption of air flow in the work area due to movements in and out of the hood. Options in chemical fume cabinets now include energy efficient low flow fume hoods and hoods with an outdoor air intake (also known as auxiliary fume hoods) to avoid venting conditioned room air. Chemical fume hoods designed for specialized uses such as working with radioisotopes or perchloric acid are also available.
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Ductless Fume Hoods
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| Company | TopAir Sytems Inc. | TopAir Sytems Inc. | TopAir Sytems Inc. | TopAir Sytems Inc. |
| Item | Hybrid – Laminar Airflow Fume Hoods | Ductless Fume Hood- Pro EN-14175 / ASHRAE 110 | Opioid Evidence Handling Workstation Kit | Polypropylene Fume Hoods |
| Catalog Number | FH-120-HCV / FH-150-HVC / FH-180-HVC / FH-200-HVC / FH-250-HVC | CF-060-PP / CF-090-PP / CF-120-PP / CF-150-PP / CF-180-PP | CF-060-OP / CF-090-OP / CF-120-OP / CF-150-OP / CF-180-OP | FH-120-220 PP |
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| Size(s) | Varies with model | 23.62, 35.4, 47.24, 59, and 70.8 in | Inquire | Inquire |
| Type | Fume Cupboard | Ductless Fume Hood | Inquire | Inquire |
| Exterior Dimensions | (WxDxH) 1200 x 850 x 2320 mm to 2500 x 850 x 2320 mm (47.3 x 33.4 x 91.3 in. to 98.4 x 33.4 x 91.3 in.) | (WxDxH) 600 x 750 x 1223 mm23.62 x 29.5 x 48” to 1800 x 750 x 1223 mm 70.8 x 29.5 x 48” | Varies with model | Inquire |
| Depth | 23.6 to 24.8 in. | Inquire | Inquire | Inquire |
| Description | TopAir’s Laminar Airflow Fume Hoods offer clean bench functionality. They are made of high-quality non-corrosive polypropylene with excellent chemical resistance.
The product is equipped with a dual airflow system: - Supply system with a pre-filter, HEPA filter and a fan that creates laminar down-
TopAir’s Laminar Airflow Fume Hoods offer clean bench functionality. They are made of high-quality non-corrosive polypropylene with excellent chemical resistance.
The product is equipped with a dual airflow system: - Supply system with a pre-filter, HEPA filter and a fan that creates laminar down-flow towards the working area.
- Exhaust system that needs to be connected to a ducting system with an outdoor fan. Both inflow and downflow (100% of the air) are channeled to the exhaust system.
Structure: - 8 mm welded polypropylene with high chemical resistance
- Polypropylene worktop – stainless steel optional.
- 5 mm front safety glass window with counterweight system
- Lower vented base cabinet made of polypropylene
- Air ventilation areas include perforations on the front and side area of the worktop and the grille at the rear.
Features: - 10.1” color touchscreen display
- VAV with air flow alarm and display
- Automatic laminar air velocity
- inflow is affected by the lab extracting system.
- automatic shutdown system for the down-flow when inflow system fails
- Clean bench functionality
- Cleanliness level – Class 100/ISO 5
- 800 lux LED lighting separated from the work area
- Includes polypropylene lower base cabinet
- Optional: sink/water tap/gas tap/ vacuum tap/electric sockets
- CE certified
... Read More | TopAir’s polypropylene Ductless Fume Hood provides a safe environment for lab staff working with a variety of chemicals.
Our Ductless Fume Hood offers an air velocity display and alarm with a full Variable Air Volume (VAV) automatic speed adjustment to meet 100±20 fpm (0.5±0.1 m/s). This model is TopAir’s polypropylene Ductless Fume Hood provides a safe environment for lab staff working with a variety of chemicals.
Our Ductless Fume Hood offers an air velocity display and alarm with a full Variable Air Volume (VAV) automatic speed adjustment to meet 100±20 fpm (0.5±0.1 m/s). This model is also equipped with a chemical VOC sensor and alarm to detect high levels of volatile compounds present in the filter for extra safety.
TopAir’s Ductless Fume Hoods can be customized to meet size requirements as needed.
Structure:- 8 mm welded polypropylene with high chemical resistance
- Built-in sealed polypropylene worktop or choice of epoxy, stainless steel, ceramic, or Trespa high pressure compact laminates (HPLs)
- 5 mm safety front glass window with sliding front sash with counterweight
- Side windows for better visibility
Features:- 10.1” color touchscreen display
- VAV with air flow alarm and display
- VOC sensor and alarm
- Chamber alert light (red) for critical alarms
- High efficiency quiet ECM fan
- 800 lux LED lighting separated from the work area
- Adjustable air velocity 100±20 fpm (0.5 ± 0.1 m/s)
- Convenient front access for filter replacement
- Variety of HEPA filters, carbon filters, and pre-filters
- 10” (250 mm) exhaust point collar for connection to external exhaust
- Optional: metal stand or polypropylene base cabinet
- Certifications: EN-14175 / ASHRAE 110-1995, CE
... Read More | TopAir’s Opioid Evidence Handling Workstation offer dual functionality by providing both fume containment and precise weighing capabilities. The stable cabinets are designed for accurate measurements of powders and chemicals by delivering a weight precision up to four decimal places.
TopAir’s Opioid Evidence Handling Workstation offer dual functionality by providing both fume containment and precise weighing capabilities. The stable cabinets are designed for accurate measurements of powders and chemicals by delivering a weight precision up to four decimal places.
- Dual ULPA filter The ULPA filter includes a main filter and a secondary back up filter. It removes powders and particles with an efficiency of 99.9995 @ 0.3µm and provides reassurance to the to the lab staff.
- Vacuum system for efficient residue collection The vacuum system is an excellent instrument to collect residues of powders from the working surface and channel them to the ULPA filter.
- Filter integrity test after production (D.O.P) This test provides reassurance to lab staff about air quality and contamination control in the laboratory environment
... Read More | TopAir’s Polypropylene Fume Hoods are made of high-quality non-corrosive
polypropylene with excellent chemical resistance.
The Polypropylene Fume Hoods protect laboratory staff from noxious fumes
released by acids, bases, dangerous gases, and organic solutions, which regular
common hoods may not TopAir’s Polypropylene Fume Hoods are made of high-quality non-corrosive
polypropylene with excellent chemical resistance.
The Polypropylene Fume Hoods protect laboratory staff from noxious fumes
released by acids, bases, dangerous gases, and organic solutions, which regular
common hoods may not withstand.
Harmful and unpleasant chemical fumes are
removed from the controlled environment to facilitate a safe and pleasant work
environment.
The fume hood channels chemical vapors out of the building using an outdoor fan
installed on the roof or on an external wall.
The hoods are designed for work with
heavy chemicals, have been independently tested, and EN-14175 / CE / ASHRAE
110-1995 certified.
Structure:
8 mm welded polypropylene with high chemical resistance
Polypropylene worktop – optional materials include stainless steel, ceramic, epoxy
and HPL.
5 mm front safety glass window with counterweight system
Lower vented base cabinet made out of polypropylene
Air ventilation from both the top and rear panel... Read More |
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