| Description | Topair’s Educational Fume Hood has transparent sides and a transparent back for 360° visibility, serving educational sessions.
Topair’s Polypropylene Fume Cupboards are made of high-quality non-corrosive polypropylene with excellent chemical resistance. Polypropylene increases the product’s tensile Topair’s Educational Fume Hood has transparent sides and a transparent back for 360° visibility, serving educational sessions.
Topair’s Polypropylene Fume Cupboards are made of high-quality non-corrosive polypropylene with excellent chemical resistance. Polypropylene increases the product’s tensile strength and improves its thermal characteristics.
The Polypropylene Fume Cupboards protect laboratory staff from noxious fumes released by acids, dangerous gas and organic solutions – materials and acids which regular steel 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 Cupboard channels chemical vapors out of the building using an external fan installed on the roof or on an external wall.
The cupboards are designed for work with heavy chemicals, and have been independently tested to meet the requirements of EN-14175, ASHRAE 110-1995 standards.... 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 of polypropylene
- Air ventilation from both the top and rear panel
Features: Basic control system: a 7” basic color touch screen controlling lighting and power outlets Optional upgrade to control systems: AFA: 7” screen with AFA system air velocity display and alarm VAV: 10.1” screen with VAV system automatic air velocity control (installed and include VFD), temp & humidity display Active system: 10.1” screen with energy saver, automatic sash motion and proximity sensing system *Active system dramatically reduces energy costs 800 lux LED lighting separated from the work area (option for explosion-proof light) Optional accessories such as taps, sinks, sockets, scaffolding, and outdoor fan EN-14175, ASHRAE 110-1995, CE certified... Read More | TopAir’s Ecoline Ductless Fume Hood provides a safe environment for lab staff working with acids and harsh chemicals.
This is the most cost-effective model of TopAir’s duct-less fume hoods product line, with an analog on/off control system, speed adjustable EC fan, and LED light.
Suitable for simple TopAir’s Ecoline Ductless Fume Hood provides a safe environment for lab staff working with acids and harsh chemicals.
This is the most cost-effective model of TopAir’s duct-less fume hoods product line, with an analog on/off control system, speed adjustable EC fan, and LED light.
Suitable for simple applications, educational uses, and small labs, it is a lightweight benchtop cabinet (metal stand is optional) with a small footprint.
Structure:- 8 mm welded Polypropylene structure with high chemical resistance
- Built-in sealed polypropylene
- Tempered glass partial sliding front sash with a max working height of 8” (200 mm)
- Analog control on/off system
Features
Manual Analog on/off system with fan speed adjuster- 600 lux LED lightun
- Adjustable air velocity: 100±20 fpm (0.5±0.1 m/s
- Variety of HEPA and carbon filters
- ECM fan
- CE certified, complies with AFNOR NF X 15-211:2009 standard
... Read More | 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 |