Its main purpose is to protect the user by evacuating acid vapor, toxic smoke, moisture, and bad odors that occur as a result of mixtures, experiments, heating, or tests performed in the laboratory. It is the main product of every laboratory and can have different features and sizes depending on where it will be used.

Whether it is a countertop fume hood or a full-length fume hood, it can be used for many years thanks to both the central ventilation system and the acid-resistant polypropylene fans on it.

You can work comfortably inside the fume hood thanks to the laboratory type water tap (water fitting), laboratory type gas tap (gas fitting), and other nitrogen, nitrogen, air taps on it and external controls. DIN-EN 12920

The fume hood body is installed on legs mounted on galvanized steel box profiles with precise ground adjustments. The body structure is created by first cleaning 1.2 mm thick galvanized steel, then painting it with epoxy paint of 60-75 microns and baking it at 200 degrees.

It is preferred that the countertop materials used in the fume hoods have a pediment structure against situations such as spillage and overflow. Anti-acid compact laminate (anti-acid hpl) such as Glab TRESPA® TOPLAB®PLUS brand can be preferred as countertop. In addition, industrial ceramics (stoneware Monolite Italy, Keraplan Italy, Systemceram Germany) against intense acids or stainless steel can be preferred for liquid use only.

In laboratories where paint solvents will be used, the interior walls of the fume hood can be covered with anti-acid compact laminate or polypropylene sheets of different thicknesses. In order to prevent sagging and deformation of the fume hood interior coatings even after many years, polypropylene coatings of 3 mm, 5 mm, 10 mm, 15 mm thickness are recommended.

Fume hoods can be manufactured according to EN 14175 standards. As required by EN 14175 standards, the warning system on the device gives an audible and visual alarm when the air flow rate is low.

Fume hood safety glass is 3+3 tempered glass with a total thickness of 6 mm (what is tempered glass? Tempering is the name given to the process of bringing the glass to temperatures between 600°C - 650°C with special heating systems and then cooling it suddenly with air. The surface hardens with the decrease in temperature. As the outer parts and then the inner parts cool, pressure occurs on the surfaces of the glass and tensile stresses occur on the inner part of the glass. After this application, the glass can withstand 300°C thermal shock) Although the common models are 120 cm wide, 150 cm wide, 180 cm wide, they can be produced in different sizes according to the needs. Fume hoods in these sizes, called standard fume hoods, generally have a capacity of 1050 m³/hour, 1350 m³/hour and 2300 m³/hour. In addition, with external fans called snail type, it can be 2500 m³/hour ,3000 m³/hour, 3600 m³/hour, 4500 m³/hour, 6000 m³/hour can be used in fans with different capacities.

A carbon filter can be placed externally on the chimney discharge points, or an outlet with a diameter suitable for your company's filtering systems can be used in internal chimney filters.

You can use the products with chemical gas washing systems, scrubber systems and compatible fume hoods without any problems.