Professional Fume Hood
If you are working with intense acid in your laboratories, the performance fume hoods you need are produced for the solution. Performance fume hoods, which are produced according to both the relevant standards in Turkey and the European standard EN14175, are also produced by examining the American standard Ashrae 110 standard.
Performance fume hoods can be integrated into central systems, as well as having superior air discharge power on their own with their own independent ventilation channels. Thanks to the microprocessor in the fume hood control panel, the airflow and vav control system has an air discharge system that complies with the TS EN 14175 quality standard. With the optional temperature reading inside the fume hood, you can stop production if it is not at the appropriate temperature for your experiments.
Thanks to the Acid Resistance Performance Fume Hood control panel, you can read the air flow rate and thanks to audible and visual alarms, your fume hood is in control even if you do not notice it. Air flow rate is controlled between 0.35 m/sec and 0.50 m/sec specified in the standards.
Since performance fume hoods, due to their structure, take in air from the environment and expel it to the outside, make sure that the fresh air supply of your laboratories is always active. Thanks to the hood that prevents the circulation of heavy and light gases in the interior of the performance fume hoods within the device, it ensures the transfer of gases taken from outside and formed inside the device during testing / production. In order to prevent flammable situations, an ATEX certified Ex-proof fan is among the options.
Performance It is preferred that the countertop materials used in 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. Additionally, industrial ceramics (anti acid hpl) can be preferred against intense acids. stoneware Monolite Italy, Keraplan Italy, Systemceram Germany) or stainless steel can also be preferred for liquid use only.
In laboratories where paint solvents will be used, the interior walls of fume hoods can be covered with anti-acid compact laminate or polypropylene sheets of different thicknesses. Polypropylene coatings of 3 mm, 5 mm, 10 mm, 15 mm thickness are recommended to prevent the internal coatings of the fume hood from sagging and deforming even after many years.
Internal usage areas of the performance fume hood are coated with polypropylene pp, depending on the need. In addition to the inner sides, top and back, care should be taken to ensure that the rear hood is also made of pp polypropylene.
The performance fume hood bottom cabinet preferred by those who care about laboratory safety can be a fire-resistant chemical storage cabinet in accordance with EN14470, or it can be a polypropylene bottom cabinet, MDF bottom cabinet or galvanized steel bottom cabinet.
Laboratory fume hoods are important for performing chemical and biological processes safely and effectively in laboratories. Here are some reasons why laboratory fume hoods are important:
-
Security: Laboratory fume hoods ensure that hazardous gases or vapors are removed from the work area when working with chemical or biological substances. This prevents laboratory workers from inhaling harmful gases and reduces the risk of explosion or fire.
-
Environmental Protection: Laboratory fume hoods prevent harmful chemicals or biological materials from spreading to the outside. This prevents laboratory work from harming the environment and ensures the safety of the working environment.
-
Cleaning and Hygiene: Laboratory fume hoods keep the work area clean and reduce the risk of contamination. Especially when working with biological materials, it is important to ensure hygienic conditions and fume hoods help in this regard.
-
Controllable Working Environment: Laboratory fume hoods are designed to control air flow. This allows lab workers to organize their experiments the way they want. For example, fume hoods can be used to control the accumulation or dissipation of gases during an experiment.
-
Productivity: Laboratory fume hoods are designed to clean and regulate the air of the work area. This allows laboratory workers to work more efficiently because less time is spent cleaning or dispersing harmful substances.
As a result, laboratory fume hoods are vital to providing a safe, efficient and controlled working environment in laboratories. Therefore, it is an important tool in carrying out laboratory operations.
Please contact us for detailed information, technical specifications and offers.
Diğer websitelerimiz
Laboratuvar tezgah ve mobilyaları,çeker ocaklar ,kimyasal saklama dolapları,terazi masaları
Laboratuvar soğutma çözümleri ,ultra derin dondurucular ,laboratuvar buzdolapları,aşı saklama dolapları ,kan saklama dolapları
Laboratuvar tipi kimyasal saklama dolapları,yangına dayanıklı kimyasal saklama dolapları,depolama çözümleri,raflar,ofis dolapları
