Polypropylene fume hood is a special type of hood designed for the safe evacuation of toxic gases, vapors or harmful chemicals used in laboratories. These fume hoods, the main construction material of which is polypropylene, stand out with their high resistance to chemicals and lightweight structure.
Polypropylene Fume Hood Features
1. Chemical Resistance:
o Polypropylene is highly resistant to many aggressive chemicals such as acids, bases and solvents. This feature is ideal for laboratories where corrosive substances are used.
2. Stainless and Corrosion Resistance:
o Compared to metal fume hoods, polypropylene does not corrode or rust. This provides an advantage for high humidity and chemically intensive environments.
3. Lightweight and Durable:
o Although polypropylene is a lightweight material, it is quite durable. This enables the easy portability and long-lasting use of the fume hood.
4. Electrical Insulation:
o Polypropylene offers an additional advantage in terms of safety since it does not exhibit electrical conductivity.
5. Easy Cleaning and Hygiene:
o Thanks to its smooth surface, it does not retain chemical residues and can be easily cleaned. This is a great advantage in laboratories where hygiene standards are important.
Evacuation of Harmful Gases and Chemicals:
It ensures the safety of employees by removing toxic gases and vapors formed during chemical processes from the laboratory environment.
Chemical Reaction Safety:
It provides a safe area when working with explosive, corrosive or toxic chemicals.
Prevents Cross Contamination: It prevents chemical substances from spreading to other areas of the laboratory.
Polypropylene fume hood is a special type of hood used in laboratories, designed for the safe evacuation of toxic gases, vapors or harmful chemicals. These fume hoods, whose main construction material is polypropylene, stand out with their high resistance to chemicals and lightweight structures.
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Features of Polypropylene Fume Hood
1. Chemical Resistance:
o Polypropylene is highly resistant to many aggressive chemicals such as acids, bases and solvents. This feature is ideal for laboratories that work with corrosive substances.
2. Stainless and Corrosion Resistance:
o Compared to metal fume hoods, polypropylene does not corrode and does not rust. This provides an advantage for high humidity and chemically intensive environments.
3. Light and Durable:
o Although polypropylene is a lightweight material, it is quite durable. This enables the easy portability and long-term use of the fume hood.
4. Electrical Insulation:
o Polypropylene offers an additional advantage in terms of safety since it does not exhibit electrical conductivity.
5. Easy Cleaning and Hygiene:
o Thanks to its smooth surface, it does not retain chemical residues and can be easily cleaned. This is a great advantage in laboratories where hygiene standards are important.
What is it used for?
• Evacuation of Harmful Gases and Chemicals:
It ensures the safety of employees by removing toxic gases and vapors formed during chemical processes from the laboratory environment.
• Chemical Reaction Safety:
It provides a safe area when working with explosive, corrosive or toxic chemicals.
• Prevents Cross Contamination:
Prevents the spread of chemicals to other areas of the laboratory.
Areas of Use
1. Chemistry and Research Laboratories:
Provides a safe working environment in experiments with corrosive or toxic chemicals.
2. Pharmaceutical Laboratories:
For chemical reaction safety in drug development and testing processes.
3. Biotechnology Laboratories:
Used in situations requiring a sterile working environment.
4. Industrial Laboratories:
For chemical processes in sectors such as paint, plastic, petroleum products.
