Polypropylene Fume Hood

Polypropylene (PP) Material
• Polypropylene is a thermoplastic that shows excellent resistance to chemicals. This material provides high resistance especially against hazardous chemicals such as acids, alkalis, and solvents.
• PP material is also resistant to corrosive substances and is extremely easy to clean. This feature is crucial for maintaining hygiene in laboratories.

• It has high impact and abrasion resistance, and the surface does not degrade even with long-term use.

Robust and Modular Design
• Polypropylene fume hoods offer easy installation and maintenance thanks to their modular structures. These structures provide functionality and flexibility, optimizing laboratory layout.
• The fume hoods can be elevated to adapt to the required working area.

Transparent Glass (Standard)
• 6 mm thick tempered glass is used to provide visual access and ease process monitoring.
• Safety glass is impact-resistant and ensures high security.

The floor material in fume hoods is important for durability and ease of cleaning. Commonly used floor materials include:

• Polypropylene Floor
• Industrial Ceramic
• Stainless Steel
• Epoxy Resin

Control Unit Features
• The fume hood control unit ensures efficient and safe operation of the entire system. This unit monitors airflow speed, automatically adjusts fan speed when needed, and performs filter checks.
• Users can easily monitor airflow levels and system status via touchscreens and analog/digital displays.
• With automatic shutdown and alarm systems, any airflow issues trigger alarms and automatic shutdown, ensuring safety.

Monitoring and Control Systems
• The control unit continuously monitors system efficiency and guides users to maintain effective airflow.
• Integrated with fan speed control and temperature/airflow sensors, the unit ensures optimum performance at all times.

Remote Control and Integration
• This unit offers remote control capabilities with laboratory management systems. Users can monitor system performance and make adjustments remotely.
• It integrates with ventilation systems and gas monitoring devices to optimize environmental conditions.

Base Cabinet Structure and Material Selection
• Base cabinets are made from durable materials such as stainless steel or laminated anti-acid compact boards. These materials protect against chemical splashes and corrosive effects.
• Stainless steel cabinets meet high hygiene requirements and offer long-lasting use.

Storage Space and Organization
• Base cabinets provide organized and secure storage for laboratory materials.
• Drawer systems allow neat storage of small laboratory tools and accessories.
• Shelving systems enable organized placement of larger equipment and experimental materials.

Leakproof Base and Locking Features
• Leakproof bases prevent chemical spills from leaking out of the cabinet and enable controlled drainage of liquids.
• Locking systems protect hazardous or dangerous materials from unauthorized access.

Mobile Base Cabinets (Optional)
• Mobile cabinets facilitate easy rearrangement of laboratories. Lockable wheels allow cabinets to be moved and securely fixed as needed.

High Airflow Capacity
• Provides airflow between 200-300 cubic meters per minute, rapidly exhausting chemical gases.
• This is especially important in industrial and laboratory environments to quickly remove gases and vapors.

Fan and Motor Features
• Centrifugal fans are used to provide airflow. These fans offer high airflow with low energy consumption.
• Fan motors are designed to operate quietly, be highly efficient, and long-lasting. Adjustable fan speed allows users to set optimal airflow according to their needs.

Active Air Filter System (Optional)
• Activated carbon filters and HEPA filters effectively clean harmful gases and particles.
• Minimizes the impact of toxic gases in the environment.

Automatic Shutdown and Alarm System (Optional)
• When any disruption in airflow is detected, the system activates the automatic shutdown feature and triggers an alarm.
• This feature prevents chemical leaks and enhances worker safety.

Fire-Resistant Structure
• Fire-resistant materials used in fume hoods minimize fire risks especially during chemical processes. This maximizes safety.

Gas Connections
• Thanks to gas connection ports, integrated gas lines can be connected to fume hoods. This is especially useful in chemical experiments and industrial production processes.

Air Vacuum System
• Air vacuum connections allow rapid cleaning of the environment. This system further increases ventilation capacity by quickly expelling gases.

Water Faucets (Optional)
• Integrated water faucets provide easy access for operations requiring water. They can be conveniently used where water is needed.

Sink for Drainage
• A sink integrated with a drainage system can be added for the rapid disposal of chemical substances or liquids. This offers a safe solution especially for chemical spills.

Steel Rods and Fixation System for Experimental Products
• Steel rods and hanger systems ensure the safe placement and fixation of experimental products. This feature especially enhances safety in experiments involving chemicals.

LED Lighting (Standard)
• The integrated LED lighting system inside the fume hood increases visual access and provides a bright working environment.