Draft Chamber Fume Hood

Standard Draft Chamber
Basic models designed for general laboratory use.

Chemical Resistant Models
Equipped with special materials for applications requiring intensive chemical use.

Walk-In Draft Chamber
Large-volume models designed for working with large equipment.

Ductless Draft Chamber
Allows harmful gases to be filtered and returned to the room air via a filtration system.

Stainless Steel Housing
• High-quality stainless steel is resistant to chemicals and offers long-lasting use. Its resistance to corrosive substances and easy-to-clean surface ensures hygienic and safe operation.
• Meets industrial standards for durability and strength.

Galvanized Steel Pipes and Ducts
• Galvanized steel pipes provide high resistance to corrosive substances and are suitable for long-term use.
• Ventilation ducts in fume hoods are used to ensure high airflow.

Transparent Glass (Standard)
• 6 mm thick tempered glass is used for visual access, facilitating process monitoring.
• Safety glass is impact-resistant and provides high security.

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

• Industrial Ceramic
• Anti-Acid Compact Laminate
• Stainless Steel
• Epoxy Resin

Control Unit Features
• The control unit ensures efficient and safe operation of the entire fume hood system. It monitors airflow speed, automatically adjusts fan speed when necessary, and controls filters.
• Through touch screens and analog/digital displays, users can easily monitor airflow levels and the operational status of the system.
• In the event of an airflow issue, an alarm is triggered, and the system shuts down automatically. This feature provides safety.

Monitoring and Control Systems
• The fume hood control unit continuously monitors system efficiency and guides the user to maintain optimal airflow.
• Integrated with fan speed adjustment and temperature/airflow sensors to ensure the system operates at maximum efficiency at all times.

Remote Control and Integration
• This unit offers remote control capability with laboratory management systems. Users can remotely monitor performance and make necessary adjustments.
• Integration with ventilation systems and gas monitoring devices optimizes environmental conditions.

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

Storage Space and Organization
• Base cabinets ensure laboratory materials are stored safely and in an organized manner.
• Drawer systems provide neat storage of small lab tools and equipment.
• Shelving systems help store larger equipment and experiment materials in an organized way.

Leak-Proof Base and Locking Features
• Leak-proof bases prevent chemical spills from leaking outside and allow controlled drainage of liquids.
• Locking systems protect hazardous materials from unauthorized access.

Mobile Base Cabinets (Optional)
• Mobile cabinets are easily movable to help organize the lab. Lockable wheels allow secure positioning and flexibility.

High Airflow Capacity
• Provides airflow between 200–300 m³/min, quickly expelling chemical gases.
• This ensures rapid removal of gases and vapors in industrial and laboratory environments.

Fan and Motor Features
• Airflow is achieved using centrifugal fans, which offer high air volume with low energy consumption.
• Fan motors are designed for low-noise operation, high efficiency, and long service life. Adjustable fan speed provides optimal airflow based on user needs.

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

Automatic Shutdown and Alarm System (Optional)
• If any interruption in airflow is detected, the system activates automatic shutdown and issues an alarm.
• This prevents chemical leaks and enhances operator safety.

Fire-Resistant Structure
• Fire-resistant materials used in fume hoods minimize fire risks that may occur during chemical operations, maximizing safety.

Gas Connections
• Integrated gas ports allow connection to laboratory gas lines, which is especially useful in chemical experiments and industrial processes.

Air Vacuum System
• Air vacuum connections enable rapid cleaning of the environment and enhance ventilation by quickly expelling gases.

Water Taps (Optional)
• Integrated water taps provide easy access to water where needed for processes.

Sink for Drainage
• A drainage-integrated sink can be added for the safe and quick disposal of chemical substances or liquids, offering a secure solution for spills.

Steel Rods and Fixation System for Experimental Equipment
• Steel rods and hanging systems ensure safe placement and stabilization of experimental equipment, increasing safety during chemical experiments.

LED Lighting (Standard)
• Integrated LED lighting enhances visibility and provides a well-lit working environment inside the fume hood.