The GCC Ducted Fume Hood is engineered to provide safe containment of hazardous chemicals, fumes, vapors, and airborne particles in laboratory environments. Designed with both safety and efficiency in mind, these fume hoods minimize user exposure while maximizing workspace flexibility.

Our fume hoods use a modular design structure, simplifying lab planning, layout, and HVAC integration. This design allows for the easy addition of low-flow or energy-saving options without costly retrofits. Available in standard sizes and types, GCC fume hoods can also be customized to meet specific laboratory requirements, providing reliable protection for a wide range of chemical processes.

Key Features

• Safe Containment: Effectively reduces exposure to toxic fumes, vapors, and particulate matter.

• Energy Efficiency: Designed to minimize wasted conditioned air, lowering operational costs.

• Flexible Integration: Modular design allows easy installation and coordination with laboratory HVAC systems.

• Customizable: Available in standard sizes or fully tailored to laboratory specifications.

• Low-Maintenance: Durable construction and simplified design reduce maintenance needs.

• User-Friendly: Ergonomic design and straightforward operation for laboratory staff.

Technical Specifications

FAQ

Q1: Can GCC fume hoods be customized for specific lab requirements?

• Yes. They can be tailored in size, material, airflow options, and additional features to meet your laboratory specifications.

Q2: What safety standards do GCC fume hoods comply with?

• Our fume hoods comply with CE certification and international standards, including ISO 9001.

Q3: Is the airflow adjustable?

• Yes. The face velocity can be adjusted between 0.4–0.6 m/s for optimal containment and energy efficiency.

Q4: Can the fume hood be integrated with existing HVAC systems?

• Absolutely. The modular design allows for easy coordination with lab HVAC layouts without requiring major retrofits.

Q5: What maintenance is required?

• Regular filter inspection and sash cleaning are recommended. Optional energy-saving and low-flow configurations reduce overall maintenance needs.