A ductless fume cupboard—sometimes misspelled as fume cardboard—is a fully self-contained chemical safety cabinet designed to protect laboratory personnel from hazardous vapors, chemical fumes, and toxic gases. This mobile filtration fume hood uses advanced activated carbon filters and HEPA filtration to purify contaminated air before recirculating it back into the room, eliminating the need for external ducting.
The GCC Ductless Fume Cupboard offers reliable chemical protection, stable performance, and easy mobility, making it ideal for laboratories with limited space or facilities without central ventilation systems.
Key Features (Stable Quality & Professional Performance)
1. Intelligent Control System
- 7-inch LCD touch screen with clear display and sensitive touch.
- Real-time monitoring of temperature, humidity, airflow, and filter saturation.
- Automatic wind-speed adjustment to maintain 0.4–0.6 m/s face velocity.
2. High-Performance Fan System
- Spark-free, anti-static fan suitable for harsh chemical environments.
- Ultra-quiet operation with stable performance life of 6000+ hours.
3. Durable & Corrosion-Resistant Body
- Cabinet made from acid-resistant PP polypropylene or stainless steel.
- Smooth, long-lasting surfaces designed for frequent chemical exposure.
4. Chemical-Resistant Working Surface
- High-light photosynthetic alkali-resistant board with excellent visibility.
- Optional epoxy resin worktop providing corrosion resistance, heat resistance, and long-term durability.
5. Patented Filter Technology
- Internal high-quality chemical adsorption media.
- Meets industry filtration standards.
- Long service life (up to 1.5 years depending on use).
Smart Safety Protection (Simple Use, Safe Operation)
1. Environmental Monitoring
- Real-time temperature & humidity readings.
- Adjustable alarm thresholds for safe operation.
2. Fan Monitoring System
- Controls fan on/off status.
- Alerts users to fan failure.
- Adjustable fan speed for proper airflow management.
3. Face Velocity Monitoring
- Displays real-time face velocity.
- Alerts when airflow is insufficient.
- Ensures containment of toxic fumes.
4. Filter Saturation Monitoring
- VOC sensor detects chemical breakthrough.
- Alerts users when filters need replacing.
5. Automatic VAV Control
- Maintains stable airflow even when sash height or load changes.
6. Compliance with Safety Standards
- JG/T385-2012
- GBZ2.2-2007
- Filtration efficiency <1%, TWA ≤ PPM
- Face velocity 0.4–0.6 m/s
7. Modular Filtration System
Compatible with multiple filter types:
- Organic gases
- Inorganic gases
- Formaldehyde
- Ammonia
- Radioactive iodine
- HEPA particulate filter
Technical Parameters
| Model |
DT800 |
DT1000 |
DT1800 |
| Size (mm) |
800*940*2020 |
1000*940*2020 |
1800*940*2020 |
| Operating Space |
780*830*750 |
980*830*750 |
1780*830*750 |
| Filters |
2 |
2 |
8 |
| Power |
40W |
40W |
160W |
| Weight |
180kg |
210kg |
400kg |
| Material |
Anti-corrosive PP |
Anti-corrosive PP |
Anti-corrosive PP |
| Face Velocity |
0.4–0.6 m/s |
Same |
Same |
| Control |
Touch Screen |
Same |
Same |
| Voltage |
AC 220V/50Hz |
Same |
Same |
| Standard Features |
Temperature monitoring, filter saturation detection, fan monitoring, VAV control |
Same |
Same |
Applications
Ideal for use in:
- Chemical laboratories
- Pharmaceutical GMP labs
- Sample preparation rooms
- Chromatography and weighing rooms
- Teaching labs and demonstration rooms
- Cleanrooms and forensic labs
- Environmental testing and solvent cleaning
Suitable for operations including:
- Mixing & weighing
- Sample dissolution
- Ultrasonic cleaning
- Chromatography
- Microwave digestion
- Liquid handling
- COD experiments
- Teaching demonstrations
Airflow Pattern & Exhaust Principle
Air Flow Pattern
- Room air enters through the sash.
- Airflow captures chemical vapors immediately at the work area.
- Contaminated air is drawn into the filter module.
- Clean, filtered air recirculates back into the room.
Exhaust Principle
- Dirty air enters the fume cupboard through the front opening.
- Air mixes with chamber fumes and is pulled upward.
- Air splitting design reduces turbulence and enhances capture.
- Toxic air passes through specialized filters and is safely purified.