Ducted Fume Hood LFH-T2010

Introduction

Ducted Fume Hood delivers 600 to 1200 m³/h airflow for efficient and reliable fume extraction. It maintains low vibration levels of ≤ 5 µm across the 10Hz to 10kHz range for stable operation. Constructed from 1.0 mm cold-rolled steel, it ensures durability and long-term performance. A built-in non-return airflow system prevents harmful gas backflow. Ideal for chemical laboratories handling hazardous substances requiring effective ventilation.

This laboratory fume hood is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Ducted Fume Hood safely removes harmful gases during lab experiments. Ideal for chemical labs needing strong ventilation and corrosion resistance in toxic environments.

Specifications

External Dimensions	1130 × 900 to × 2130 mm
Internal Dimensions	880 × 730 × 1150 mm
Air Volume	600 to 1200 m³/h
Noise Level	Less than or equal to 62 dB(A) (ambient noise ≤ 50 dB)
Vibration Level	Less than or equal to5 µm (10Hz to 10kHz )
Main Body Material	1.0 mm cold-rolled steel
Coating	Epoxy resin powder
Inner Chamber Material	5 mm acid-alkali resistant panel
Work Top Material	12.7 mm solid core chemical board
Optional Work Tops	Ceramic, Marble, Stainless Steel
Weight	128 kg

Features

Smooth airflow regulation

Stable noise performance

Cold-rolled steel construction

Epoxy resin powder coating

Acid-alkali resistant inner walls

FAQs

1. What is the primary use of the Ducted Fume Hood in laboratory settings?

The Ducted Fume Hood is primarily used to protect laboratory personnel from harmful vapors, gases, and airborne contaminants generated during experiments. Its design ensures efficient airflow that directs hazardous substances away from the user. The tempered glass window and internal exhaust system help maintain a secure working environment. It is suitable for chemical handling, sample preparation, and ventilation-critical applications.

2. How does Ducted Fume Hood support user safety during operation?

Ducted Fume Hood incorporates several safety features, including a non-sliding isolation glass window, air exhaust control, and a built-in airflow monitoring mechanism. These elements help to prevent backflow of toxic gases into the lab. The fan motor operates quietly and consistently to keep the interior environment stable. The built-in PP sink and laboratory faucet also allow safe handling of liquids and waste.

3. Can the Ducted Fume Hood be used for handling corrosive chemicals?

Yes, the Ducted Fume Hood is suitable for handling various corrosive agents. interior lining board is resistant to strong acids and alkalis, and the worktop is designed for long-term exposure to harsh substances. This makes the model ideal for chemical synthesis, sample digestion, and other intensive lab procedures. Proper ventilation ensures harmful fumes are efficiently expelled.

4. Is regular maintenance required for the Ducted Fume Hood , and what does it involve?

The Ducted Fume Hood requires routine checks to ensure continuous and safe performance. Maintenance typically includes cleaning the interior surfaces, checking fan operation, verifying air speed, and inspecting electrical switches. design allows easy access to replaceable parts, minimizing downtime. Regular upkeep enhances durability and lab safety.

5. What are the installation requirements for Ducted Fume Hood ?

Ducted Fume Hood must be installed on a flat, stable surface to ensure optimal airflow alignment. Electrical wiring should be handled by professionals to ensure compliance with safety protocols. Proper duct connection and placement away from air vents or windows help prevent air disturbances. team recommends allowing adequate clearance behind and above the unit for effective exhaust.