Get Quote

Contact us now to receive a detailed quotation.

Ducted Fume Hood LMDH-B203

Ducted Fume Hood LMDH-B203 is enhanced with light-to-medium duty fumes removable of hazardous or volatile chemicals to ensure a contamination-free environment. It works with an airflow velocity of 0.3 to 0.8 m/s for continuous airflow across works station. Integrated with a transparent glass window for perfect inspection of an inside sample with low energy consumption. Configured with energy-efficient microprocessor controller maintain temperature and humidity for accurate result.

Catalog Send Mail Whatsapp

Specifications

Cabinet Size 70 Inches
Airflow Velocity 0.3 to 0.8 m/s
Exhaust Volume 1140 m³/h
Max. Door Opening Height 750 mm
Working Surface Height 900 mm
Glass Door Thickness Front Glass: 5 mm, Manual
Display Digital LED Display
Blower Polypropylene Centrifugal blower
Illumination Lamp LED Lamp (16 W)
Illumination ≥ 400 Lux
Noise ≤ 68 dB
Power Consumption 500 W
Power Supply AC 220 / 110 V ± 10 % ; 50 / 60 Hz
Internal Dimension 1590 × 600 × 870 mm
External Dimension 1800 × 800 × 2515 mm
Net Weight 330 kg
Gross Weight 365 kg

Features

Simplified with an easy-to-read and LED display allows intuitive operation
Resistance to moderate acid and alkali 
Integrated with polypropylene centrifugal blower emit low noise for safe operation
Supplied with blower consisting 9 levels adjustable air speed range
Equipped manual, front door with adjustable height for clear observation
Self-diagnostic control systems include memory function for power-failure conditions
Intended with a powder-coated steel body to reduce
contamination risk with anti-bacteria Tool-free cleaning with safety and sanitation
Effortless handling with low-cost maintenance

Standard Accessories

Model NoNameQuantityImage
LFHC-05Base Cabinet1 
LFHC-07Centrifugal Blower (Polypropylene)1 
LFHC-12Exhaust duct (PVC)1 (4 meter) 
LFHC-22LED Lamp1 (16 W) 
LFHC-23Pipe strap2 
LFHC-28Universal Caster4 
LFHC-31Water Remote control1 
LFHC-32Water Sink1 
LFHC-33Water tap1 
LFHC-34Waterproof socket2 (Total Load: 500 W) 

Optional Accessories

Model NoNameQuantityImage
LFHC-18Gas Tap1 

Applications

It is extensively used in research facilities, laboratories, pharmaceuticals, hospitals, and medical fields to protect workers from exposure to hazardous chemicals by mixing chemicals, heating and evaporating chemicals, and performing chemical reactions.

Ducted Fume Hood LMDH-B203
Ducted Fume Hood LMDH-B203

Similar Products

Ducted Fume Hood LMDH-B302

  • Cabinet Size: 59 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 920 m³/h
  • Max. Door Opening Height: 740 mm
  • Working Surface Height: 850 mm

Ducted Fume Hood LMDH-B303

  • Cabinet Size: 70 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 1140 m³/h
  • Max. Door Opening Height: 740 mm
  • Working Surface Height: 850 mm

Ducted Fume Hood LMDH-B301

  • Cabinet Size: 47 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 705 m³/h
  • Max. Door Opening Height: 740 mm
  • Working Surface Height: 850 mm
Ducted Fume Hood LMDH-B100
  • Cabinet Size: 39 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 590 m³/h
  • Max. Door Opening Height: 520 mm
  • Glass Door Thickness: 850 mm
Ducted Fume Hood LMDH-B202
  • Cabinet Size: 59 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 930 m³/h
  • Max. Door Opening Height: 750 mm
  • Working Surface Height: 900 mm

Ducted Fume Hood LMDH-B200

  • Cabinet Size: 39 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 570 m³/h
  • Max. Door Opening Height: 750 mm
  • Working Surface Height: 900 mm

Ducted Fume Hood LMDH-B300

  • Cabinet Size: 39 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 560 m³/h
  • Max. Door Opening Height: 740 mm
  • Working Surface Height: 850 mm

Ducted Fume Hood LMDH-B201

  • Cabinet Size: 47 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 710 m³/h
  • Max. Door Opening Height: 750 mm
  • Working Surface Height: 900 mm
Ducted Fume Hood LMDH-C100
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Above Height: 1550 mm
  • Under Height: 850 mm
  • Open Height: 790 mm
  • Depth (D1): 39 mm
Ducted Fume Hood LMDH-B103
  • Cabinet Size: 70 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 1170 m³/h
  • Max. Door Opening Height: 520 mm
  • Glass Door Thickness: 850 mm

Ducted Fume Hood LMDH-B101

  • Cabinet Size: 47 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 730 m³/h
  • Max. Door Opening Height: 520 mm
  • Glass Door Thickness: 850 mm

Ducted Fume Hood LMDH-A100

  • Cabinet Size: 27 Inches
  • Airflow Velocity: 0.3 - 0.8 m/s
  • Exhaust Volume: 250 m³/h
  • Max. Door Opening Height: 660 mm
  • Glass Door Thickness: Front and Side glass: 5 mm, Folding type

Ducted Fume Hood LMDH-B102

  • Cabinet Size: 59 Inches
  • Airflow Velocity: 0.3 to 0.8 m/s
  • Exhaust Volume: 950 m³/h
  • Max. Door Opening Height: 520 mm
  • Glass Door Thickness: 850 mm

Frequently Asked Questions

1 What is a Ducted Fume Hood?

A Ducted Fume Hood is an apparatus designed to protect users from hazardous fumes, vapors, and dust by drawing contaminated air away and expelling it outside the building.

2 How does a Ducted Fume Hood work?

It uses negative pressure to pull contaminated air away from the user and out of the facility.

3 What substances can be used in Ducted Fume Hood?

It can safely handle substances such as chemical fumes, vapors, acids, solvents, and particulates.

4 What kind of maintenance does Ducted Fume Hood require?

Routine maintenance includes regular airflow testing, cleaning, and annual professional inspection to ensure safe operation.

5 Is Ducted Fume Hood suitable for high-temperature reactions?

It is commonly used for high-temperature reactions.

6 Can Ducted Fume Hood be used during chemical synthesis involving toxic intermediates?

It is designed specifically to protect researchers by capturing and removing harmful intermediates during multi-step synthesis processes.

7 Is Ducted Fume Hood effective in analytical chemistry labs?

It is commonly used in analytical labs to safely vent fumes from processes like titrations, digestion, and solvent extractions.

8 Can researchers perform gas evolution experiments inside Ducted Fume Hood?

It is commonly used for experiments involving gas generation to safely remove and dilute the gases.

9 Can Ducted Fume Hood be used in organometallic chemistry experiments?

It is widely used for organometallic research to handle air-sensitive and volatile compounds.

10 Is Ducted Fume Hood recommended for environmental sampling or analysis?

It provides a safe environment for sample preparation, digestion, and extraction when handling potential contaminants or reagents like nitric acid or dichloromethane.