Walk in Fume Hood

Product Description

The fume hood can be divided into integral lower open type, floor type, double-sided type, three-sided glass type, desktop type, conjoined type and designed according to the needs of different experiments for radioactive experiments and synthetic experiments. A special fume hood for perchloric acid experiments.

Safety is the mission pursued by fume hoods. The use of fume hoods in laboratories is to ensure the safety of users and prevent pollution to the surrounding environment.

Product Feature

1. The single-slot exhaust structure is adopted to effectively discharge harmful gases.

2. The streamlined handle, there is a gap between the handle and the glass, because the flow of air on the table is rotating, which ensures effective air intake from the surface.

3. Set the window anti-drop pin, in case the steel wire rope falls off the glass window and accidentally falls, the anti-drop pin will catch it to prevent people from being hurt.

4. The glass window is made of tempered glass. Even if the glass is accidentally damaged or exploded, there will be no accident.

5. Ventilation holes are set on the upper part of the fume hood, even if the glass window is closed, air can enter to avoid greater negative pressure.

6. The fume hood shell is made of metal material, which is fireproof and non-combustible.

7. The effective height of the glass window is 800mm, the inner cavity is 1200mm, and the height of the table is 800mm. It is ergonomic, easy to operate, has a large space for use, and improves safety.

8. The water nozzle and gas nozzle are equipped with remote operation handles outside the cabinet, which is more convenient and safe than direct manual operation.

Safety precautions must also be taken when using fume hoods

◆ Before the experiment starts, it must be confirmed that the fume hood should be in operation before the experiment operation can be carried out.

◆ Continue to run for at least 5 minutes before the end of the experiment before turning off the ventilator to discharge the residual gas in the pipeline. Consider installing an exhaust time delay device to ensure that the fan runs on a delayed basis.

◆ During the experiment, do not put any equipment within 150mm from the glass window. Large-scale experimental equipment should have sufficient space and should not affect the flow of air. The front window should be closed as much as possible.

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