Characteristics of laboratory fume hoods

The characteristics of laboratory hoods can be summarized in the following aspects:

First, security

Harmful gas control: Through the forced exhaust system, the fume hood will quickly discharge harmful gases and particles generated during the experiment to ensure that the air quality in the laboratory meets the safety standards.

Isolation protection: The fume hood is designed with non-sliding glass Windows to effectively isolate the experimental area from the external environment and prevent harmful substances from spreading to other areas of the laboratory.

Explosion-proof and anti-corrosion: The material of the fume hood usually has the characteristics of fire prevention, explosion-proof, corrosion resistance, etc., and can adapt to various harsh experimental environments.

Control of wind speed: The fume hood can adjust the wind speed and air volume to ensure that the harmful gases and particles generated during the experiment are effectively captured and discharged to prevent the escape of harmful gases.

Second, intelligent control

Integrated panel control: The fume hood is usually equipped with integrated panel control of water, electricity, gas and ventilation, which is convenient for the experimenter to perform various operations.

Multifunctional socket: The fume hood is often equipped with a multifunctional socket to meet the power needs of various electrical equipment during the experiment.

Intelligent induction system: Some fume hoods are also equipped with intelligent induction system, which can automatically adjust the wind speed and air volume according to the actual needs during the experiment.

Third, economy and energy saving

High efficiency and energy saving: Modern fume hoods use advanced energy-saving technologies and materials, which can reduce energy consumption while ensuring the exhaust effect.

Modular design: The fume hood usually adopts a modular design, which is convenient for users to select and configure according to actual needs, and avoid resource waste.

Environmentally friendly materials: The manufacturing materials of the fume hood are often environmentally friendly and recyclable materials, which meet the energy-saving and environmental protection requirements of modern laboratories.

Fourth, humanized design

Spacious operating space: The interior design of the fume hood is spacious, providing enough operating space for the experimental personnel.

Clear control panel: The fume hood is equipped with a clear and intuitive control panel, which is convenient for the experimenter to carry out various operations.

Convenient adjustment device: The fume hood is usually equipped with convenient adjustment devices, such as air volume regulation valves, lighting regulation switches, etc., which is convenient for the experiment-personnel to adjust according to the actual needs.

Fifth, a wide range of applications

A variety of laboratory types: the fume hood is suitable for biochemical laboratories, medical laboratories, pharmaceutical laboratories, food laboratories and other types of laboratories.

Customized services: The fume hood can also be customized according to the specific needs and spatial layout of the laboratory to meet the special needs of different laboratories.

Sixth, other characteristics

Corrosion resistance: The material of the fume hood usually has excellent corrosion resistance and can resist the erosion of various chemical substances.

Good sealing: The sealing structure of the fume hood is carefully designed to ensure that harmful gases are quickly discharged outside and prevent gas leakage.

Noise control: The noise generated by the fume hood during operation is usually low and will not cause interference to the experimentalists and the laboratory environment.