Glove Box for Chemical Experiment Gas Purification

In the process of chemical experiment, harmful gases which are harmful to human health are often released, which are harmful to the health of experimental personnel and the atmospheric environment. For example, when operating in the laboratory, people can use the way of installing exhaust devices such as ventilation cabinets to avoid the harmful gas inhaled by the laboratory personnel as much as possible. But if the teacher wants to do the chemical demonstration experiment in the classroom, the harmful gas produced in the chemical demonstration experiment will be released into the classroom space, which will cause the air pollution of the classroom, thus affecting the health of teachers and students. In addition, the current ventilation devices only have the function of ventilation and air exchange, which can not completely avoid the harm to human body and can not purify the harmful gas, so that the harmful gas can be directly discharged out of the room and become the pollution source of the air environment.

In view of the shortcomings of the prior art, a gas purification glove box for chemical experiments to avoid human injury and environmental pollution is provided. The technical solution to the technical problem is characterized in that the glove box includes a glove box and a gas adsorption and purification device, the glove box is made of toughened glass, and the glove holes and gloves, air inlet valves and air outlet valves are respectively arranged on the surface; the gas adsorption and purification device includes a transparent shell, and an air inlet and an air outlet are arranged on the transparent shell of the absorption plate inside the shell, The air outlet is connected with the exhaust pipe; the air outlet valve of the glove box body is connected with the air inlet of the gas adsorption purification device through a hose through an induced draft fan. The transparent shell of the gas adsorption purification device of the adsorption plate is arranged in the vertical direction of the air flow.

The glove box for gas purification has the following characteristics: avoiding the contact between the experimenter and the experimental environment to the greatest extent, no gas pollution, fire and explosion-proof, ensuring the safety and health of the experimenter; purifying the polluted gas produced in the chemical experiment and then discharging it into the sewer, overcoming the disadvantages of the former ventilation device that only ventilation is not purified, avoiding the pollution of the atmospheric environment.

window.dataLayer = window.dataLayer || [];
function gtag(){dataLayer.push(arguments);}
gtag(‘js’, new Date());

gtag(‘config’, ‘UA-172659890-1’);

Showing all 8 results

Show sidebar

ITO Conductive Glass Ultrasonic Cleaning Machine


  1. Ultrasonic power conversion efficiency is high, the cleaning speed is fast, and the efficiency is improved several times to dozens of times compared with the traditional cleaning method.
  2. Good cleaning effect. High degree of cleanliness, can effectively clean deep holes, fine seams and hidden parts of irregular workpieces.
  3. Ultrasonic cleaning can kill bacteria, dissolve organic pollutants and prevent corrosion.
  4. The product design is beautiful and elegant, the shell is made of high-quality stainless steel embossed plate, and the rust resistance is good; the cleaning tank is made of high-quality SUS304 stainless steel for one-time stamping, without welding, and good waterproof performance.
  5. The cleaning temperature of the product can be adjusted within the range of 0-80 ℃, the working time is digitally controlled, and the LED digital display can be adjusted from 1 to 99 minutes to meet different cleaning needs.

6.6L and above contain drainage and heat dissipation device, user-friendly design, quick discharge of wastewater after cleaning.

  1. The cleaning basket is formed by argon welding of stainless steel mesh screen, which is convenient to use.
  2. Using high-quality imported core components, long service life.
  3. When cleaning objects, there is no need for humans to touch the cleaning liquid, no need to stir the workpiece, no damage to the surface of the workpiece, safe and reliable, and it can save solvents, heat energy, work space and labor when cleaning the workpiece.