Acrylic Glove Box
1)Acrylic Type A glove box: No sample transfer window, must be take it out from the door.
2)Acrylic Type B glove box:There is a sample transfer window, which can protect the gas environment inside the box from being damaged by the outside world.
3)Acrylic Type B glove box:The air in the box can be extracted through the vacuum pump, and then through the high purity dry inert gas into the box, and reach the lower water oxygen content in the box
2.Customization:
1)Single, double, multiple people and other different station boxes.
2)Different shapes, different structures, different applications, different thickness customization options.
3)Doors of different sizes can be opened on any side of the box to facilitate the entry and exit of equipment and accessories.
4)For other optional configurations, contact sales personnel.
***Price List for whole above, inquire us to get
Description
Technical Parameters
Acrylic glove box, also known as plexiglass glove box, is a kind of equipment widely used in scientific research, industrial production and specific environment. Its unique material and structural design enables it to provide a highly enclosed and controlled environment that meets the needs of various extreme experimental conditions. Because of its excellent transparency, chemical resistance, durability and aesthetics, it has been widely used in various fields. As a laboratory equipment, it provides a relatively closed operating environment to prevent the entry of external pollutants, for experimental operations requiring inert gas protection, such as the assembly of lithium batteries, material performance testing, etc., suitable for biological laboratories, chemical laboratories, materials science laboratories and other fields.
The market of the equipment shows the characteristics of expanding market scale, highly concentrated competitive pattern, intelligent product characteristics and trends, customization, strong market demand, broad prospects and so on.In the future, with the continuous development of the new energy industry and the improvement of scientific research and teaching level, the market of the equipment will usher in a broader development prospect.
Specifications
Application Area
Chemical Laboratory
In chemical laboratories, acrylic glove boxes are widely used for observing and recording various chemical reactions. Due to its excellent transparency and chemical resistance, experimenters can clearly observe the process and results of chemical reactions, thus more accurately judging the success or failure of the experiment. At the same time, the acrylc glove box can effectively prevent the leakage and splashing of chemical reagents, protecting the safety of laboratory personnel.
biology laboratory
In biological laboratories, acrylc glove boxes are commonly used for experiments that require highly clean and sterile environments, such as cell culture and drug development. Its excellent sealing performance and transparency allow experimenters to clearly observe the growth and changes of cells without damaging the sterile environment. In addition, acrylc glove boxes can effectively prevent microbial contamination and cross contamination, ensuring the accuracy and reliability of experimental results.
electronics industry
In the electronics industry, acrylc glove boxes are used for the assembly and testing of electronic products. Due to the high sensitivity of electronic products to impurities such as dust and particles in the air, a low humidity and low particle size environment is required. Acrylc glove boxes can provide such an environment to ensure the quality and reliability of electronic products. At the same time, its transparent material also allows experimenters to clearly observe the assembly and testing process of electronic products, thereby timely discovering and solving problems.
Materials Science Research
In materials science research, acrylc glove boxes are commonly used for the treatment and study of air sensitive materials. For example, in the development of sulfide all solid state batteries, acrylc glove boxes continuously introduce inert gases (such as nitrogen or argon) and use efficient gas purification systems to reduce the oxygen and moisture content inside to extremely low levels, thereby preventing oxidation and hydrolysis of sulfide materials. This provides a reliable guarantee for the research and production of batteries.
Maintenance and upkeep
In order to ensure the long-term stable operation and prolong the service life of the acrylic glove box, regular maintenance and upkeep are required. Here are some common maintenance and upkeep methods:
Cleaning and disinfection:
Regular cleaning and disinfection of acrylc gloe boxes is an important measure to maintain their hygiene and sterility. Special cleaning agents and disinfectants can be used to clean and disinfect parts such as the box and glove opening. During the cleaning process, it is important to avoid using overly strong chemical reagents or tools to prevent damage to the surface or sealing system of the container.
Check the sealing performance:
Sealing performance is one of the key performance indicators of acrylc gloe boxes. Therefore, it is necessary to regularly check the integrity and tightness of the sealing system. If aging, damage or looseness of the sealing material is found, it should be replaced or repaired in a timely manner to ensure its sealing performance.
Check the gas circulation system:
The gas circulation system is one of the important components of the acrylc gloe box. Therefore, it is necessary to regularly check the operating status and performance parameters of the gas circulation system. If insufficient gas flow, abnormal pressure, or poor purification effect is found, timely inspection and corresponding measures should be taken for handling.
Regularly calibrate the control system:
The control system is the brain part of the acrylc gloe box. Therefore, it is necessary to regularly calibrate and debug the control system to ensure its accuracy and reliability. Special calibration instruments and tools can be used to calibrate and debug parameters such as temperature, humidity, and gas composition of the control system.
Storage and Preservation:
When not using an acrylc glove box, it should be stored in a dry, ventilated, and dark place, and avoid contact with corrosive substances. At the same time, it should be regularly inspected and maintained to ensure its long-term stability and reliability.
Common problem handling
Fan trip
Check the solvent filtration system
Check whether the device has a solvent filtration system, and observe whether the butterfly valve related to the solvent filtration system is opened correctly.
Check the feedback position of the baffle valve
If the fan is not started and the equipment has started to work, the feedback position of the baffle valve on the purification column may be incorrect and needs to be adjusted.
Check the load
Too much load may also lead to circuit breaker trip or inverter self-protection, need to check and appropriately reduce the load.
Fan noise
Bearing refueling and maintenance: If there is noise in the fan, it may be that the bearing lacks oil, and professionals need to disassemble the fan for refueling and maintenance.
Keep pumping air or vacuum
Check tightness
Problems with the sealing of the equipment itself or the failure to close the transition compartment door may result in continuous aeration of the glove box. Perform a pressure leak check and confirm that the transition cabin door is tightly closed.
Check the foot
Confirm that the foot is not weighed down by something, which may also cause the glove box to constantly inflate or vacuum.
Clean the solenoid valve
The solenoid valve of the purification system pipeline is stuck with impurities, which can also cause such problems. Clean the solenoid valve.
Increased gas consumption
Check pipe leaks: If the pipe from the working air source to the device may leak, check whether the cylinder port at the air source or the inlet pipe port on the valve block is leaky.
Check the flapper valve: There may be air leakage in the high vacuum flapper valve and its pressure pipe. Check the flapper valve in sequence.
High water and oxygen content
Check the use method: confirm that the use method of the equipment is correct, during the debugging box should not put too many samples, if necessary, it is recommended to dry treatment.
Check tightness: including the use of large and small compartments and whether improper use of gloves causes air leakage.
Control the temperature: Excessive temperature may cause the water content to decrease slowly, and the temperature should be properly controlled.
Check activated carbon baking: activated carbon baking is not thorough may also affect the water content, need to ensure that activated carbon baking thoroughly.
Check the regeneration effect: focus on checking the vacuum link in the purification column regeneration process, and the vacuum should be maintained for more than 2 hours.
The oxygen content rises slowly during the cycle
Step by step pressure holding method to check leakage
There may be a small amount of leakage between the box and the fan inlet, and the problem needs to be removed by step by step pressure holding method.
Check the bellows and connectors
The bellows and connectors may leak. Therefore, check and replace the damaged parts.
Check the purification column or solvent column
The purification column or solvent column may leak and need to be replaced or repaired.
The cycle can not start
Check the working gas pressure: confirm whether the working gas pressure is between 0.4 and 0.6MPa.
Check the electromagnetic switch feedback: The electromagnetic switch feedback of the high vacuum flapper valve is normal.
Check the pressure sensor: Check whether the pressure sensor displays properly.
Check the fan circuit breaker and frequency converter: Check whether the fan circuit breaker is tripping and the fan frequency converter is normal.
The regeneration button does not work
Enter a password: Check whether the password is correct.
Check the vacuum pump: Check whether the vacuum pump is turned on.
Check column status: Verify that the column is circulating (regeneration and circulation cannot be performed on the same column at the same time).
The key cannot be operated
Check the pressure of the glove box: Check whether the pressure of the glove box is normal.
Check PLC communication cables: Check whether the PLC communication cables are loose.
Check cable connections: Check whether cables to the common end 24M, M, and COM are loose.
The vacuum pump can not operate
Check the button switch: Check whether the button switch on the vacuum pump pump body is open (usually "0" indicates off, "1" indicates on).
Check circuit breaker: Check whether the circuit breaker of the vacuum pump is tripping.
The vacuum baffle valve cannot be opened
Check the working gas pressure: confirm whether the working gas pressure is between 0.4 and 0.6MPa.
Check power: Check whether the flapper valve is powered on.
The working gas pressure is too low
Check the working gas: confirm that the working gas is sufficient.
Check the pressure gauge: Check whether the pressure gauge is damaged.
The cycle stops automatically
Check the pressure of the box: The pressure of the box is too high or too low, which may cause the glove box to stop the circulation automatically. It is necessary to check whether the working gas continues to fill in or whether the transition chamber is tightly closed.
Check the pressure sensor: Check whether the pressure sensor is damaged.
Acrylic Glove Box-Customized service
Size and shape customization:
Determine the internal size and shape of the glove box according to the space requirements required for the experiment or production. The dimensions of the interior should take into account such factors as the equipment placed, the materials and the operating space.
Shapes can be selected according to actual needs, such as cuboids, cylinders, polygons, etc.
Selection of materials and accessories:
According to the needs of the experiment or production, choose the appropriate acrylic sheet and other accessories. Acrylic sheet needs to consider the thickness, color, transparency, hardness, temperature resistance and impact resistance.
Gloves of different materials can be selected, such as butyl rubber, neoprene rubber, fluorine rubber, etc., to meet the operational needs and comfort of the operator.
Gas atmosphere and purification requirements:
Determine the gas atmosphere required by the glove box, such as nitrogen, argon, hydrogen, etc., and the purity requirements of the gas.
According to the needs of the experiment or production process, the corresponding gas purification system is configured to maintain the cleanliness of the internal environment of the glove box.
Temperature, humidity and pressure control:
For some experiments or production processes that are sensitive to temperature and humidity, it is necessary to clarify the temperature and humidity control requirements of the glove box.
Determine the accuracy and stability requirements for temperature and humidity control, as well as the control methods (such as heating, cooling, humidification, dehumidification, etc.).
Clarify the pressure control requirements of the glove box, including the pressure control range, control accuracy and stability requirements, and control methods (such as pressurization, decompression, pressure regulation, etc.).
Safety performance requirements:
Determine safety performance requirements to ensure operator safety and proper operation of equipment. Safety performance requirements include gas leakage alarm, pressure abnormal alarm, temperature abnormal alarm, electrical safety and so on.
Determine the requirements of safety interlocking devices, such as door interlocking, glove interlocking, transition compartment interlocking, etc., to prevent misoperation and accidents.
Other special requirements:
According to the actual needs, it may also be necessary to clarify some other special requirements, such as the lighting system, observation Windows, the number and type of interfaces, and the installation method of the equipment.
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