When using a glove box for experiments, sometimes the presence of dust may affect the results of the experiment, such as organic coating, the dust may be adsorbed on the IPO glass, affecting the coating effect. In order to create a dust-free environment in the glove box, considering the independence of the glove box, we use the principle of circulation to design a circulating dust removal system. Therefore, it is an urgent problem for the entire industry to find a glove box dust removal device that has a cleanliness level of up to 10 and can fully meet the requirements of the experiment.

Aiming at the shortcomings of the prior art, a glove box dust removal device is provided that has a cleanliness level of up to 10 in the ultra-clean glove box, which can fully meet the requirements of the experiment. The beneficial effect of the glove box dust removal device is mainly manifested in that the cleanliness of the ultra-clean glove box can reach up to level 10, which can fully meet the requirements of the experiment and the user's requirements for the cleanliness of the glove box. The user uses the ultra-clean glove box, which not only eliminates the influence of moisture and oxygen on the experiment, but also eliminates the influence of dust on the experiment.

The leak rate detection methods of the glove box include the oxygen method and the pressure method.

Oxygen method:

The oxygen method can accurately measure the leakage rate of the glove box, and changes in the temperature and pressure of the environment during the detection time have little effect on the detection results. The oxygen method is simple, accurate and reliable. The main testing equipment is an oxygen analyzer. Many glove boxes have been equipped with oxygen analyzers, so that no other equipment is needed to detect the leakage rate. The user of the glove box can detect the leakage rate of the chamber according to the following steps.

An oxygen probe is installed on a debugged glove box. The volume of the single-station glove box is about 750 liters.

Adjust the upper and lower limits of the tank pressure to +10 and -10 mbar respectively.

Turn off the gas circulation system, wait ten minutes, and adjust the pressure of the glove box to -8 mbar.

Record the oxygen content O2i (such as 3PPM), chamber pressure, and room temperature.

After a certain period of time t (such as 1 hour), record the oxygen content 63PPM), chamber pressure, and chamber temperature.

The oxygen content has risen by 60 PPM.

In order to eliminate the influence of the deviation of the oxygen analyzer on the test results, a known amount of air is injected into the glove box, and the volume of air leaking into the glove box can be calculated by the ratio of the readings of the oxygen analyzer.

Turn on the circulation system, reduce the oxygen content to about 3PPM, and adjust the tank pressure to about +6 mbar. Stop the circulation, wait for 5 minutes and adjust the chamber pressure to 0 to completely hang down the gloves, inject 300ml of air, reach into a hand and stir the gas in the tank to balance the gas concentration as soon as possible, and the oxygen rises by 90PPM.

The amount of leaked air=300ml*60PPM/90PPM=200ml (The error of the oxygen analyzer is excluded by the ratio method)

Leakage rate of the glove box = 200 ml/1000/750 liters * 100%/1 hour = 0.027% (vol/h)

Another relatively simple method is to stop the cycle and directly observe the changes in the oxygen analyzer data to calculate the leakage rate. Stop the circle, record the value of oxygen content in different time periods, take a point on the coordinate axis and draw a straight line to get the slope value, and then convert it into the leakage rate value.

Lithium battery glove box dew point analyzer is widely used in power plants, metallurgy, scientific research, health and quarantine, food storage, medical equipment, environmental experiments, comparison and calibration, papermaking and textiles and other production processes. It is especially suitable for the measurement of acid and alkali gases. SF6, carbon dioxide, methane, carbon monoxide, and oxygen are not affected.

In the production and application of dry air, humidity and condensation are the primary parameters of concern. In today's high-quality industrial production, long-term accurate and reliable humidity (dew point) monitoring and control are necessary.

Features:

Accurate temperature, humidity, and dew point measurement

Sensor and meter body split design

A variety of interchangeable probes are available, suitable for humidity measurement in different occasions

High precision, no aging

Good stability, small annual drift

Can convert dew point and PPm

Sensor automatic diagnosis and automatic correction

Quickly display dew point, humidity and temperature values

Accuracy: high precision, no aging

Withstand voltage: 20KG

Through PLC or independent display

Dew point: temperature, humidity, balance trend arrow indication

Provide measurement reports to ensure reliable product quality

The coating machine is widely used. The coating machine mainly uses the characteristics of high bonding force between aluminum molecules and the plated material in a vacuum state, and is an equipment that guarantees the process of attaching the plated material to the coating. This equipment has high efficiency, high speed, stability and reliability. , High cost performance. Most of the existing vacuum coating machines use the drum coating method. The main drum in the cavity is set directly above the evaporation source. The main drum is easily contaminated during the operation. The main drum is surrounded by rollers, which is difficult to clean and accumulates the deposited aluminum for a long time. Film will reduce the surface finish of the main drum. Contamination and cleaning will damage the main drum, and eventually cause scratches on the coil, which will affect product quality. In addition, the drum coating method before the coil enters the main drum, it is not easy to fully develop This situation will lead to empty lines and wrinkles after evaporation, which not only affects product quality, but also causes material waste.

Provide a glove box evaporation all-in-one machine. This system is integrated by a vacuum coating system and a glove box system. It can complete thin film evaporation in a high vacuum evaporation chamber and perform samples in a glove box with high purity inert gas atmosphere Storage, preparation and testing of samples after evaporation.

The combination of evaporation coating and glove box realizes the fully enclosed production of evaporation, encapsulation, testing and other processes, so that the entire film growth and device preparation process is highly integrated in a complete controllable environment atmosphere system, eliminating the organic large-area circuit preparation process The influence of unstable factors in the atmospheric environment guarantees the preparation of high-performance, large-area organic optoelectronic devices and circuits.

1. Oven and glove box

2. The oven is loaded with production materials for one or more shifts at a time for baking and dehydration;

3. Automatic transmission of materials in the oven

4. After the baking process of the oven materials is completed, they are transferred to the cooling zone of the glove box for cooling once;

5. After the cooling is completed, the material is taken by the automatic take-out manipulator, and transferred to the processes of liquid injection, soaking, standing, and sealing. These processes are automatic production processes;

6. After the above operations are completed, out of the warehouse through the warehouse;

7. After all the materials of the oven are transferred to the glove box, close the door to the glove box and open the outer door. After refilling, proceed to the next shift of the material oven and original process. The production line does not need to be connected to multiple ovens, and can bake materials in one shift or multiple shifts at a time, saving production time, reducing production links, and avoiding secondary pollution from other operating methods. To ensure product quality, coupled with the use of manipulators, save a lot of labor and realize automated production.

  In the manufacturing process of the OLED display panel, the organic film layer needs to be vacuum evaporated on the glass substrate, and this working step needs to be completed in a vacuum evaporation machine. Therefore, a glove box vapor deposition integrated machine is provided. This system is integrated by a vacuum coating system and a vacuum glove box system, which can complete thin film deposition in a high vacuum vapor deposition chamber, and in a glove box with high purity inert gas atmosphere The storage and preparation of samples and the detection of samples after vapor deposition are carried out.

 Advantages of vacuum coating system: combination of evaporation coating and glove box realizes the fully enclosed production of evaporation, packaging, testing and other processes, so that the entire film growth and device preparation process is highly integrated in a complete system with a controllable environment atmosphere, eliminating organic The influence of unstable factors in the atmospheric environment during the preparation of area circuits ensures the preparation of high-performance, large-area organic optoelectronic devices and circuits.

The vacuum coating system is mainly used for experimental research and application of solar cell perovskite, OLED and PLED, and semiconductor preparation.

With the development of science and technology, lithium batteries are widely used in many fields such as electric vehicles, electric bicycles, electric motorcycles, electric vehicles, military equipment, aerospace, notebook computers, and mobile power supplies. The currently developed large-capacity lithium-ion battery has been used in electric vehicles and is expected to become one of the main power sources of electric vehicles in the 21st century, and will be used in artificial satellites, aerospace and energy storage.

With the world's energy shortage and global environmental pressure, lithium batteries are being widely used in the electric vehicle industry. Because the lithium ion battery needs to inject electrolyte into the battery during the production process, then the gas inside the battery is discharged through the formation process. This puts forward higher requirements on the sealing performance of the battery after liquid injection, the smooth exhaust during the formation process, and the sealing performance after the formation is completed.

There are many shortcomings in the operation process: prone to seal failure, cumbersome operation process, high cost, etc. In order to be able to solve the problems in the existing technology, the automatic production line of lithium battery produced by Nichwell using the latest technology can ensure liquid injection and exhaust while effectively preventing external moisture from entering the battery and operating simple.

 View more quality glove boxes with low price and ship all over the world. 

The existing lithium-ion battery injection methods and equipment are relatively complete, but due to the relatively large amount of lithium-ion power battery injection, the existing injection equipment can no longer meet the production needs. Li-ion power battery injection is a battery preparation process It’s a very important process, and the current lithium-ion power battery injection equipment is composed of electrolyte filling, storage tank, filling valve, filling pump, filling cylinder, filling needle and Haiba pump. The equipment needs to open the valve manually, and only one battery can be filled at a time, which is inefficient and inconvenient to operate.

In order to solve the problems that the existing lithium ion power battery injection equipment needs to manually open the valve, only one battery can be injected at a time, the injection efficiency is low, and the operation is inconvenient. Nichwell provides an automatic production line for lithium batteries. The automatic production line for lithium batteries can realize automatic code scanning-injection-weighing-refill-sealing operations in the super clean glove box. It can complete the injection of multiple batteries in one operation. Liquid, convenient production and operation, high liquid injection efficiency.

It is suitable for the production of various sizes of lithium-ion power batteries. It can also ensure that the battery cells are all operated in a controllable anhydrous and oxygen-free environment from baking to filling, and providing the best quality for the battery. Solid protection, high-efficiency and completely unmanned automatic production is realized, which greatly saves labor costs, greatly improves production capacity, product quality and yield, and maximizes customer benefits.

Put the items outside the glove box inside

1. Close the mini antechamber door in the glove box tightly.

2. Open the door outside the mini antechamber.

3. Put in the items.

4. Close the door outside the mini antechamber tightly.

5. Clean so that the inside of the mini antechamber is at -0.1 (turn the handle outside the mini antechamber to clean).

6. Exhaust air to make the mini antechamber at 0 (turn the handle outside the mini antechamber to exhaust).

7. Open the mini antechamber door in the glove box and take out the items.

Take the items in the glove box out

1. Close the two doors of mini antechamber tightly.

2. Clean so that the inside of the mini antechamber is at -0.1 (turn the handle outside the mini antechamber to clean).

3. Exhaust air to make the mini antechamber at 0 (turn the handle outside the mini antechamber to exhaust).

4. Open the door inside the mini antechamber and put items in the mini antechamber.

5. Close the door inside the mini antechamber tightly.

6. Open the door outside the mini antechamber to take out the items.

7. Close the door outside mini antechamber tightly.

Features of Lithium Battery Automation Production Line:

1. It can quickly and quickly distribute materials, detect and sort

2. Reduce production costs, improve production power, reduce production costs, and improve production power

3. Safety and standardization, simplifying the production process

4. High precision, high efficiency, serialization and high automation

5. The produced lithium battery has better consistency, high reliability, safety performance and pass-through yield.

Application areas of lithium batteries:

1. Electric vehicle field

2. Electric bicycle field

3. The field of electric tools

4. Cell raw materials

5. The field of finished battery products

6. Smart energy storage field

7. Digital 3c field

View more quality glove boxes with low price and ship all over the world.