With the rapid development of science and technology, batteries have become an indispensable energy storage helper in our daily lifeFrom our portable electronic devices to those cool electric vehicles, we all rely on batteries to get moving. That's right, batteries are the real source of energy!
However, when it comes to battery performance and stability, it is really thanks to the electrolyte, which is one of the core components of the battery!The electrolyte is mainly composed of solvents, conductive salts, and additives. Solvents are usually organic solvents, such as carbonates, carbonic acids, ethers, etc., and conductive salts are the key factors that determine the conductivity of batteries. The addition of additives can adjust the properties of the electrolyte, such as viscosity, chemical stability, etc., to improve the performance of the battery.
With an excellent electrolyte, the battery will perform more consistently and strongly. As a result, our electronic devices can last longer and our electric vehicles can travel farther. Therefore, whether it is charging or outputting electric energy, the electrolyte plays an indispensable role!
However, the transmissive nature of the electrolyte can sometimes be problematicFor example, if the electrolyte is not transparent enough, the light may be blocked, affecting the energy transfer efficiency inside the battery and making the battery performance worse. In addition, the electrolyte absorbs too much light at a specific wavelength, which can cause a chemical reaction that can lead to battery instability. Also, changes in the concentration of solutes in the electrolyte can affect the properties of light transmission.
So, how do we solve this transmission-related problem?This requires the help of the TS8520 benchtop spectrophotometer and CI7860 precision colorimeter of the TS85 seriesThese two instruments are our right-hand men!
TS8520 benchtop spectrophotometerThe transmittance of the electrolyte can be measured simply and quickly to see if it is transparent enough to ensure that the light can pass through smoothly and the battery can conduct energy efficiently. The TS8520 color colorimeter supports up to 5 reflective apertures and 4 transmission apertures, allowing you to measure the color and appearance of a variety of samples through ports in different locations. This feature makes it widely used in many fields.
In addition, the TS8520 supports up to 3 UV filters to control fluorescent brighteners in textiles, plastics, paints, coatings, and paper. The built-in digital camera features preview and active targeting to ensure accurate positioning of the measurement area and capture images for later retrieval. At the same time, it detects stains, scratches or defects on the sample and provides the accompanying measurement data for audit, providing effective support for quality control.
If we want to have a deeper understanding of the optical properties of the electrolyte, this is the timeTS8560 precision colorimeterIt comes in handy!Not only does it measure transmittance, but it also gives us more data, including absorption characteristics, reflectivity, and more. In this way, we can fully understand the properties of the electrolyte, identify problems, and optimize the formulation of the electrolyte accordingly.
ts8560Precision colorimeters are used in a wide range of industries, including paper, textiles, plastics, pigments, automobiles, and screen color correction. It provides reliable color measurement and management solutions for these industries, helping enterprises improve product quality, reduce production costs, and enhance market competitiveness.
With these two colorimeters, we can easily solve the problems related to electrolyte transmission!By optimizing the performance of our electrolytes, we can make our batteries more stable and powerful, our electronic devices last longer, our electric vehicles go farther, and our lives are easier and better. At the same time, the application of these instruments has also promoted the continuous development of science and technology, so that the energy field has made greater progress. With the continuous innovation of technology and the continuous improvement of instruments, I believe that the future of batteries will become even better!
Application and precautions of the benchtop colorimeter TS8520 in battery electrolyte liquid transmission**
In battery manufacturing and R&D, electrolyte transmittance testing is an important part of quality control. As an advanced test equipment, the desktop colorimeter TS8520 is widely used in this field. The following will introduce the principle, method and precautions of the desktop colorimeter TS8520 to test the liquid transmission of battery electrolyte.
First, the working principle**
Based on the principle of spectral diffuse reflection, the desktop colorimeter TS8520 calculates the chromatic difference and transmittance of the electrolyte by measuring the reflection spectrum of the electrolyte at different wavelengths. This data helps to assess the purity, impurity content, and potential quality issues of the electrolyte.
2. Test Method**
1.*Sample Preparation**: Prepare an appropriate amount of electrolyte to be tested, make sure it is free of impurities, free of bubbles, and keep the sample clean.
2.*Instrument Calibration**: Use a standard whiteboard to calibrate the benchtop colorimeter TS8520 to ensure that the instrument is in working order.
3.*Test Procedure**: Pour the electrolyte into a special sample cup, place it in the measuring area of the instrument, and press the measurement button to test.
4.*Data Analysis**: The instrument automatically displays the measurement results, including chromatic aberration and transmittance. At the same time, more in-depth data analysis can be carried out through the accompanying software.
3. Precautions**
1.Sample Purity**: Ensure that the electrolyte sample is pure and free of impurities and air bubbles to avoid affecting the accuracy of the test results.
2.*Instrument Maintenance**: Regularly clean and maintain the desktop colorimeter TS8520 to ensure the stability and accuracy of the instrument.
3.*Operation specification**: Test in strict accordance with the instrument operation instructions to avoid measurement errors caused by improper operation.
4.*Data Interpretation**: Accurate interpretation of the test results, combined with the actual production needs, provides a strong basis for battery R&D and manufacturing.
By mastering the principles, methods, and precautions of the benchtop colorimeter TS8520, battery manufacturers can more effectively control the quality of the electrolyte, thereby improving the overall performance and safety of the battery. In practice, it is important to follow the operating procedures to ensure the accuracy and reliability of the test results.
Come to the app to enjoy the high-definition **Chongqing Jianduoduo Technology*** referred to as "Zhenduoduo Colorimeter"), located in Banan District, Chongqing. It is a distributor specializing in the sales and maintenance of colorimeters, spectrophotometers, spectrophotometers, and standard color-matching light boxes. The main products are: colorimeter, computer colorimeter, color matching software, spectrophotometer, hyperspectral camera, gloss meter, haze meter, color light box, image test card, etc. The company has always adhered to the tenet of "quality first, customer first, quality service, and abiding by the contract", and with high-quality products, good reputation, and high-quality service, the products sell well in nearly 30 provinces, municipalities and autonomous regions across the country and are exported to Singapore, India and other countries. Wholeheartedly cooperate with domestic and foreign businesses for win-win cooperation, common development and create brilliance together.