According to incomplete statistics, the total number of chips in each new energy vehicle is about thousands, and the demand is very high. Not to mention the proficiency requirements, the requirements of each moment of chip must be strictly screened and produced, ensuring not only quantity but also quality.

1. Why use pure water?
The lithium battery in the chip is a battery that uses lithium metal or lithium alloy as the cathode material and uses a non-aqueous electrolyte solution. Lithium batteries are mainly used in traditional fields of digital products and emerging fields such as power batteries and energy storage. 
In 2019, the lithium battery industry ushered in an explosive period, the electric vehicle market opportunities are huge, many lithium battery companies are flocking to it, and ultrapure water, as an important configuration of the lithium battery industry, has also attracted more and more attention.
Therefore, in the process of production, the water used cannot have the slightest problem, and absolutely clean pure water must be used. 
In order to better remove chip hybrids in production and avoid quality problems, ultra-high quality pure water must be used in the production process, and ultrapure water equipment is particularly suitable.

2. The use of pure water equipment
a. Chemical water treatment of power plants
b. Ultrapure water in electronics, semiconductors, and precision machinery industries
c. Preparation of food, beverages and drinking water
d. Small pure water station, group drinking pure water
e. Water use in fine chemicals and cutting-edge disciplines
f. Preparation of high-purity water required by other industries
g. Pharmaceutical industry process water
h. Desalination of seawater and brackish water

3. Water purification equipment has the following advantages
a. The design is carried out through the membrane separation software, the design parameters are accurate and the system operation is stable;
b. Perfect instrumentation, online display of operating data, convenient, timely and accurate reading;
c. When the equipment is undervoltage or overvoltage, alarm and stop in time to fully protect the equipment;
d. High degree of automation, can realize one-click start and stop equipment, reduce manpower investment;
e. High degree of equipment integration, easy to transport and install. 
Ultrapure water preparation typically employs processes such as reverse osmosis, deionization, or electrodeionization (EDI). Traditional ultrapure water equipment cannot meet the requirements of modern production due to technical defects.

As a new type of water treatment equipment, Kangjin water treatment ultrapure water equipment can almost remove the conductive medium in the water. The equipment adopts a fully automatic intelligent control program, which truly realizes the advantages of unattended, easy installation and easy operation, and the effluent water quality meets the relevant standards for battery water, escorting the water for new energy vehicles.
In addition, ultrapure water equipment has a wide range of applications in pharmaceutical, electronics, electric power, chemical and other industries.