Semiconductor ultrapure water equipment is an ultrapure water equipment used for cleaning semiconductor production parts, which needs to meet specific water quality standards. The effluent quality of semiconductor ultrapure water equipment should meet the American ASTM pure water quality standards, China's electronic industry electronic grade water quality technical standards (18M Ω· cm, 15M Ω· cm, 10M Ω· cm, 2M Ω· cm, 0.5M Ω· cm), China's electronic industry ultrapure water quality trial standards, semiconductor industry pure water indicators, and integrated circuit water quality standards.

Semiconductor refers to a material with conductivity between that of a conductor and an insulator at room temperature. There are many semiconductor materials, which can be divided into two categories based on their chemical composition: elemental semiconductors and compound semiconductors. Germanium and silicon are commonly used elemental semiconductors; Compound semiconductors include III-V group compounds such as gallium arsenide, gallium phosphide, etc; II-VI compounds: cadmium sulfide, zinc sulfide, etc; Oxides: oxides of manganese, chromium, iron, copper, as well as solid solutions composed of III-V and II-VI compounds: gallium aluminum arsenic, gallium arsenide phosphorus, etc. In addition to the above-mentioned crystalline semiconductors, there are also amorphous glass semiconductors, organic semiconductors, etc.

Electrodeionization, abbreviated as EDI, is a pure water manufacturing technology that combines ion exchange technology, ion exchange membrane technology, and ion electromigration technology. It belongs to high-tech green environmental protection technology. EDI water purification equipment has the advantages of continuous effluent, no need for acid-base regeneration, and unmanned operation. It has gradually replaced mixed beds as precision treatment equipment in the system of preparing pure water. This advanced technology has good environmental protection characteristics and is easy to operate and use. It is increasingly recognized by people and widely promoted in industries such as medicine, electronics, power, and chemical engineering.

Semiconductor ultra pure water equipment (secondary reverse osmosis+EDI+polishing mixed bed) (as shown in the above figure)

Manufacturing：Automotive glass, steel, paper, textile, etc

Power industry:Boiler thermal power generation cooling cycle, etc

Electroplating industry:Coated lighting, cooling, metal plating, LED lights, etc

Optoelectronic industry:Photovoltaic photovoltaic lighting, new energy LED lights, etc

Electronic industry:Electrical chips, circuit boards, microcontrollers, electronic components, etc

Energy industry:Oxide semiconductor silicon material, polycrystalline silicon metal extraction, etc

How much does the semiconductor ultrapure water equipment (two-stage reverse osmosis+EDI+polishing mixed bed) cost

(Specifications we can offer: 0.25T/H, 0.5T/H, 1T/H... 1000T/H, etc.)

Call to inquire：400-9969-506