Cleanrooms for semiconductors and electronics are meticulously engineered environments designed to control and eliminate contamination during the production of electronic components, integrated circuits, and other devices. To ensure the stability and optimal performance of semiconductor chips, these cleanrooms maintain exceptionally low levels of airborne particles, dust, and other contaminants.
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Our mission is to be the premier manufacturer by providing best-in-class customer service and superior asset quality/value. We will provide a competitive advantage to our partners and a superior value to our customers.
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FAQ
1
What is the main function of the clean room for the semiconductor and electronics industry?
The main function of the clean room in the semiconductor and electronics industry is to control and eliminate the pollution generated during the production process to ensure the stability and optimal performance of electronic components, integrated circuits and other products.
2
Why does semiconductor production require such a strict clean environment?
Semiconductor production is very sensitive to airborne particles, dust and other contaminants. These contaminants can lead to chip defects and affect product reliability and performance. Therefore, a strict clean environment is necessary to produce high-quality semiconductor chips.
3
How does the ISO cleanroom classification standard define cleanliness?
The ISO clean room classification standard defines cleanliness based on the number of particles in the air. Different levels of cleanrooms are suitable for different production needs, such as ISO Class 1, ISO Class 2, etc. The smaller the number, the higher the cleanliness.
4
What are the common filtration systems used in semiconductor cleanrooms?
Common filtration systems used in semiconductor cleanrooms include high efficiency air filters (HEPA), ultra-high efficiency air filters (ULPA), etc. These filters are effective in removing airborne particles from the air. These filters are effective in removing particles and dust from the air to ensure the air quality in the clean room.
5
How do temperature regulation and humidity control affect semiconductor production?
Temperature regulation and humidity control are critical to semiconductor production. Unstable temperatures and humidity can cause materials to expand, contract, or chemically react abnormally, affecting product quality and performance.
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We sincerely encourage new and potential customers to contact us for any information or to inquire about any questions regarding modular cleanroom projects. We are happy to work with you and ultimately bring you a satisfactory product.
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Contact: Zhao Xiuyu
E-mail: lisa@amberdg.com
Tel: +86-18680093316
Add: Room 202, No. 48, Guancheng Section, Guanlong Road, Guancheng Street, Dongguan City, Guangdong Province, China
E-mail: lisa@amberdg.com
Tel: +86-18680093316
Add: Room 202, No. 48, Guancheng Section, Guanlong Road, Guancheng Street, Dongguan City, Guangdong Province, China