This sector has the most stringent cleanliness requirements and is a major driver of cleanroom technology development.

• Applications: Manufacturing of integrated circuits (IC chips), CPUs, GPUs, memory chips, display panels (LCD, OLED), etc.

• Reason: A micrometer or even nanometer-sized particle on a wafer can cause an entire chip to short-circuit or fail, leading to significant losses. Thus, chip manufacturing often requires cleanrooms meeting ISO Class 1 or higher standards.

Extreme control over viable particles (e.g., bacteria, viruses) is critical, directly impacting drug safety and patient health.

• Applications:

  • Sterile drug production: Injectables, eye drops, and other products that must be free of microorganisms.

  • Biological products: Vaccines, monoclonal antibodies, and genetically engineered drugs.

  • Medical devices: Implantable devices such as pacemakers, artificial joints, and surgical catheters.

• Standards: Emphasis on "sterility" and "disinfection," adhering to strict GMP (Good Manufacturing Practice) guidelines.

• Applications:

  • Hospitals: Burn units, bone marrow transplant wards, leukemia patient rooms (to prevent infections); operating rooms (especially for major surgeries like organ transplants and joint replacements); intravenous medication preparation centers.

  • Laboratories: Cell culture, gene sequencing, stem cell research, PCR labs, and any biological experiments susceptible to external contamination.

  • Reproductive medicine centers: In vitro fertilization (IVF) procedures requiring contamination-free embryo handling.

• Applications:

  • Satellites & spacecraft: Assembly and testing. Microscopic particles can interfere with precision optical instruments and sensors, potentially leading to mission failure.

  • Gyroscopes & navigation systems: Manufacturing high-precision inertial navigation equipment.

  • Aircraft components: Producing critical parts such as fuel control systems and avionics.

• Applications:

  • Precision bearings: Used in hard disk drives and precision instruments.

  • Laser and optical systems: Manufacturing lenses and sensors for lasers, telescopes, and microscopes. Even minor particles can scatter light and affect imaging quality and performance.

  • Nanotechnology: Research and production of nanomaterials and nanodevices.

While not all processes require cleanrooms, critical steps benefit from controlled environments to enhance product quality and shelf life.

• Applications:

  • Food: Aseptic packaging (e.g., juices, milk, ready-to-eat meals), probiotic production, and high-end food packaging.

  • Cosmetics: Manufacturing and packaging of microbial-sensitive products such as eye creams, serums, and medicated cosmetics.

• Excellent thermal insulation properties
• High-quality steel plates from well-known brands (Baosteel, Lantian)
• Premium core materials and adhesives from listed manufacturers
• Large production capacity: 40,000㎡
• Established manufacturer with 800 employees across 6 factories

Ideal for hospitals, laboratories, pharmaceutical factories, electronics factories, food processing plants, beverage production facilities, cosmetics manufacturing, and other purification-sensitive environments.