Zibo Chuqi New Material Technology Co., Ltd.

ChuqiModel F9 -High Efficiency Pleated Medium Filter

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Protect your critical production lines with our F9 High Efficiency Pleated Medium Filter, delivering a certified 95-98% filtration efficiency for sub-micron particles. This cleanroom air filter is an essential secondary filtration stage, designed to extend the lifespan of expensive terminal HEPA filters in pharmacy and electronics sectors. Its precision-engineered pleat spacing ensures uniform airflow distribution for aseptic environments

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Material & Craftsmanship
  • Core Media: High-performance fiber glass paper media for precision particle retention.
  • Sealant: Professional gel-glue sealant ensuring a 100% bond between the media and the aluminum frame.
  • Temperature Limit: Rated for a maximum operating temp of 80°C and 80% humidity.

  • Elite Particle Capture: Reaches F9 efficiency class, effectively blocking fine atmospheric dust and microorganisms.
  • Airtight Integrity: Equipped with a high-density EVA gasket strip to ensure a vibration-proof, leak-free mechanical seal.
  • Structural Stability: Utilizes hot-melt separators or internal support grids to prevent pleat deformation at high pressure

  • Pharmaceutical Aseptic Packaging: A critical secondary filtration stage for pharmaceutical cleanrooms, ensuring air purity levels meet strict GMP standards for drug filling and packaging.
  • Semiconductor Lithography Zones: Protects ultra-sensitive semiconductor manufacturing equipment from sub-micron dust particles that can cause circuit defects.
  • Hospital Operating Theaters: Provides high-efficiency air cleaning for medical environments, effectively capturing fine atmospheric dust and airborne contaminants.
  • Electronics Curing Ovens: Serves as a high-performance oven air filter (rated up to 80°C) for precision electronics drying, preventing surface contamination.
  • HEPA Filter Life Extension: Acts as a specialized high-efficiency shield for terminal HEPA filters, capturing up to 98% of 1-5μm particles to reduce the replacement frequency of expensive terminal units.