Hepa Filter EN 1822 Standard Explained in Detail - HEPA Filter Testing

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Hepa Filter EN 1822 Standard Explained in Detail - HEPA Filter Testing
  • Publish Date: 24.06.2026
  • Modified Date: 07.07.2026
  • Author: Safe Air

Understanding HEPA Filters and EN 1822 Standard

High-efficiency air filtration is critical in environments where air purity directly impacts safety, such as hospitals, laboratories, and cleanrooms. HEPA filters are designed to capture microscopic particles with exceptional efficiency. However, not all HEPA filters are created equal. This is where the EN 1822 standard comes into play.

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EN 1822 is a European standard that defines the classification, testing, and performance requirements of high-efficiency air filters, including EPA, HEPA, and ULPA filters. It ensures that filters meet strict criteria for particle filtration and leakage control.

  • Filter classification based on efficiency
  • MPPS (Most Penetrating Particle Size) measurement
  • Leak testing procedures
  • Overall and local efficiency evaluation

Unlike older standards that focus on fixed particle sizes, EN 1822 evaluates filters based on the most challenging particle size to capture, ensuring higher reliability.

The EN 1822 standard defines several critical tests to ensure filter performance:

This test determines how effectively a filter captures particles at the MPPS point. This is considered the most critical performance indicator.

Each filter is scanned to detect any leakage points. Even small leaks can significantly reduce filtration efficiency, especially in sensitive environments.

This measures the resistance to airflow, which impacts energy consumption and system performance.

Filters are categorized into classes such as H13 and H14 based on their efficiency levels:

  • H13: ≥ 99.95% efficiency
  • H14: ≥ 99.995% efficiency

This classification ensures that users can select the right filter based on application requirements.

  • Guaranteed filtration performance
  • Leak-free operation
  • Reliable classification system
  • Suitable for critical environments
  • Compliance with international standards

In healthcare and pharmaceutical industries, air contamination can lead to serious risks. EN 1822 ensures that every HEPA filter meets strict quality standards, making it essential for maintaining sterile environments.

Conclusion: Ensuring Air Quality with the Right Standard

Choosing HEPA filters compliant with EN 1822 is not just a technical requirement but a critical decision for safety and performance. Whether in hospitals or industrial cleanrooms, this standard provides confidence in air filtration systems.

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Safe Air

Safe Air is a Turkey-based manufacturer of HEPA, ULPA and industrial air filters, offering custom-sized and OEM filtration solutions for international industrial applications.

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