EPA Standard Length Fresh Air Filter - FEFF240

EPA Standard Length Fresh Air Filter - FEFF240

Code: FEFF240

Where To Buy For pricing, contact your local reseller

Product Description


If you are in the continental United States, you may purchase this item in our online store.

Standard-length, self-cleaning, with ejective end cap, Sy-Klone's EPA RadialSHIELD® filters offer near-HEPA filtration efficiency with super low restriction. Highly recommended as a HEPA-alternative for ISO 23875 compliance.

  • High-efficiency, ISO 23875-compliant particulate filter for job sites where HEPA is not a specific requirement
  • Lower-restriction, high-efficiency solution ideal for recirculation applications, designed to arrest small airborne contaminants and meet timed decay rates
  • Increased airflow may provide extended filter life to HEPA filters
  • The comparison table below outlines the expanded line of particulate filter offerings, including performance and efficiency of each product.

Filter Type Comparison

Filter Type MERV 16 EPA (Efficient Particulate Air filter) HEPA (High Efficiency Particulate Air filter)
Comparison High-efficiency, lowest restriction RESPA® filter Higher-efficiency, lower-restriction RESPA® filter Highest-efficiency RESPA® filter
Description Substantially improves air quality on job sites. When standards compliance is not the primary objective, this filter is a high-performance, cost-effecive solution.

Along with excellent air quality, may provide extended filter life compared to HEPA.

ISO 23875-compliant filter, applicable to most job sites and high-debris appplications, is designed to arriest small airborne contaminants and meet timed dust decay rates.

Specialty filter designed to arrest the smallest airborne contaminants and respirable particulate, meant for specific conditions that require top-grade HEPA filtration.

Filter Efficiency
≥95% on average of 0.3 to 1.0 micron 99% at 0.3 micron 99.99% at 0.3 micron
MPPS Efficiency N/A ≥95% efficient &at; MPPS (0.079 micron) 99.95% efficient at MPPS (0.063 micron)