Puro-g13een®
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Puroiator [Pmn^=§$ji@®lB® MERV13 Extended Surface Pleated Filters • Durable, moisture-resistant 100% synthetic media • Low pressure drop and high dust loading • Quality engineered for consistent production • Qualifies for LEED certification points • Proudly made in the U.S.A.

® Extended Surface Pleated Filters Media • • • 100% synthetic media resists moisture, mold, and damage Maintains MERV 13 performance in a full ASHRAE 52.2-2012 independent test Meets minimum efficiency criteria required by Leadership in Energy and Environmental Design (LEED)1 Heavy Duty Beverage Board Frame 100% Synthetic Media Media Pack Support Member Heavy duty, moisture-resistant beverage board frame Two-piece die-cut frame bonded to each other provide double-wall thickness around outer edge Die cut pattern provides 50% more contact points between media pack and frame Integral die-cut...

Purolator Pleats Can't Be Beat! NEW MERV 13 Pleated Filter Extended Surface Pleated Filters Value-Added Summary • • • • • • Provides points toward LEED certification1 May qualify as a sustainable component for a LEED/Green Building Initiative Synthetic media does not support microbial growth 2” depth with MERV 13 efficiency makes installation easy and user-friendly – no need to retrofit existing equipment Low initial resistance promotes low energy consumption Consistent pleat shape maximizes overall performance and service life of the filter Applications The Puro-green 13 can be used in...

Resist. Total in Media Number WxHxD Actual Size WxHxD Rated Resist. Total Capacity in Media (CFM) W.G. area/filter * Reverse Pleat 1. Puro-green 13 filters have a MERV 13 performance. All performance data is based on the 52.2-2012 Test Standards. Test data based on 24x24x2 nominal size at 492 FPM face velocity. 2. Filters may be installed with the pleats either vertical (preferred) or horizontal. 3. Puro-green 13 filters are classified per UL Standard 900 for flammability. 4. Maximum operating temperature 200oF. 5. Recommended final resistance: 1.0" W.G. Efficiency by Particle Size...