Purolator Blog

The New and Improved DMK80

The best just got better ……..Purolator announces the improved Defiant DMK80 pleated filters. Defiant DMK80 filters are now a mechanical MERV 8 performance before and after a conditioning step. They now have lower initial resistance to promote energy savings, are made with 100% synthetic fibers, have a new diecut with twice as many contact points between the diecut and media for a more rigid filter, and a stronger adhesive with improved bonding characteristics when used with synthetic media.

 

Compare the performance and value of Defiant Mark 80-D pleats to other types of filters including disposable panel filters, ring panels, pads and frames or permanent filters for efficiency, low resistance, high dust holding capacity, durability and price. The Defiant Mark 80-D line has lower resistance levels to aid in your energy savings goals and objectives.

 

To learn more about the MERV 8 Defiant DMK80 view the product brochure at http://www.purolatorair.com/med_high.html

 

Download DMK80D-808.pdf

 

 

The New and Improved Hi-E40

The best just got better ……..Purolator announces the improved HiE-40 pleated filters. HiE-40 filters are now a mechanical MERV 8 performance before and after a conditioning step. They now have lower initial resistance to promote energy savings, are made with 100% synthetic fibers, have a new diecut with twice as many contact points between the diecut and media for a more rigid filter, and a stronger adhesive with improved bonding characteristics when used with synthetic media.

 

Compare the performance and value of HiE-40 pleats to other types of filters including disposable panel filters, ring panels, pads and frames or permanent filters for efficiency, low resistance, high dust holding capacity, durability and price. The HiE-40 line has lower resistance levels to aid in your energy savings goals and objectives.

 

To learn more about the MERV 8 HiE-40 view the product brochure at http://www.purolatorair.com/med_high.html

Download Hi-E40MERV8-808.pdf