The nHIBIT™ filter line exceeds ASHRAE 241 standard for non–electrostatic filtration. Braden’s proprietary Nano Fiber provides high efficiency and low pressure drop throughout the service life of the filters. This product is designed for commercial, residential and specialized environments such as hospitals, schools and government sites.
Available in MERV 8-12 in standard or high capacity, Braden’s pleated filter, constructed from 100% synthetic fiber, is designed for longer life and reduced maintenance costs. These filters are available in 1″- 5″ diameter with cardboard, plastic and metal frame option.
Premier Pleat™ uses proprietary nano technology, available in MERV 13-15. Our Nano filters enable higher mechanical efficiency while maintaining low initial pressure drop and meet ANSIASHRAE 52.2.
MERV 13 Washable Filters – Braden’s washable filter removes 75% of airborn particles at 0.3 microns. The filter is washable and reusable while maintaining mechanical filtration principles
through the life of the filter.
Braden’s hybrid filter technology advances filtration to MERV 16.
Performing at lower static pressure drops, while maintaining performance without sacrificing energy efficiency. MERV 16 removes 95% of airborne particles at 0.3 microns.
Designed to coalesce and remove the majority
of airborne moisture and large particle mass
prior to the air entering the next filtration stage.LS
The Braden pocket filters are designed for dust
holding capacity and efficiency. Available in MERV 9, 11, 13, 14 in both rigid synthetic and fiberglass materials. Especially designed to remove smaller contaminants such as fine dust and soot.
Our metal panel filters are built to meet or exceed OEM specifications. Primarily used in engines, compressors, fans, blower inlets and gas turbines.
TriCel® High Efficiency Barrier Filters: Provide high
volumetric air flow with extremely low pressure drop for
gas turbines, HVAC and industrial applications.
Available in both synthetic and microglass media from
MERV 13 – Merv 16 and E-10 – E 12 HEPA variations.
