Cube Air Filters
MERV 16 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel
The MERV 16 pocket filter is constructed of ultrafine glass fiber media with a header that is galvanized steel. The glass media is bonded to a thin nonwoven synthetic backing and sewn with expanded stitching which is then sealed with a thermoplastic resin to prevent leakage. Packed 4 per case for easy transport to the HVAC unit.
- MERV 16
- 7/8 steel header
- 10 pockets
- Rated to 180 degree
- HEGA (High Efficiency Gas Adsorbers) products remove gaseous air contaminants and undesirable odors, giving your occupants and processes the indoor air quality they require
- Media removes odors such as VOC’s, food and cooking odors , chlorine, ammonia, formaldehyde, sulfur compounds , acid gases and more
- Media removes odors such as VOCs, food and cooking odors, chlorine, ammonia, formaldehyde, sulfur compounds, acid gases and more
MERV 8 efficiency, Ultrasonic welding technology, open throat design for optimum air flow, media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non shed high density polypropylene backing, ultrasonic welding allows for a manufactured product without stitch holes
MERV 14 efficiency, Ultrasonic welding technology, open throat design for optimum air flow, media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non shed high density polypropylene backing, ultrasonic welding allows for a manufactured product without stitch holes
MERV 14 efficiency, Ultrasonic welding technology, open throat design for optimum air flow, media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non shed high density polypropylene backing, ultrasonic welding allows for a manufactured product without stitch holes
MERV 13 efficiency, Ultrasonic welding technology, open throat design for optimum air flow, media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non shed high density polypropylene backing, ultrasonic welding allows for a manufactured product without stitch holes
MERV 11 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel
MERV 16 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel
MERV 13 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel
- Multiple surfaces and 3-ply graduated density media provides high efficiency and long service life
- Media is heat-sealed around a sturdy galvanized 9-gauge wire frame
- Media is non-allergenic, unaffected by moisture, humidity and most corrosive chemicals
- 3 layers of 100% synthetic fibers
- Very high dust-loading capacity
MERV 13 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel
MERV 13 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel
MERV 13 efficiency, Ultrasonic welding technology, open throat design for optimum air flow, media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non shed high density polypropylene backing, ultrasonic welding allows for a manufactured product without stitch holes
- Multiple surfaces and 3-ply graduated density media provides high efficiency and long service life
- Media is heat-sealed around a sturdy galvanized 9-gauge wire frame
- Media is non-allergenic, unaffected by moisture, humidity and most corrosive chemicals
- 3 layers of 100% synthetic fibers
- Very high dust-loading capacity
- Multiple surfaces and 3-ply graduated density media provides high efficiency and long service life
- Media is heat-sealed around a sturdy galvanized 9-gauge wire frame
- Media is non-allergenic, unaffected by moisture, humidity and most corrosive chemicals
- 3 layers of 100% synthetic fibers
- Very high dust-loading capacity
MERV 13 efficiency, Ultrasonic welding technology, open throat design for optimum air flow, media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non shed high density polypropylene backing, ultrasonic welding allows for a manufactured product without stitch holes
MERV 13 efficiency, Ultrasonic welding technology, open throat design for optimum air flow, media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non shed high density polypropylene backing, ultrasonic welding allows for a manufactured product without stitch holes
MERV 8 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel
MERV 13 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel
MERV 14 efficiency, Ultrasonic welding technology, open throat design for optimum air flow, media consists of strategically layered and blended melt-blown polypropylene fibers fastened to a non shed high density polypropylene backing, ultrasonic welding allows for a manufactured product without stitch holes
MERV 8 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel
MERV 13 Efficiency, Constructed of ultrafine glass fiber media, media bonded to a thin nonwoven synthetic backing and sewn with expanded stitching, stitching sealed with a thermoplastic resin to prevent leakage, header is 26 gauge galvanized steel