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H&V Filtration Brands

Poor indoor air quality has been linked to many health issues including respiratory illness. H&V’s filtration technologies for residential appliances create healthy, clean, and safe home environments while using the least amount of energy.

  • H&V’s Technostat® appliance filter media offer 30% to 50% lower resistance at a specified efficiency than any technology available on the market. This makes it ideal for small-space applications that require high efficiency with very low resistance—the type required by pre- and post-vacuum cleaner and room air cleaner filter applications. 
  • Technostat’s filtration performance, stability, and durability are ideal for vacuum cleaner primary filters; the media’s extended charge-holding capability means longer filter life.

Modern vacuum cleaners demand filter media with the highest cleaning efficiency and the lowest energy consumption. Such filter media must allow for high suction levels, smaller motors with less amperage, minimal noise, and high fine particle efficiency at both HEPA and sub-HEPA performance.  

Room air cleaners need filter media that offer high clean-air delivery rates (CADR) at low energy consumption. The CADR measures the efficiency of the room air cleaner to remove dust particles, pollen, and tobacco smoke. It also determines how much air the appliance delivers and how often it changes the air in a room. Therefore, a lower efficiency filter with much lower resistance may have a higher CADR than a more efficient, higher resistance filter. The CADR is an important consideration when purchasing a room air cleaner. 

H&V offers a wide selection of highly engineered appliance filter media that are ideal for vacuum cleaner and room air cleaner applications:

  • Electrostatically charged meltblown media provide high efficiency with low pressure drop at economical prices for vacuum cleaner bags. 
  • Pleatable microfiber glass media offer HEPA and sub-HEPA performance for exhaust vacuum cleaner filters. Our new Perform® media have the lowest resistance at a specified efficiency of any glass media available.
  • For applications requiring high efficiency with very low air resistance, we recommend electrostatically charged synthetic pleatable media.
  • Technostat®, our premium media for appliance filter applications, is triboelectrically charged to provide the highest level of efficiency, lowest air resistance, and highest dust-loading capacity.
  • NanoWave® is an extended surface synthetic media that offers 2.5 times the surface area than standard media. Our design delivers higher efficiency, lower air resistance, and significantly higher dust-loading capacity.
  • MFMTM media is ideal for odor removal of nuisance organic vapor and gases. Our unique patented technology combines particulate and gas phase filtration in one media to meet demanding adsorption requirements.

H&V glass and synthetic filter media meet standards and influential energy ratings within the appliance industry.

Meltblown Technostat Glass Paper MFM Microfiber Glass Pleatable Synthetics
Vacuum Cleaner Bags
Pre and Post Exhaust Filters for Vacuum Cleaners
Room Air Cleaner Filters
Room Air Cleaner - Prefilters
Odor Removal for Room Air & Vacuum Cleaners

Vacuum Cleaner Bags

Grade
Application
Filter Class
Basis Weight
(g/m2)
Thickness
mm
Penetration
(NaCl 0.26 µm @
32 lpm, 100 cm2, %)
Resistance
(@ 32 lpm, 100 cm2, mm H2O)
T150(+)15 Sub HEPA Technostat 165 2.5 0.2 0.917
T100(+)15 Sub HEPA Technostat 115 2.0 1.0 0.617
T40(+)15 Medium Efficiency Technostat 55 1.2 12.2 0.278
T30(+)15 Medium Efficiency Technostat 45 1.0 22.6 0.185
T25(+)/15 Medium Efficiency Technostat 40 0.9 24.8 0.165
T20(+)/15 Medium Efficiency Technostat 35 0.75 31.3 0.153

Pre/Post Exhaust Filters for Vacuum Cleaners

Grade
Application
Filter Class
Basis Weight
(g/m2)
Thickness
mm
Penetration
(NaCl 0.26 µm @
32 lpm, 100 cm2, %)
Resistance
(@ 32 lpm, 100 cm2, mm H2O)
T300(+)15 HEPA Technostat 315 4.0 0.008 2.2
T200(+)15 Sub HEPA Technostat 215 3.2 0.1 1.2
T150(+)15 Sub HEPA Technostat 165 2.5 0.2 0.917
T100(+)15 Sub HEPA Technostat 115 2.0 1.0 0.617
T70(+)15 High Efficiency Technostat 85 1.6 5.0 0.417
T50(+)15 Medium Efficiency Technostat 65 1.3 10.0 0.25

Room Air Cleaner Filters

Grade
Application
Filter Class
Penetration
NaCl 0.26 µm @
5.33 cm/sec, %
Penetration
DOP 0.3 µm @
5.33 cm/sec, %
Resistance
@ 5.33 cm/sec, mm
Stiffness
MD, mg
HA9613 ULPA Glass NA 0.0004 42.0 1200
HA8603 ULPA Glass NA 0.0020 38.0 1200
HB7633 HEPA Glass NA 0.0150 29.5 1200
HC4683 HEPA Glass NA 0.0450 26.5 1200
PSR206044 HEPA Synthetic 0.2 NA 5.5 NA
PSR104044 Sub HEPA Synthetic 1.0 NA 4.5 NA
HD2583 Sub HEPA Glass NA 5.5000 11.5 1100
PSR1425 Standard Medium Efficiency Synthetic 6.3 NA 2.6 260

Room Air Cleaners - Prefilters

Grade
Application
Filter Class
Basis Weight
(g/m2)
Thickness
mm
Penetration
(NaCl 0.26 µm @
32 lpm, 100 cm2, %)
Resistance
(@ 32 lpm, 100 cm2, mm H2O)
T100(+)15 Sub HEPA Technostat 115 2.0 1.0 0.617
T70(+)15 High Efficiency Technostat 85 1.6 5.0 0.417
T50(+)15 Medium Efficiency Technostat 65 1.3 10.0 0.25
T20(+)/15 Medium Efficiency Technostat 35 0.75 31.3 0.153
T25(+)/15 Medium Efficiency Technostat 40 0.9 24.8 0.165
T30(+)15 Medium Efficiency Technostat 45 1.0 22.6 0.185
T40(+)15 Medium Efficiency Technostat 55 1.2 12.2 0.278

Odor Removal - Molecular Filter Media

Grade
Absorption
Carbon Weight
Particulate Efficiency
Air Perm CFM
Air Perm LPM
A2226 VOC-nuisance 200 Merv 8 / F5 270
A2700 VOC 500 n/a 170
A2701 Acids 500 n/a 150
A2702 Ammonia and Amines 500 n/a 150
A2703 Formaldehyde, Aldehydes & Vehicle Exhaust 500 n/a 150
5236V2 VOC-nuisance F5 2000
5327V284 VOC 500 n/a 1400
5331V284 Acids 500 n/a 1450
5330V284 Ammonia and Amines 500 n/a 1550
5332V284 Formaldehyde, Aldehydes & Vehicle Exhaust 500 n/a 1550