Deep-pleated molecular filter for advanced AMC control

Targets VOCs, acids, bases, ozone, dopants, refractories

Multiple media types can be combined in one filter

Low pressure drop / energy efficient

Low outgassing components for cleanroom use

Individually VOC outgassing tested

Media: Activated carbon / impregnated activated carbon

Frame: Stainless steel or galvanized steel

V-cell molecular filter with exchangeable panel design

Reusable housing reduces waste / lowers lifecycle cost

Up to two media types can be combined in one filter

Targets VOCs, acids, bases, ozone

Low pressure drop / energy efficient

Low outgassing components for cleanroom use

Frame options: stainless steel or galvanized steel

Media: Activated carbon / impregnated activated carbon

Frame: Stainless steel or galvanized steel

High-efficiency gas adsorption for hazardous gases/vapors

99.9% mechanical efficiency single pass

Engineered for residence time per system airflow requirements

Can be filled with application-specific media

Suitable for BIBO housings and containment systems

Frame options: plastic or stainless steel

Media: Activated carbon (or custom per application)

Frame: Plastic or stainless steel

Deep-pleat molecular filter for gaseous contaminant removal

Ideal for medium concentrations of most gases

Molecular-only filtration (compatible with existing particulate stages)

Available in headered or box-style configurations

Can be used to upgrade existing installations

Range of standard sizes available

Media: Synthetic + Activated Carbon

Frame: Galvanized steel

Deep-pleat molecular filter for acid gas removal

Ideal for light concentrations of acids

Molecular-only filtration (compatible with existing particulate stages)

Available in headered or box-style configurations

Can be used to upgrade existing installations

Range of standard sizes available

Media: Synthetic + Impregnated Activated Carbon

Frame: Galvanized steel

Deep-pleated molecular filter for AMC control

Multiple media types can be combined in one filter

Targets VOCs, acids, bases, dopants, refractories, ozone

Low pressure drop / energy efficient

Low outgassing components / individually VOC tested

Customizable single-header metal frame

Media: Activated carbon / impregnated activated carbon

Frame: Stainless steel or galvanized steel

V-cell molecular filter for AMC control

Targets VOCs, acids, bases, ozone

Low pressure drop / energy efficient

Lightweight / incinerable design

Low outgassing components for cleanroom use

Media: Activated carbon / impregnated activated carbon

Frame: Plastic molded

V-cell molecular filter with exchangeable panels

Reusable stainless steel housing reduces waste

Targets VOCs, acids, bases, ozone

Low outgassing components / high media cleanliness for cleanrooms

Simplifies maintenance / easy panel replacement

Media: Activated carbon / impregnated activated carbon

Frame: Stainless steel (reusable housing)

Compact V-cell molecular filter (disposable panels)

Targets ozone, VOCs, acids, hydrocarbons, H₂S, NO₂, SO₂

Reduced media bed density option for lower pressure drop

Maximum face velocity of 500 fpm

Easily installed in standard HVAC systems

Media: Activated carbon / impregnated carbon / impregnated alumina

Frame: Galvanized steel or plastic molded

MERV 15 (14A) | ePM1 70% (ISO 16890)

Particulate + molecular combo in mini-pleat V-cell

Ideal for low to medium concentrations of external/internal pollutants

100% incinerable for sustainable disposal

Can be used to upgrade existing installations

Range of standard sizes available

Media: Synthetic + Activated Carbon

Frame: Plastic molded

MERV 13 (11A) | ePM10 80% (ISO 16890)

Particulate + molecular combo in mini-pleat V-cell

Ideal for low concentrations of external/internal pollutants

100% incinerable for sustainable disposal

Can be used to upgrade existing installations

Range of standard sizes available

Media: Synthetic + Activated Carbon

Frame: Plastic molded

MERV 15 (13A) | ePM1 70% (ISO 16890)

Particulate + molecular combo optimized for organic acid control

Ideal for protecting sensitive artifacts, materials, and equipment

100% incinerable for sustainable disposal

Can be used to upgrade existing installations

Range of standard sizes available

Media: Synthetic + Impregnated Activated Carbon

Frame: Plastic molded

Conical molecular filter for high gas removal efficiency

30% lighter than metal cylinders / ergonomic handling

Low pressure drop / optimized conical design

Inherently leak-free when installed in dedicated hardware

Corrosion-resistant / low-dusting / UL 900 approved

Targets H₂S, VOCs, ozone, formaldehyde, NO₂, acids, bases

Media: Activated carbon / impregnated carbon / impregnated alumina

Frame: ABS

Cylindrical molecular filter for high-temperature applications

Continuous operation up to 80°C (176°F) / ideal above 60°C (140°F)

Factory refillable for extended service life / lower lifecycle cost

Low pressure drop / high removal efficiency

Inherently leak-free when installed in dedicated hardware

Targets VOCs, ozone, NO₂, SO₂

Media: Activated carbon / impregnated carbon / impregnated alumina

Frame: Stainless steel or galvanized steel

Cylindrical molecular filter for commercial/industrial HVAC

Targets H₂S, VOCs, ozone, formaldehyde, NO₂, acids, bases

25% lighter than metal cylinders / improved handling

Low pressure drop / high removal efficiency

Corrosion-resistant / low-dusting construction

Inherently leak-free when installed in dedicated hardware

Media: Activated carbon / impregnated carbon / impregnated alumina

Frame: ABS

Panel-type molecular filter for cleanroom/controlled environments

Designed for installation above HEPA/ULPA filters, FFUs, mini-environments

Targets VOCs, acids, bases, ozone, dopants

Low outgassing components / individually VOC tested

Customizable dimensions and media configuration

Media: Activated carbon / impregnated activated carbon

Frame: Extruded anodized aluminum

Metal panel molecular filter for commercial/industrial HVAC

Suitable for high-temperature applications up to 80°C (176°F) / above 60°C (140°F)

Customizable lengths, widths, and depths

Frame options: galvanized steel, stainless steel, or powder-coated metal

Vibrated fill technique prevents media settlement

Targets ozone, NO₂, SO₂, hydrocarbons, VOCs

Media: Activated carbon / impregnated carbon / impregnated alumina

Frame: Galvanized steel (or stainless steel / powder-coated)

Composite panel molecular filter for commercial HVAC

Cost-efficient disposable design / low initial investment

Lightweight construction for easy handling

Reduced media density option for lower pressure drop

Suitable for non-critical applications (odors, VOCs, ozone, NO₂, SO₂)

Media: Activated carbon / impregnated carbon / activated alumina

Frame: Galvanized steel

High-capacity molecular panel filter for commercial/industrial HVAC

Straight-through airflow for high gas/vapor load conditions

Loose-filled design with high media volume

Targets odors, VOCs, corrosive gases

Suitable for museums, libraries, archival storage (sensitive objects)

Media: Activated carbon / impregnated carbon / impregnated alumina

Frame: Plastic molded

Gas turbine inlet pre-filter (M6 / F7 / F9 per EN 779)

Hybrid glass + synthetic fiber media for particle capture + moisture coalescing

Protects downstream final filters / extends system service life

Stable performance under turbulent and harsh environments

Low initial and stable pressure drop

Fully incinerable

Media: Glass fiber + synthetic fiber (hybrid)

Frame: Galvanized steel

Gas turbine downstream guard filter (T2)

Installed after final filter stage within same bank

Enables on-line filter replacement without system shutdown

Suitable for high-velocity intake air and demanding conditions

Reduces turbine maintenance interruptions / improves operational continuity

Media: Synthetic

Frame: Stainless steel

Gas turbine coarse pre-filter (T2 / G4)

Removes larger dust particles to protect downstream fine and final filters

Stable pressure drop over operational life

Suitable for harsh environments: high dust, turbulent airflow, high humidity

Frame options: galvanized steel or ABS

Fully incinerable

Media: Polyester synthetic fiber

Frame: Galvanized steel or ABS

Gas turbine EPA-grade box filter (T7 – T13 per ISO 29461-1)

Low initial and stable pressure drop / long service life

Hydrophobic EPA grades limit fouling and corrosion

Suitable for harsh environments: high humidity, heavy rain

Easy mounting / fully incinerable

Better fuel efficiency / lower CO₂ per MWh

Media: Glass fiber

Frame: ABS

Gas turbine EPA-grade static filter (T7 – T13)

Low initial and stable pressure drop / long service life

Hydrophobic EPA grades limit fouling and corrosion

Suitable for harsh environments: high humidity, heavy rain, corrosive conditions

Lightweight construction for easy mounting / fully incinerable

Better fuel efficiency / lower CO₂ per MWh

Media: Glass fiber

Frame: ABS

Gas turbine EPA-grade static filter (T7 – T13)

Longer life / significantly lower initial and stable pressure drop

Hydrophobic EPA grades limit fouling and corrosion

Suitable for harsh environments: high humidity, heavy rain, corrosive conditions

Lightweight construction for easy mounting / fully incinerable

Better fuel efficiency / lower CO₂ per MWh

Media: Glass fiber

Frame: ABS

Gas turbine EPA-grade static filter (T7 – T13)

Longest filter life / lowest initial and stable pressure drop

Hydrophobic EPA grades limit fouling and corrosion

Suitable for high velocity and harsh environments: marine, offshore, salt, humidity

Easy mounting / fully incinerable

Maximum availability and reliability / better fuel efficiency / lower CO₂ per MWh

Media: Glass fiber

Frame: ABS

Gas turbine barrier-style intake filter (T7 – T10)

Large inlet area / optimized airflow distribution

Lower pressure drop than conventional V-bank designs

Long life / low initial pressure drop

Suitable for medium-velocity systems: rural, industrial, urban, inland, onshore wind

Lightweight construction for easy mounting / fully incinerable

Media: Glass fiber

Frame: ABS

Self-cleaning cartridge pre-filter for gas turbines (T5 – T8)

Designed for high-dust environments: desert, arctic, extreme conditions

Pulse-cleaning operation / good pulsability

Extends downstream fine and final filter life

Frame options: galvanized steel or stainless steel

Media: Synthetic fiber

Frame: Galvanized steel or stainless steel

Self-cleaning cartridge pre-filter for gas turbines (T5 – T8)

Longer filter life / lower initial pressure drop

Designed for high-dust environments: desert, arctic, heavy dust conditions

Good pulse-cleaning performance / extends final filter life

Recommended as pre-filter (not as final filter)

Media: Synthetic fiber

Frame: Galvanized steel or stainless steel

Self-cleaning cartridge filter for gas turbines (T9)

Longer filter life / lower initial pressure drop

Open-pleat media technology for improved pulsability

Moisture-resistant / suitable for wet, humid, coastal, tropical environments

Depth-loading media / good pulsability

Can be used as pre-filter or final filter

Media: Synthetic

Frame: Galvanized steel or stainless steel

Self-cleaning cartridge filter for gas turbines (T10)

Long filter life / low and stable pressure drop

Open-pleat media technology for improved pulsability

Depth-loading multi-layer media / good pulsability

High availability and highest reliability

High fuel efficiency / lower CO₂ per MWh

Suitable for harsh environments (coastal, humid, heavy dust)

Media: Synthetic

Frame: Galvanized steel or stainless steel

Self-cleaning cartridge filter for gas turbines (T12)

Long filter life / low and stable pressure drop

Open-pleat media technology for improved pulsability

Depth-loading multi-layer media / good pulsability

High availability and highest reliability

Best fuel efficiency / lower CO₂ per MWh

T12 grade limits degradation such as fouling and corrosion

Suitable for harsh environments (coastal, humid, heavy dust, corrosive)

Media: Membrane

Frame: Galvanized steel or stainless steel

Gas turbine pre-filter (T2 / T5 / T6)

Longer life / low and stable pressure drop

Hydrophobic and coalescing performance for wet, humid, coastal conditions

Lightweight / easy installation with built-in or external clips

Pressure drop port for convenient monitoring

High dust holding capacity / extends final filter life

High burst strength > 6,250 Pa (25" w.g.)

Non-discharging high-efficiency media

Media: Glass fiber or Synthetic

Frame: Plastic molded

Gas turbine pre-filter (T2 / G4)

Long life / low and stable pressure drop

Hydrophobic and coalescing performance for wet, humid, coastal conditions

Lightweight / easy to install / optional external clips

Non-discharging high-efficiency media

High dust holding capacity / extends final filter life

Media: Glass fiber or Synthetic

Frame: ABS