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  • The CAN 2600 is a high-performance cylindrical carbon air filter designed to provide effective gas-phase filtration, odour control and removal of harmful airborne contaminants in ventilation and air-handling applications.

    Its cylindrical design provides an efficient filtration solution for systems where reliable control of odours, corrosive gases, toxic gases and other gaseous pollutants is required. The filter can be selected according to the application environment and the requirements of the air-handling installation.

    Efficient Gas-Phase Filtration

    Selecting the right carbon filter depends on several factors, including the type of contaminant, concentration, airflow, operating environment and air-handling system configuration.

    The CAN 2600 provides a practical solution for applications requiring dependable gas and odour control while allowing flexibility in system design and installation.

    Applications

    The CAN 2600 can be used for controlling:

    • Unpleasant and persistent odours
    • Harmful airborne gases
    • Corrosive gases and vapours
    • Toxic gaseous contaminants
    • Industrial air pollutants
    • Gas-phase contaminants in HVAC and ventilation systems

    Designed for Demanding Environments

    The CAN 2600 is suitable for a wide range of commercial, industrial and specialised air-treatment applications where maintaining clean and healthy air is essential.

    Nasmora can help engineers, consultants, contractors and facility-management teams determine the appropriate carbon filtration configuration based on the application's specific air-quality requirements.

    Expert Air Filtration Support

    Every application has different filtration requirements. Our specialists can provide guidance on filter selection, carbon media, airflow requirements, installation configuration and application suitability.

    Contact Nasmora for technical specifications, dimensions, carbon media options and further product details.
  • The CAN 1500 Stainless Steel is a high-performance cylindrical carbon air filter designed for effective control of odours, harmful gases, corrosive contaminants and toxic airborne pollutants in demanding air filtration applications. Its robust stainless-steel construction makes it suitable for environments where durability, corrosion resistance and reliable filtration performance are essential. The cylindrical configuration allows the filter to be integrated into a wide range of air-handling and ventilation systems.

    Reliable Gas-Phase Air Filtration

    The selection of a cylindrical filter, cassette or module depends on the application environment, contaminant load and air-handling system requirements. The CAN 1500 Stainless Steel can be specified according to the particular air-quality challenges and installation conditions. Nasmora provides expert guidance to help engineers, contractors and facility operators select the appropriate activated carbon filtration solution for their application.

    Applications

    The CAN 1500 Stainless Steel is suitable for applications requiring control of:
    • Unpleasant and persistent odours
    • Harmful airborne gases
    • Corrosive gases
    • Toxic contaminants
    • Industrial air pollutants
    • Gas-phase contaminants in ventilation systems

    Expert Filtration Support

    Choosing the right carbon filter requires consideration of the type and concentration of contaminants, airflow, operating conditions, filter configuration and required service life. Our filtration specialists can assist with product selection and provide a solution tailored to your HVAC, industrial ventilation or air-quality requirements. For technical specifications, dimensions, carbon media options and application guidance, please contact Nasmora.
  • Indifil CFI’s cylindrical carbon filters provide a reliable and efficient solution for gas‑phase air purification. The choice between a cylindrical filter, cassette, or module depends on the specific environment and the air‑technical installation in which the filter will operate, ensuring optimal performance in every application. CFI has established itself as an industry leader through expertise, dedication, quality, flexibility, and dependable service. We are a trusted partner to dealers, engineers, and installers, offering specialized guidance, tailored solutions, and responsive support. If you require solutions for odor control or the removal of harmful, corrosive, or toxic gases, our experts are ready to assist. We help you minimize their impact with solutions adapted to your environment and the air‑technology system in which the filters are used. Further details available on request.
  • Indifil CFI’s cylindrical carbon filters provide a dependable and efficient solution for gas‑phase filtration. The selection between a cylindrical filter, cassette, or module depends on the specific environment and the air‑technical system in which the filter will operate. CFI has earned its position as an industry leader through expertise, commitment, quality, flexibility, and reliable service. We support dealers, engineers, and installers with specialized guidance, tailored solutions, and fast, consistent assistance. If you require solutions for odor control or the removal of harmful, corrosive, or toxic gases, our experts are ready to help. We can advise on the best approach to minimize their impact, fully adapted to your environment and the air‑handling technology in use. Further details available on request.
  • High‑Efficiency Media for H₂S, Acid Gases & Complex Odors

    CKV‑KIKOH HE is a high‑efficiency impregnated activated carbon blend engineered to remove Hydrogen Sulfide (H₂S) in combination with acid gases and a wide range of industrial and environmental odors. This specialized formulation combines targeted impregnation chemistry with high‑capacity adsorption, making it ideal for environments with mixed corrosive and odorous contaminants. Designed for demanding HVAC, industrial, and odor‑control applications, CKV‑KIKOH HE delivers strong performance even under high humidity and variable gas loads.

    Product Highlights

    • High‑efficiency impregnated carbon for H₂S + acid gas removal
    • Strong performance against complex odor mixtures
    • High mechanical strength, low dust, and long service life
    • Suitable for continuous‑duty industrial and commercial systems
    • Compatible with Nasmora NASORB™ gas‑phase filtration housings
    • Available in HE (High Efficiency) grade for enhanced removal capacity
  • Specialized Multi‑Gas Filtration Media for Protective Applications

    CKV‑ABEK is a high‑grade impregnated activated carbon blend engineered for use in gas masks, fume hoods, and environments requiring protection against hazardous organic and inorganic gases. This media is formulated to target a broad spectrum of toxic compounds, including organophosphates, making it suitable for both industrial safety and controlled‑environment applications. Designed for critical personal protection and laboratory safety systems, CKV‑ABEK provides reliable adsorption and chemisorption performance where operator health and exposure control are essential.

    Product Highlights

    • Multi‑impregnated activated carbon for broad‑spectrum gas removal
    • Engineered for respiratory protection and laboratory containment
    • High efficiency against organophosphates and toxic vapors
    • Low dust, high hardness, and stable performance under continuous use
    • Compatible with Nasmora NASORB™ gas‑phase filtration housings and PPE‑grade cartridges
     
  • Specialized Media for Radioactive Iodide & Methyl Iodide Removal

    CKG‑Nucleair Free is a highly specialized impregnated gas‑phase filtration media engineered for the removal of radioactive methyl iodide and iodide compounds from contaminated air streams. This media is formulated using advanced chemisorption technology that binds and stabilizes radioactive iodine species, ensuring safe, permanent capture without the risk of re‑release. Designed for critical environments where radioactive iodine poses severe health and safety risks, CKG‑Nucleair Free delivers reliable performance in both industrial and controlled‑facility applications.

    Product Highlights

    • Engineered specifically for radioactive methyl iodide and iodide removal
    • Permanent chemisorption—no desorption or re‑emission
    • High structural integrity and low dust
    • Suitable for continuous‑duty, high‑risk environments
    • Compatible with Nasmora NASORB™ gas‑phase filtration housings
    • Ideal for nuclear‑related, medical, and research applications
  • Specialized Activated Carbon for Mercury & Amalgam Removal

    CKV‑HG is a high‑grade impregnated activated carbon engineered specifically for the removal of Mercury (Hg) and amalgam‑related contaminants from air streams. This media is formulated with specialized impregnation chemistry that binds and stabilizes mercury vapors, preventing re‑release and ensuring safe, permanent capture. Designed for environments where mercury exposure poses health, safety, or equipment‑corrosion risks, CKV‑HG delivers reliable performance in both industrial and sensitive indoor applications.

    Product Highlights

    • Specialized impregnation for high‑efficiency mercury capture
    • Permanent binding of Hg vapors—no desorption
    • High mechanical strength and low dust
    • Suitable for continuous‑duty industrial and commercial systems
    • Compatible with Nasmora NASORB™ gas‑phase filtration housings
     
  • Triple‑Blend Media for Broad‑Spectrum Gas Removal

    CKT 5025‑AF‑V3‑O8 (-HE) is a high‑performance triple‑media blend engineered for applications where space is limited and multiple gas‑phase filtration beds cannot be installed. This formulation combines three different impregnated media into a single, compact filter stage, enabling efficient removal of a wide range of industrial and urban gases. Designed for environments with mixed pollutant profiles, this blend provides balanced adsorption and chemisorption performance, making it ideal for both indoor and outdoor air‑cleaning applications.

    Product Highlights

    • Three specialized media combined into one filter stage
    • Effective removal of industrial acid gases and urban pollutants
    • High structural integrity and long service life
    • Ideal for installations with limited space
    • Compatible with Nasmora NASORB™ gas‑phase filtration systems
    • Available in HE (High Efficiency) variant for enhanced performance
  • Impregnated Media for Diesel & Kerosene Exhaust Removal

    CKB 9010‑AF‑08(-HE) is a specialized blend of impregnated gas‑phase filtration media engineered to remove diesel and kerosene exhaust contaminants generated by trucks, trains, aircraft, and other combustion‑based engines. This high‑efficiency formulation targets the complex mixture of hydrocarbons, VOCs, and corrosive gases typically present in transportation emissions. Designed for environments where outdoor air intake is exposed to heavy vehicle activity, CKB 9010‑AF‑08(-HE) provides reliable protection for occupants and sensitive equipment.

    Product Highlights

    • Mixed impregnated media optimized for transportation exhaust
    • High removal efficiency for diesel & kerosene emission gases
    • Strong performance in high‑pollution outdoor air conditions
    • Low dust, high hardness, and long service life
    • Compatible with Nasmora NASORB™ filtration housings and custom gas‑phase modules
  • Enhanced Mixed‑Media Filtration for Spray Paint & Adhesive Applications

    CKB 7525‑V3‑O8 is a specialized mixed‑media filtration blend engineered for environments where activated carbon alone is not sufficient to remove all gaseous contaminants. This formulation combines high‑capacity adsorption with oxidation capability, enabling the removal of both reactive and non‑reactive gases commonly found in spray paint, glue, and solvent‑based processes. By adjusting the ratio of activated carbon to oxidizing media, CKB 7525‑V3‑O8 delivers a balanced and highly effective solution for complex pollutant profiles.

    Product Highlights

    • Mixed‑media blend combining adsorption + oxidation
    • Designed specifically for spray paint, glue, and solvent applications
    • Removes gases that activated carbon alone cannot fully capture
    • High structural integrity and long service life
    • Compatible with Nasmora NASORB™ gas‑phase filtration systems
    • Customizable media ratios for project‑specific gas removal requirements
  • Dual‑Action Absorption & Chemisorption Media

    CKB 5050‑V3‑O8 is an advanced gas‑phase filtration medium engineered to remove a wide spectrum of gaseous contaminants through a combined absorption and chemisorption process. This dual‑mechanism approach enables the media to capture both reactive and non‑reactive gases, making it highly effective for environments with mixed pollutant loads. Designed for demanding industrial and commercial applications, CKB 5050‑V3‑O8 provides reliable performance in odor control, corrosion protection, and solvent‑laden air streams.

    Product Highlights

    • Dual‑action absorption + chemisorption technology
    • Broad‑spectrum removal of corrosive and odorous gases
    • High structural integrity and long service life
    • Ideal for mixed‑contaminant environments
    • Compatible with Nasmora NASORB™ filtration housings and custom gas‑phase modules
  • Potassium Permanganate Chemisorption Media

    CKO‑Purple 8% is a high‑performance aluminium oxide chemisorption medium impregnated with a minimum of 8% potassium permanganate (KMnO₄). Through an active chemisorption process, gaseous contaminants are oxidized and converted into stable solids that remain locked within the media granules, ensuring safe and permanent removal. This media is widely used as a polishing layer after a primary high‑capacity gas‑phase filter, enhancing overall system performance and extending service life.

    Product Highlights

    • Aluminium oxide base for high structural integrity
    • ≥8% KMnO₄ impregnation for strong oxidizing capability
    • Converts harmful gases into stable solids via chemisorption
    • Low dust, high hardness, and long operational life
    • Ideal as a polishing stage after CKV‑series activated carbon media
    • Compatible with Nasmora NASORB™ gas‑phase filtration systems
  • High‑Efficiency Impregnated Carbon for H₂S & Biogas Treatment

    CKV‑SULFREE HE is a premium‑grade impregnated, coal‑based extruded activated carbon engineered specifically for hydrogen sulfide (H₂S) and biogas purification applications. Manufactured in robust cylindrical pellets, each carbon particle is impregnated with a specialized chemical formulation that reacts with and neutralizes corrosive sulfur‑bearing gases. This media delivers high removal capacity, long service life, and stable performance even in harsh, high‑humidity, and high‑contaminant environments.

    Product Highlights

    • Coal‑based extruded pellets for maximum mechanical strength
    • High‑efficiency impregnation for H₂S and sulfur compound removal
    • Excellent performance in biogas upgrading and odor‑control systems
    • Low dust, high hardness, and optimized pore structure
  • Impregnated Activated Carbon for Targeted Gas Removal

    CKV‑FORMASORB is a high‑efficiency impregnated, coal‑based extruded activated carbon engineered for selective gas‑phase filtration in demanding HVAC and industrial environments. Manufactured in uniform cylindrical pellets, each carbon particle is impregnated with a specific chemical agent designed to neutralize targeted contaminants with high adsorption and reaction efficiency.

    Product Highlights

    • Extruded coal‑based pellets for high strength and low dust
    • Specialized impregnation tailored to specific contaminant classes
    • High surface area and optimized pore structure for maximum removal capacity
    • Stable performance in corrosive, high‑VOC, and critical IAQ applications
    • Compatible with Nasmora NASORB™ filtration systems and custom housings
  • Impregnated Activated Carbon for Alkaline Gas & Ammonia Removal

    CKV‑ALKALI FREE HE is a specialized, coal‑based extruded activated carbon designed for the targeted removal of alkaline fumes and nitrogen‑based contaminants. Each cylindrical pellet is chemically impregnated with compounds that react specifically with alkaline gases, ensuring high‑efficiency adsorption and neutralization where standard activated carbon is ineffective. This media is ideal for industrial environments, laboratories, and processing facilities where ammonia, amines, and alkaline vapours pose operational, safety, or odour‑control challenges.
  • Impregnated Activated Carbon for Acid Gas Removal

    CKV‑ACID FREE HE is a high‑performance, coal‑based extruded activated carbon engineered specifically for the removal of acidic and corrosive gases. Each cylindrical pellet is impregnated with specialized chemical agents, enabling targeted adsorption and neutralization of aggressive contaminants that standard activated carbon cannot effectively remove. This advanced media is ideal for industrial environments where acid gases pose a threat to equipment, processes, or air quality. Its enhanced chemical reactivity and controlled pore structure ensure reliable performance in demanding gas‑phase filtration applications.
  • Based Activated Carbon for Industrial Gas Filtration

    CKV‑4 is the second most widely used activated carbon grade in industrial gas‑phase filtration. Manufactured from high‑quality coal and steam‑activated for optimal adsorption performance, CKV‑4 features a nominal pellet size of 4 mm, making it ideal for systems requiring low pressure drop and stable airflow. With its broad pore size distribution, CKV‑4 functions as a reliable all‑round activated carbon, suitable for removing a wide range of gaseous contaminants. Compared to CKV‑3, the larger 4 mm pellets deliver an even lower differential pressure, improving energy efficiency and airflow performance—while offering slightly lower adsorption capacity due to reduced surface area.
  • Based Activated Carbon

    CKV‑1 is a high‑efficiency, coal‑based extruded activated carbon with a nominal grain size of 1 mm, engineered for applications where compact filtration cassettes or small containers are required. Its fine cylindrical structure provides a larger external surface area, resulting in faster adsorption kinetics and superior removal efficiency for a wide range of gaseous contaminants. The smaller pellet size also offers a more favourable pressure drop across deeper carbon beds compared to larger granules, making CKV‑1 ideal for systems requiring high performance in limited space.
  • Based Activated Carbon

    CKV‑3 is one of the most widely used and trusted activated carbon grades in industrial and commercial gas‑phase filtration. Manufactured from high‑quality coal and steam‑activated for optimal performance, CKV‑3 features a nominal pellet size of 3 mm, making it an excellent all‑round media for a broad range of applications. Its balanced pore structure—combining micro, meso, and macro pores—allows CKV‑3 to effectively capture a wide spectrum of gaseous contaminants. The uniform pelletised shape ensures lower pressure drop compared to granular activated carbon, improving airflow efficiency and reducing energy consumption.
  • Based Activated Carbon (1 mm)

    CKV‑2 (CKV‑1) is a high‑efficiency, coal‑based extruded activated carbon with a nominal grain size of 1 mm, engineered for applications requiring compact filtration cassettes or small‑volume containers. Its fine cylindrical structure provides a larger external surface area, resulting in faster adsorption kinetics and superior removal efficiency for a wide range of gaseous contaminants.

    Key Features

    • 1 mm Extruded Pellet Design Ideal for compact housings, cassettes, and small‑scale gas‑phase filtration units.
    • High Outer Surface Area Enhances adsorption rate, making it highly effective for rapid gas removal.
    • Optimized Pressure Drop A deeper bed of 1 mm pellets offers a more favourable pressure profile compared to larger granules, improving system performance.
    • Stable & Durable Coal‑Based Media Provides consistent mechanical strength and long service life in demanding environments.

    Effective Removal of Harmful Gases

    CKV‑2 efficiently adsorbs a broad spectrum of contaminants, including:
    • Organic gases
    • Volatile Organic Compounds (VOC)
    • Hydrocarbons
    • Chlorine (Cl₂) (and similar corrosive or odorous gases)

    Applications

    • Compact gas filtration cassettes
    • HVAC odour control modules
    • Industrial process air treatment
    • Laboratory exhaust filtration
    • Environmental purification systems
  • Based Activated Carbon

    CKG48 (CKV‑48) is a robust, coarse‑grained activated carbon manufactured from high‑quality bitumen. Known for its hardness and durability, this carbon media offers a cost‑effective solution for industrial gas‑phase filtration systems. Its granular structure creates a compact filter bed, resulting in higher differential pressure and enhanced adsorption performance in demanding applications.

    Key Features

    • Coarse‑Grained Structure Provides excellent mechanical strength and long service life, ideal for high‑load filtration systems.
    • Harder Than Pelletised Carbon Ensures reduced dust formation, stable performance, and improved handling.
    • Cost‑Effective Filtration Media Bitumen‑based carbon offers strong adsorption efficiency at a lower price point.
    • Compact Filter Bed The granular shape increases packing density, resulting in higher differential pressure and improved gas contact time.

    Effective Removal of Harmful Gases

    CKG48 efficiently adsorbs a wide range of industrial contaminants, including:
    • Organic gases
    • Volatile Organic Compounds (VOC)
    • Hydrocarbons
    • Chlorine (Cl₂) (and similar corrosive or odorous gases)

    Applications

    • Industrial exhaust treatment
    • Chemical processing facilities
    • HVAC gas‑phase filtration
    • Odour control systems
  • Premium Wood‑Based Activated Carbon for Odour & Gas Filtration

    CKG‑SUPER LITE W is a high‑performance steam‑activated carbon granulate manufactured from renewable wood sources, designed specifically for advanced odour and gas‑phase filtration. With over 30 years of proven success in hydroponic and environmental control applications, this carbon media delivers exceptional absorption efficiency and long‑lasting performance.

    Key Features

    • Low Specific Gravity Lightweight granules ensure easy handling, faster installation, and efficient airflow performance.
    • High Absorption Capacity Engineered with a highly porous structure, allowing maximum contact surface for superior gas adsorption.
    • Large Pore Structure Ideal for capturing a wide spectrum of organic gases and volatile compounds.
    • Eco‑Friendly & Sustainable Produced from wood, a renewable raw material—perfect for companies committed to sustainable operations and green initiatives.

    Effective Removal of Harmful Gases

    CKG‑SUPER LITE W efficiently removes a broad range of contaminants, including:
    • Organic gases
    • Volatile Organic Compounds (VOC)
    • Hydrocarbons
    • Chlorine (Cl₂) (and similar corrosive or odorous gases)

    Applications

    • Hydroponic grow rooms
    • HVAC odour control
    • Industrial exhaust filtration
    • Environmental air purification systems
    • Commercial and residential ventilation units
  • Terminal Single-Cell V Filter Generic name for page copy & search — model above is title / SKU Slim single-cell V terminal filter (F8 up to H13) for terminal filtration in air-treatment units. Compact single-cell V spanning F8–F9 fine to E11–H13 absolute in one slim footprint, for terminal housings and air-treatment units. Key Benefits
    • High airflow
    • Low pressure drop
    • Compact single-cell
    • Wide class range
  • High-Temperature V-Bank Fine Filter (120 °C) Generic name for page copy & search — model above is title / SKU Plastic V-bank fine filter (EN 779 F7–F9 / ISO ePM1) rated to 120 °C for warm-air HVAC and process duty. Polyamide-framed V-bank fine filter rated to 120 °C for elevated-temperature ventilation while retaining low resistance. Key Benefits
    • 120 °C rated
    • High airflow
    • Low pressure drop
    • High media area
  • W-Bank Fine Filter (Economical) Generic name for page copy & search — model above is title / SKU Economical W-bank mini-pleat fine filter (EN 779 M6–F8 / ISO ePM10–ePM1) for value-driven HVAC filtration. MW uses a W-form pack for good media area at an economical price point for general HVAC. Key Benefits
    • Economical
    • Good media area
    • Low resistance
    • Incinerable
  • Energy-Efficient V-Bank Fine Filter Generic name for page copy & search — model above is title / SKU Energy-efficient mini-pleat V-bank fine filter (EN 779 F7–F9 / ISO ePM1) balancing efficiency and fan energy. MVEE offers a strong efficiency-to-energy balance for everyday HVAC final filtration. Key Benefits
    • Energy efficient
    • High media area
    • Stable efficiency
    • Incinerable
  • V-Bank Fine Filter (A+ Energy) Generic name for page copy & search — model above is title / SKU Energy-optimised mini-pleat V-bank fine filter reaching Eurovent A+ (EN 779 F7–F9 / ISO ePM1). MVX maximises media area and minimises resistance for Eurovent A+ energy performance in HVAC and gas-turbine final filtration. Key Benefits
    • Eurovent A+ energy
    • Lowest pressure drop
    • High media area
    • Long life
  • Mini-Pleat V-Bank Fine Filter Generic name for page copy & search — model above is title / SKU Mini-pleat V-bank fine filter (EN 779 M6–F9 / ISO ePM10–ePM1) delivering high airflow at low resistance. V-bank header-frame filter folding a large microglass area into a compact cell for high airflow, low pressure drop and strong energy performance. Key Benefits
    • High airflow, low resistance
    • Very high media area
    • Energy saver
    • Incinerable
  • Compact / Box Fine Filter (Metal-Free) Generic name for page copy & search — model above is title / SKU Metal-free (cardboard / MDF) mini-pleat compact fine filter (EN 779 M5–F9 / ISO ePM1) — incinerable with low energy use. The compact box fine filter in an incinerable cardboard / MDF frame for applications requiring metal-free disposal. Key Benefits
    • Metal-free & incinerable
    • High surface area
    • Low energy use
    • Compact
  • Compact / Box Fine Filter (Metal Frame) Generic name for page copy & search — model above is title / SKU Rigid mini-pleat compact box fine filter (EN 779 M5–F9 / ISO ePM10–ePM1) with high surface area and low energy use. Deeply mini-pleated microglass media in a rigid galvanised / aluminium / stainless frame — space-saving alternative to pocket filters for AHUs and cleanroom pre-filtration. Key Benefits
    • Compact & rigid
    • High surface area
    • Low energy use
    • Stable efficiency
  • Glass-Fibre Pocket Fine Filter Generic name for page copy & search — model above is title / SKU Microglass pocket fine filter (EN 779 M5–F9 / ISO ePM1) with high efficiency and dust-holding for HVAC and HEPA pre-filtration. Microglass sewn-pocket fine filter for demanding HVAC and absolute-filter protection duty. Key Benefits
    • High efficiency
    • High dust-holding
    • VDI 6022 compliant
    • Robust construction
  • Glass-Fibre Pocket Fine Filter (Energy) Generic name for page copy & search — model above is title / SKU Microglass pocket fine filter (EN 779 M5–F9 / ISO ePM10–ePM1) tuned for low energy use as an AHU or HEPA pre-filter. Sewn microglass pockets delivering high efficiency and dust-holding at low energy; VDI 6022 hygiene compliant. Key Benefits
    • High efficiency & dust-holding
    • Low energy use
    • VDI 6022 compliant
    • Euro vent rated
  • Nanofibre Pocket Fine Filter Generic name for page copy & search — model above is title / SKU Nanofibre-enhanced synthetic pocket fine filter reaching F9 / ISO ePM1 85% at reduced energy, up to 100% RH. Adds a nanofibre layer to the synthetic pocket filter for higher ePM1 efficiency at low energy, tolerant to 100% relative humidity. Key Benefits
    • Nanofiber high efficiency
    • Low energy use
    • Up to 100% RH
    • Euro vent energy-rated
  • Pocket / Bag Fine Filter Generic name for page copy & search — model above is title / SKU Colour-coded synthetic pocket fine filter (EN 779 M5–F9 / ISO ePM10–ePM1) with low pressure drop, Eurovent energy rating and VDI 6022 hygiene. Self-supporting synthetic pockets colour-coded by grade (M5 white, M6 green, F7 pink, F8 yellow), Eurovent energy-rated and VDI 6022 hygiene compliant. Key Benefits
    • Low initial pressure drop
    • Colour-coded by grade
    • Eurovent energy-rated
    • VDI 6022 compliant
  • V-Form Coalescer / Pre-Filter Generic name for page copy & search — model above is title / SKU Compact V-form synthetic coalescer / pre-filter (EN 779 G4 / ISO Coarse) for gas-turbine air-intake systems. V-form synthetic pack with a reverse-flow option (MVX-G) packing high media area into a short depth for gas-turbine coalescing and pre-filtration. Key Benefits
    • Compact V-form
    • Reverse-flow option
    • High media area
    • Low resistance
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