V-Bank Carbon and KMnO₄ Air Filter – 12x24x12 – MERV 13 – Pack of 2

Activated Carbon & High-Efficiency HVAC Filtration V-Bank Carbon-Blend Air Filter AccuraFil V-Bank Carbon-Blend Air Filters combine particulate filtration and molecular gas-phase filtration in a single high-efficiency HVAC filter. The V-bank configuration provides extended media surface area while the carbon-blend media is designed to address a broad range of gaseous contaminants. Available in MERV 10 and MERV 13 configurations per ASHRAE 52.2, the filter uses a 50/50 blend of activated carbon and potassium permanganate (KMnO₄) micro-granulate embedded in dual-layer synthetic media. The corrosion-resistant ABS plastic frame and 20 mm peripheral header provide a durable configuration for compatible commercial, industrial, healthcare, pharmaceutical, transportation, data center, and other HVAC applications requiring both particulate and molecular contaminant control. Key Benefits Dual Particulate & Molecular Filtration Combines MERV-rated particulate filtration with molecular gas-phase filtration in one V-bank filter configuration. 50/50 Carbon + KMnO₄ Blend Uses a balanced blend of activated carbon and potassium permanganate micro-granulate for broad-spectrum molecular contaminant control. 60% CTC Carbon Blend The 60% CTC carbon/KMnO₄ blend provides a large active media area for adsorption and treatment of gaseous contaminants. Corrosion-Resistant ABS Frame Non-metal ABS plastic construction provides corrosion resistance for compatible environments where reactive gases or humidity are a concern. Technical Specifications Filter Type V-Bank Carbon-Blend Air Filter Filtration Mode Dual Particulate and Molecular Gas-Phase Filtration MERV Efficiency MERV 13 Filtration Standard ASHRAE 52.2 Carbon Blend 50/50 Activated Carbon and KMnO₄ Micro-Granulate Carbon Content 60% CTC Activated Carbon/KMnO₄ Blend Micro-Granules Filter Media Micro-Granulate Adsorbent Media Embedded in Dual-Layer Synthetic Filter Media Filter Depth 12" Frame Material ABS Plastic — Non-Metal, Corrosion-Resistant Header Construction 20 mm Peripheral Header Gaseous Contaminants VOCs / Vehicle Exhaust / SOx / NOx / Ammonia / Ozone / Other Gaseous Compounds Maximum Operating Temperature 131°F (55°C) Recommended Final Pressure Drop 1.50" w.g. Fire Classification UL900 Classified 50/50 Activated Carbon & KMnO₄ Molecular Filtration The V-Bank Carbon-Blend Filter uses a 50/50 blend of activated carbon and potassium permanganate (KMnO₄) micro-granulate embedded within dual-layer synthetic media. The carbon/KMnO₄ blend provides the molecular filtration component while the MERV-rated synthetic media provides particulate filtration. Activated carbon is used for adsorption of gaseous contaminants, while the potassium permanganate component provides chemical treatment for selected molecular pollutants. Combining the two media in one filter provides a broad-spectrum approach to particulate and gaseous contaminant control. ⚗️ 50/50 Carbon + KMnO₄ Blend The carbon-blend media contains 60% CTC activated carbon/KMnO₄ blend micro-granules designed to provide a large active surface area for molecular filtration and adsorption. Targeted Gaseous Contaminants The carbon/KMnO₄ blend is designed for molecular filtration of gaseous contaminants commonly encountered in commercial, industrial, transportation-influenced, data center, and specialized HVAC environments. VOCs Vehicle Exhaust SOx NOx Ammonia Ozone Other Gaseous Compounds V-Bank Design for Efficient HVAC Airflow The V-bank configuration arranges the filtration media into multiple angled sections, increasing effective media surface area within the available filter footprint. The mini-pleated V-bank design supports efficient airflow while providing media volume for particulate and molecular filtration. The 12-inch filter depth provides substantial media volume for applications requiring combined particulate filtration and gas-phase contaminant control. Choosing the Right MERV Rating Select the appropriate particulate filtration efficiency based on facility requirements, indoor air quality objectives, system design, airflow, and allowable pressure drop. MERV 10 Suitable for general commercial, transportation, and light industrial HVAC applications requiring particulate filtration together with molecular contaminant control. MERV 13 Higher-efficiency particulate filtration for healthcare, commercial, pharmaceutical, laboratory, and other applications where increased particulate control is required. ABS Frame & 20 mm Header Construction The V-Bank Carbon-Blend Filter uses a corrosion-resistant ABS plastic frame rather than a conventional metal frame. The non-metal construction is intended for applications where resistance to corrosion is an important consideration. A 20 mm peripheral header provides the mounting interface for compatible HVAC filter racks and V-bank housings. Always verify the existing filter housing dimensions, header configuration, sealing arrangement, and installation requirements before ordering a replacement filter. Commercial & Industrial HVAC Applications AccuraFil V-Bank Carbon-Blend Filters are designed for HVAC applications where both particulate and gaseous contaminant control are required, including: Hospitals and healthcare facilities Pharmaceutical and biotechnology facilities Data centers and mission-critical facilities Commercial office buildings Airports, transit centers, and transportation hubs Laboratories and controlled environments Food and beverage processing facilities Wastewater treatment and waste management facilities Industrial HVAC systems and outdoor-air intake applications Reliable Performance in High-Demand Environments The combination of MERV particulate filtration and carbon/KMnO₄ molecular filtration makes the V-Bank Carbon-Blend Filter suitable for HVAC systems exposed to mixed particulate and gaseous contaminant loads. Hospitals & Healthcare Combined particulate and molecular filtration can help address mixed airborne contaminant conditions in healthcare HVAC environments. Pharmaceutical Manufacturing Higher-efficiency MERV configurations provide particulate filtration while the carbon-blend media addresses selected gaseous contaminants in compatible pharmaceutical and controlled environments. Data Centers Combined particulate and molecular filtration can help address gaseous contaminants that may contribute to corrosion concerns for sensitive electronic equipment. Transportation Hubs The carbon/KMnO₄ blend is designed to target gaseous pollutants associated with vehicle exhaust and outdoor-air intake conditions. Wastewater Treatment Carbon-blend filtration can be used in compatible HVAC applications where ammonia, odors, and other gaseous contaminants are present. Food & Beverage Processing Molecular filtration can be used to target selected gaseous and odor-related contaminants in compatible food-processing and storage HVAC environments. Dual-Mode Particulate & Molecular Filtration Particulate Filtration MERV 10 or MERV 13 synthetic media provides the particulate filtration stage for the selected HVAC application. Molecular Filtration The activated carbon/KMnO₄ blend provides molecular filtration for selected organic and inorganic contaminants gaseous such as VOCs, SOx, NOx, and ammonia. Extended-Surface V-Bank V-bank mini-pleat geometry increases effective media surface area within the available filter footprint. Single-Unit Filtration Combining particulate and molecular filtration in one filter can simplify applications that would otherwise use separate filtration stages. How to Select the Right V-Bank Carbon-Blend Filter 1 Identify the Target Contaminants Determine whether the application requires particulate filtration, molecular filtration, or both. Target gaseous contaminants may include VOCs, vehicle exhaust, SOx, NOx, ammonia, ozone, and other gaseous compounds. 2 Select the Required MERV Rating Choose MERV 10 for general commercial, transportation, and light industrial applications. Choose MERV 13 where higher particulate filtration efficiency is required, including compatible healthcare and pharmaceutical applications. 3 Confirm Housing Compatibility Verify that the AHU or filter housing accepts a 12-inch-deep V-bank filter with a 20 mm peripheral header. Confirm actual filter dimensions and the housing configuration before ordering. 4 Verify Temperature & Pressure Drop Confirm that operating temperature does not exceed 131°F (55°C) and that the HVAC system can accommodate the recommended final pressure drop of 1.50" w.g.. V-Bank Carbon-Blend vs. Separate Carbon & Particulate Filters Conventional HVAC systems may use a separate particulate filter and a dedicated activated carbon or gas-phase filtration stage. The AccuraFil V-Bank Carbon-Blend Filter combines these functions in one filter configuration, providing a compact approach for applications requiring both particulate and molecular contaminant control. The V-bank geometry provides extended media surface area while the carbon/KMnO₄ blend provides molecular filtration. The appropriate configuration depends on contaminant concentration, required MERV efficiency, airflow, available installation depth, and the HVAC system's pressure-drop limitations. Product Selection & Procurement Before ordering a replacement V-Bank Carbon-Blend Filter, verify the actual filter dimensions, 12-inch depth, 20 mm header configuration, MERV rating, airflow requirements, pressure-drop limits, and compatibility with the existing HVAC housing or filter rack. For molecular filtration applications, identify the target gaseous contaminants and evaluate whether the carbon/KMnO₄ media is appropriate for the specific contaminant conditions, concentration, airflow, and operating environment. AccuraFil supplies commercial and industrial HVAC filtration products for facility managers, HVAC contractors, mechanical engineers, healthcare organizations, pharmaceutical facilities, data center operators, IAQ professionals, and procurement teams. Frequently Asked Questions What is a V-Bank Carbon-Blend Filter? A V-Bank Carbon-Blend Filter combines particulate filtration with molecular gas-phase filtration in a V-shaped filter configuration. AccuraFil's model uses MERV-rated synthetic media together with a 50/50 blend of activated carbon and KMnO₄ micro-granulate. What contaminants does the Carbon-Blend Filter target? The filter removes volatile organic compounds (VOCs), vehicle exhaust compounds, sulfur oxides (SOx), nitrogen oxides (NOx), ammonia (NH3), ozone (O3), and other gaseous pollutants. Activated carbon handles organic gases and VOCs through adsorption; KMnO4 (potassium permanganate) handles inorganic gases including SOx, NOx, and ammonia through chemical oxidation. Particulate filtration is simultaneously provided at MERV 10 or MERV 13 efficiency. What is the difference between activated carbon and KMnO₄? Activated carbon removes gaseous contaminants through physical adsorption — capturing organic molecules and VOCs in its porous surface structure. KMnO4 (potassium permanganate) removes contaminants through chemical oxidation — reacting with and neutralizing inorganic gases such as SOx, NOx, ammonia, and ozone that activated carbon alone cannot effectively adsorb. The 50/50 blend provides broad-spectrum molecular filtration covering both organic and inorganic gaseous contaminants in a single filter stage. What MERV ratings are available? The AccuraFil V-Bank Carbon-Blend Filter is available in MERV 10 and MERV 13 configurations according to the supplied product specifications and ASHRAE 52.2. What does 60% CTC mean? CTC refers to Carbon Tetrachloride Activity, a measure used to characterize activated carbon adsorption performance. The supplied product specifications identify a 60% CTC activated carbon/KMnO₄ blend. Why is an ABS plastic frame used? The ABS frame provides non-metal, corrosion-resistant construction, making it suitable for applications where corrosion resistance is an important consideration. What is the filter depth and header configuration? The specified configuration is a 12-inch-deep V-bank filter with a 20 mm peripheral header. Verify housing dimensions and header compatibility before ordering. What is the maximum operating temperature? The specified maximum operating temperature is 131°F (55°C). What is the recommended final pressure drop? The supplied specification identifies 1.50" w.g. as the recommended final pressure drop. Confirm the HVAC fan and system are designed to operate within the required pressure-drop range. AccuraFil V-Bank Carbon-Blend Air Filters AccuraFil V-Bank Carbon-Blend Air Filters combine MERV 10 or MERV 13 particulate filtration, a 50/50 activated carbon/KMnO₄ blend, 60% CTC carbon-blend media, extended-surface V-bank construction, and a corrosion-resistant ABS frame for commercial, industrial, healthcare, pharmaceutical, transportation, data center, wastewater, and other compatible HVAC applications requiring particulate and molecular contaminant control.