Filtro Carb T – Activated Carbon Filter Tray

About this product

Filtro Carb T are robust, leak-free filters to provide efficient gas-phase filtration and odor control in diverse indoor environments such as commercial buildings, data centers, educational institutions, and clean process facilities. These trays are designed to be pre-filled with user-specific chemical media, including activated impregnated carbon or custom-blended sorbents tailored to target specific contaminants. Available in standard depths 1’’/25mm and 2’’/45mm and custom sizes. Key Features · Targeted gases - VOCs, SO2, NO2, Formaldehyde and Ozone · Activated carbon media · Long service life · Low weight · Easy installation · High air residence time due to deep - bed tray design Frame GI / SS / Plastic Style Box type Media Activated carbon / Blended / Chemical Mesh Support Both side Max. operating temperature 75℃ / 167ºF · Relative Humidity 90% Construction The carbon tray is constructed using high-quality galvanized steel, with optional stainless steel or powder-coated finishes for enhanced corrosion resistance. The filtration media consists of granular activated carbon with large surface area arranged in a loose fill structure, optionally blended with activated alumina, depending on the target gas profile. The media is vibrated during filling to ensure uniform packing and to prevent settlement during operation, maintaining consistent performance and minimizing pressure drop. The Carb Trays are also arranged in V Bank form to handle even larger flow and maintaining high residence time of 0.1 second. Rugged Build Quality Engineered with corrosion-resistant materials to ensure durability and reliable operation in demanding environments. User-Friendly Design Designed for effortless setup and low-maintenance performance to save time and resources. Flexible Dimensions Offered in various sizes to match your specific installation requirements and spatial constraints. Adaptable Filtration Media Available in options such as activated carbon, treated carbon, chemical, or hybrid blends to effectively target diverse contaminants.