Activated Carbon V-Bank Air Filter

Activated carbon V-Bank air filter is a high-capacity air purification filter designed for gas-phase pollutant control, specifically developed for high airflow ventilation systems and air handling units (AHUs). The filter uses a granular activated carbon filling structure with a V-bank configuration to increase the filtration media area, allowing sufficient contact between air and the activated carbon layer. It effectively removes odors, VOCs, formaldehyde, chemical gases, and other molecular contaminants, making it an ideal gas-phase filtration solution for industrial exhaust treatment.

Filter Material: activated carbon particles
Frame: galvanized steel / aluminum / stainless steel
Sealing Gasket: EVA
Temperature Resistance: ≤80%
Humidity Resistance: ≤80%RH
Adsorption Efficiency: >95%

Features and Benefits of V-Bank Carbon Air Filter

V-Bank Modular Structure for High Airflow Applications
The V-bank structure is assembled with multiple activated carbon filter modules to increase the effective filtration area and gas contact efficiency without requiring additional installation space. It is designed to meet the high airflow filtration requirements of large air handling systems.
High-Performance Gas Adsorption Capability
The granular activated carbon media is specially treated with chemical formulations to effectively adsorb various pollutants, including VOCs, odors, formaldehyde, benzene, acidic gases, alkaline gases, and other harmful chemical contaminants.
Stable Performance with Reduced Efficiency Degradation
The activated carbon media is securely fixed to maintain uniform distribution, minimizing carbon settling and air bypass issues. This ensures consistent adsorption performance and reliable operation over long service periods. treated.
Flexible Configurations for Different Purification Requirements
Multiple activated carbon types and frame options are available, including galvanized steel frames, aluminum alloy frames, and stainless steel frames. Customized filtration solutions can be provided according to different pollutant sources and application requirements.

Product Specifications

Note: other specifications can be customized according to your requirements.

Parameter	Specification
Filter Media	granular activated carbon
Sealant	polyurethane two-component adhesive
Frame Material	galvanized steel / aluminum / stainless steel
Sealing Gasket	EVA
Adsorption Efficiency	>95%
Maximum Operating Temperature	80℃
Maximum Operating Humidity	80%

Size: WHD (mm)	Layers	Rated Airflow (m³/h)	Initial Pressure Drop (≤Pa)	Activated Carbon Weight (kg)	Adsorption Efficiency (%)
287592292	3	2800	200	22.04	95%
287592292	4	3000	200	29.38	95%
592592292	4	3734	200	29.38	95%
490592292	4	3360	200	29.38	95%
490592292	5	4200	200	36.73	95%
592592292	5	4667	200	36.73	95%
610610292	5	4809	200	37.85	95%
287287292	2	905	200	7.12	95%
490287292	3	1358	200	10.69	95%
490490292	3	2318	200	18.24	95%
592490292	4	3091	200	24.32	95%
592287292	4	1810	200	14.25	95%
592592292	3	2800	200	22.04	95%
305610292	3	2886	200	22.71	95%
610305292	5	2405	200	18.93	95%
484484292	3	2290	200	18.02	95%
630630292	5	4967	200	39.09	95%

Applications

Activated carbon V-Bank air filter is designed for air purification systems that require control of gas-phase pollutants, odors, and molecular contaminants. It is widely used in the following applications:

Large HVAC Systems & Commercial Buildings
Used in airports, hospitals, office buildings, and public facilities to effectively remove odors and airborne pollutants while improving indoor air quality and energy efficiency.
Industrial Manufacturing Environments
Applied in chemical plants, petrochemical facilities, steel industries, and production workshops to control corrosive gases and industrial emission pollutants.
Electronics & Semiconductor Industry
Removes airborne molecular contaminants (AMC) and protects sensitive manufacturing processes from chemical contamination.
Pharmaceutical & Laboratory Environments
Controls chemical pollutants and odors to meet high cleanliness and air quality requirements.
Cultural Preservation Facilities
Used in museums, archives, and libraries to remove corrosive gases such as sulfur oxides and nitrogen oxides, helping protect valuable collections from damage.