Activated Carbon Bag Filter Media China Factory and Professional Suppliers
Our Activated Carbon Bag Filter Media represents a high-performance fusion of particle and molecular filtration technologies. By integrating premium glass fiber media with impregnated activated carbon, this advanced composite material is specifically engineered to tackle complex air purification challenges in demanding industrial environments.
Designed for maximum efficiency in deodorization and gas capture, this media effectively eliminates Volatile Organic Compounds (VOCs), unpleasant odors, and toxic gases. It is the ideal solution for commercial and industrial ventilation systems requiring a rigorous combination of particulate filtration and chemical absorption to ensure a safe and clean breathing environment.
| Efficiency (0.4μm) | 30% to 85% (Depending on Grade) | Pressure Drop (14cm/s) | ≤40 Pa to ≤170 Pa |
|---|---|---|---|
| ISO 16890:2016 Grade | ePM10 50% to ePM1 90% | EN 779-2012 Grade | M5, M6, F7, F8, F9 |
| Basic Weight | 260±30 g/m² | Thickness (@500 Pa) | 3.0mm to 4.0mm |
| Tensile Strength | ≥15 N/50mm (Cross Machine) | Max Width | Up to 1400mm (Customizable) |
| Available Colors | Light Yellow, Apricot, Purple, Yellow | Filter Base | Impregnated Glass Fiber |
Combines physical particle trapping with chemical molecular absorption for comprehensive air cleaning.
High-capacity activated carbon impregnation ensures rapid and effective capture of volatile organic compounds.
Flexible width options up to 1400mm and multiple efficiency grades (M5-F9) to meet specific project needs.
Reinforced glass fiber substrate provides excellent tensile strength and structural stability under pressure.
Optimized porosity allows for high filtration efficiency while maintaining energy-efficient airflow.
Fully compliant with ISO 16890 and EN 779 standards, ensuring certified quality and performance.
Rigorous testing of activated carbon load to ensure consistent molecular absorption rates.
Advanced slitting technology providing precise widths up to 1400mm for seamless bag construction.
Full traceability for ISO 16890 and EN 779 certification for every production batch.
Integrated logistics for rapid delivery of bulk filter media to global manufacturing plants.
Strategic stockpiling of multiple grades (CARB5-CARB9) to ensure zero lead-time for standard orders.
Expert consultation on selecting the right efficiency grade for specific chemical gas capture.
| Feature | Standard Filter Media | Activated Carbon Media | Business Value |
|---|---|---|---|
| Gas Absorption | Low/None | High (VOCs/Odors) | Enhanced Safety |
| Filtration Range | Particulate Only | Particulate + Molecular | Comprehensive Pure Air |
| Air Quality Grade | M5-F7 Average | Up to F9/ePM1 90% | Higher Regulatory Compliance |
| Replacement Cycle | Frequent (Clogs fast) | Optimized (Balanced Load) | Reduced Maintenance Cost |
| Overall Efficiency | Standard | Superior Chemical Capture | Improved ROI per Unit |
Standard glass fiber media only traps physical particles. Activated carbon media is impregnated with carbon, allowing it to absorb gases, VOCs, and odors through molecular adsorption while simultaneously filtering particles.
For high-efficiency requirements, we recommend CARB8 or CARB9, which correspond to F8 and F9 grades, offering an efficiency of up to 85% for 0.4μm particles and superior gas capture capabilities.
Yes, our media is fully classified under ISO 16890:2016, covering ranges from ePM10 50% to ePM1 90%, ensuring it meets the latest international air filtration standards.
Absolutely. We offer standard widths of 680mm and 695mm, but we can provide custom widths up to a maximum of 1400mm to suit your specific bag filter dimensions.
It is highly effective at removing Volatile Organic Compounds (VOCs), various industrial odors, and many common toxic gases found in commercial ventilation and industrial exhaust systems.
Pressure drop varies by grade (from ≤40 Pa to ≤170 Pa). Choosing the correct grade balances the need for high filtration efficiency with the operational energy cost of your ventilation fans.
