Email:admin@only-filter.com
The Polyester Air Filter Cartridge from ONLY TECHNOLOGY represents a pinnacle of industrial filtration engineering, utilizing a sophisticated microscopic fiber matrix to isolate contaminants from air streams. By leveraging a dual-mechanism of impaction and adhesion, these cartridges effectively capture particles as small as 0.3 microns, ensuring high-purity air discharge and optimal operational safety across diverse industrial environments.
Designed for versatility and resilience, our polyester filter series is engineered to withstand harsh conditions while maintaining low airflow resistance. Whether integrated into large-scale dust collector systems or precision air purifiers, these cartridges provide a sustainable, clean-air solution that protects sensitive machinery, adheres to strict environmental regulations, and safeguards worker health in high-pollution sectors.
Detailed Parameters
| Model | ON/P3266 | Outer Diameter | 324mm |
|---|---|---|---|
| Inside Diameter | 213mm | Height | 660mm |
| Filter Area | 9.4m² | Model | ON/P3566 |
| Outer Diameter | 352mm | Inside Diameter | 241mm |
| Height/Area | 660mm / 9.4m² | Model | ON/P3275 |
Key Advantages
High Filtration Efficiency
Precision polyester fibers capture microscopic particles effectively, significantly improving overall air purification quality.
Industrial Durability
Superior mechanical strength and wear resistance ensure stable performance in the harshest industrial settings.
Cost-Effective Reuse
Designed for repeated cleaning and reuse, reducing the frequency of replacements and lowering operational costs.
Low Energy Resistance
Optimized air permeability minimizes pressure drops, resulting in significant energy savings during system operation.
Environmental Protection
Drastically reduces dust emissions to comply with environmental laws and create a healthier workspace.
Broad Applicability
Seamlessly integrates into steel, cement, chemical, power generation, and pharmaceutical industries.
Product Gallery
Management Platforms
Dust Load Control
Efficiently manage heavy dust loads including metal shavings and chemical residues in manufacturing.
Pulse-Jet Integration
Compatible with advanced backwashing and pulse-jet cleaning systems for extended filter life.
Regulatory Compliance
Ensures production lines meet FDA and international air quality standards for pharmaceutical use.
Thermal Stability
Maintains filtration integrity under the extreme temperatures of power plants and gas turbines.
Hybrid Filtration
Perfectly pairs with carbon air filter cartridges to neutralize both odors and VOCs.
Maintenance Tracking
Simplified replacement cycles through predictable pressure-drop monitoring for industrial efficiency.
Investment Return Comparison
| Comparison Metric | Standard Filters | ONLY TECHNOLOGY Polyester |
|---|---|---|
| Operational Life | Short (Frequent Replacement) | Extended (Reusable Design) |
| Energy Cost | High Pressure Drop | Low Resistance / Energy Saving |
| Filtration Range | Basic Particle Capture | Advanced 0.3 Micron Efficiency |
| Maintenance | High replacement cost | Low (Cleanable/Durable) |
| Air Quality ROI | Variable/Standard | Consistently Superior/Compliant |
Frequently Asked Questions
Cleaning frequency depends on the dust load of your environment. However, we recommend monitoring the pressure drop; once resistance increases, a cleaning cycle (pulse-jet or manual) is necessary to maintain efficiency.
Yes, our polyester fiber material is specifically engineered for heat resistance, making it suitable for power generation, metallurgy, and gas turbine applications.
Polyester filters primarily capture physical particles (dust, dander, shavings) through mechanical filtration. Carbon filters adsorb gases, odors, and VOCs. Using them together provides comprehensive air purification.
Absolutely. They are designed to remove flour dust and mold spores, helping facilities maintain hygiene standards and comply with FDA regulations.
Larger particles hit the fiber surface directly (impaction), while tiny particles (down to 0.3 microns) are attracted to fibers via electrostatic forces (adhesion), ensuring maximum capture rates.
Industries with high particulate matter such as cement plants, steel mills, chemical processing, and pharmaceutical cleanrooms see the highest return on investment.
Ready to Optimize Your Industrial Air Quality?
Contact UsLeave Your Message
