Revolution Synthetic Pocket Filter
By Viskon-Aire
The Revolution Synthetic Pocket Filter from Viskon-Aire delivers superior air filtration by utilizing NanoWave technology, a cutting-edge media that merges the high-efficiency performance of fiberglass with the durability and moisture resistance of synthetic materials. Designed for extended service life, this filter provides 100% mechanical filtration, ensuring consistent efficiency without shedding fibers or degrading in humid conditions.
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Features
- NanoWave Filtration for Superior Performance: The advanced NanoWave media creates internal "waves" that significantly increase surface area, enhancing dust-holding capacity and overall filtration efficiency. This design improves airflow while maintaining high capture rates, reducing pressure drops for energy-efficient performance.
- 100% Mechanical Filtration for Long-Term Efficiency: Unlike electrostatically charged filters that lose effectiveness over time, the Revolution Synthetic Pocket Filter relies entirely on mechanical filtration, ensuring permanent, consistent efficiency throughout its service life. This makes it an excellent choice for long-term air quality improvement.
- Resistant to Humidity and Moisture: The synthetic media construction prevents fiber shedding and withstands high-humidity environments where traditional fiberglass filters may degrade. This moisture resistance ensures long-lasting performance and prevents microbial growth, making it ideal for demanding HVAC applications.
- Leak-Free, High-Strength Construction: Built with sonic-sealed seams, the filter eliminates air bypass and leakage, ensuring that all air passes through the filtration media. The reinforced pocket design provides maximum strength and durability, even in high-airflow or industrial settings.
Details
- Filtration Type: 100% mechanical filtration
- Media: NanoWave synthetic media with increased surface area
- Construction: Sonic-sealed seams for leak-free performance
- Moisture Resistance: High resistance to humidity and damp conditions
- Compliance: Meets NESHAP 319 Testing & Protocol