Data centers typically use MERV 13–16 or HEPA depending on risk and compliance. We offer V-cell, cartridge, nanofiber, and biodegradable options. MERV 8 and 11 are still used in some applications.
Not always. MERV 15/16 often balances protection and energy. Choose HEPA when very fine particulate control or strict specs are required.
Filters with low differential pressure (ΔP) lower fan power and improve PUE; long-life media also reduces maintenance and changeouts.
They use eco-friendly media and recyclable frames to cut landfill waste while maintaining airflow and efficiency—ideal for sustainability goals.
Yes—products align with ASHRAE guidelines for data centers and ISO 16890 classifications.
Yes—OEM-compatible V-cell and cartridge sizes, plus custom options made in the USA.
Track ΔP and trends; replace at your setpoint (e.g., 1.5–2.0 in. w.g. or site standard), or sooner if IAQ or airflow degrades.
Usually no for critical areas—washables can vary in efficiency and load dust. Use rated, high-efficiency disposables for predictable performance.
Use particle counters, ΔP trends, corrosion coupons, and targeted gas sensors to align filter strategy with measured risk.
Enterprise: a private data center facility that supports a single organization.
Multi-Tenant / Colocation: organizations lease space and equipment from these centers.
Hyperscale: may have up to 5,000 servers and 500 cabinets.
Edge / Micro: smaller centers built so computing happens closer to the actual data.
Container / Modular: used on construction sites or in disaster areas.
Cloud: Provide data storage, computing and application hosting services via the internet.
TCO combines energy (ΔP), filter price, lifetime, labor, and disposal. Our low-ΔP, long-life media typically reduces TCO.
MERV 13A filters are tested according to ASHRAE 52.2 Appendix J, which includes dust loading to ensure filtration stability throughout the service life. They must maintain consistent efficiency without relying on electrostatic charge.
MERV 13A filters are tested according to ASHRAE 52.2 Appendix J, which includes dust loading to ensure filtration stability throughout the service life. They must maintain consistent efficiency without relying on electrostatic charge.
Electrostatic filters rely on a temporary electric charge to enhance particle capture, but this charge diminishes in use—resulting in efficiency loss. ASHRAE 241 requires mechanically efficient filters that perform predictably over time.
Braden Filtration’s nHIBIT™ Nanofiber MERV 13A filters provide high submicron efficiency with low pressure drop, leading to better airflow, energy savings, and fewer filter changes. They also offer consistent performance in dynamic HVAC environments.
Nano fibers are superior due to their extremely high surface area-to-volume ratio and excellent porosity. Nano fibers contain no PFAS chemicals
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Properly selected MERV 13A filters—especially those with nanofiber media—can reduce resistance and extend service life, mitigating energy consumption. Performance should be evaluated based on pressure drop and air handling unit compatibility.