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NESP FILTER FOR AHU

NESP FILTER FOR AHU

Model
  • High-efficiently remove airborne particles (MERV 14)
  • High-efficiently sterilize the indoor air (kill viruses and bacteria)
  • One-time purification efficiency is up to over 99%
  • No material consumption, the filter is washable, no need to replace
  • Low energy consumption, safe and power-saving
  • Replace traditional bag filter section of AHU with low air resistance
  • Protects AHU by preventing filth buildup that disrupts cooling and heating performance
  • Nano-electrostatic filter is washable for life, reducing the need for replacements and consumable costs
  • PRAX power module stabilizes voltage for consistent, high-efficiency purification
  • Multiple control boxes and junction boxes are optional
  • Flexible installation: Installation in air duct is acceptable
  • Certification: UL, CE, CB, RoHS
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Key Features

Kill Viruses & Bacteria

NESP® can efficiently kill 99.99% of viruses and 99.96% of bacteria with its strong electric field.

High Efficiency

Unlike traditional filters, NESP® uses open-structure tech that reduces pressure drop and increases efficiency without airflow resistance.

Safe and Healthy

NESP® operates at 6-10 kV with just 1 uA current, ensuring safety. near-zero ozone, and beneficial negative ions

High Usability

NESP@ performs reliably from -15'C to 50C and 100% humidity, with strong flame-retardant properties for added safety.

Washable Filter

NESP®'s nano-PP filter is washable, lasts over 10 years, and cuts long-term costs vs. traditional media filters.

Energy Saving

NESP@'s low pressure drop enables low- power operation, using 50-60% less energy than HEPA-based systems.

Easy Integration

The NESP system seamlessly integrates with your existing AHUs, ensuring a hassle-free upgrade.

Large Dust Capacity

NESP® holds 40× more dust than HEPA filters, reducing maintenance frequency and improving long-term performance.

Stable Voltage Output

NESP®'s intelligent PRAX module ensures consistent voltage ouput for peak purification — no spikes, no performance drop.

Limitations of Traditional Purification Technology

HEPA

• High Resistance
• Frequent Filter Replacement Required
• Potential for Bacterial Growth

ESP

• Large volume
• Discharge & Sparking
• Elevated Ozone Concentrations

IFD

• Low Dust Capacity
• High Environmental Requirements