AstroCel III,low pressure drop hepa filter,low energy consumption,low resistance,high dust holding capacity,sub-micron glass fibers,hepa ulpa,ulpa,hepa

Product Overview

  • Ideal for demanding operating conditions in critical applications
  • Longer service life — 436 square feet of media — means fewer change-outs
  • Low energy consumption and lower operating costs
  • High-capacity operation with minimal resistance to airflow
  • Chemical-resistant anodized aluminum frame provides superior strength
  • One-piece polyurethane gasket seal and gel seal designs available
Media Type
  • Fiberglass
Frame Material
  • Stainless Steel
Gasket Material
  • Polyurethane (PU)
  • Neoprene
Max Operating Temperature
  • 158˚F (70˚C)
  • UL900

Longer Service Life and Lower Energy Consumption

Multiple mini-pleat media packs, assembled into a series of V-banks, permit substantially more media to be contained in the filter — double the media typically found in most HEPA filters. Maximum effective media area provides greater airflow capacity, low resistance, high dust holding capacity, and unusually long service life. The V-bank configuration provides greater airflow capacity and longer service life, while lowering operating costs. 

Media Configuration Reduces Operating Costs

AstroCel III filter media is made from sub-micron glass fibers formed into a high-density paper. Glass filament separators are used to form the media into mini-pleat panels that withstand high-velocity airflow. The V-bank configuration optimizes media performance for high airflow at very low resistance. Mini-pleat packs are sealed to the frame with two-component polyurethane to increase rigidity and prevent bypass leakage. Construction-extruded aluminum frame components resist chemical corrosion, provide high strength, and are lighter. Cell sides are made from a single extrusion to maximize construction integrity. A gasket seal frame is also available with galvanized sheet-metal cell sides.

Typical Applications 

AstroCel III HEPA filters are ideal for applications operating with higher airflows, up to 600 FPM, and requiring ultra-low pressure drop: 
  • Semiconductor and electronics manufacturing 
  • Pharmaceutical processing 
  • Photo-film manufacturing/processing 
  • Hospitals, laboratories, and optical facilities 
  • Food processing 
AstroCel III Initial Resistance Chart

For sizes and performance data:

Download Full Brochure

Have Questions?