Aegis Air Filter Media — Premium Carbon + Zeolite Blend

The Aegis Air Filter Media is a high-performance VOC adsorption and odor control media engineered specifically for enclosed 3D printing environments. Based on a proven 50/50 activated carbon and zeolite blend similar to advanced filtration mixes used in other premium systems, our media combines deep adsorption with broader gas capture for more effective filtering of resin fumes and volatile organic compounds.

Unlike basic charcoal alone, the Aegis Air Filter Media delivers strong adsorption of a wide range of VOCs and odors — including those produced by resins — while helping maintain cleaner air inside your printer enclosure.

Why This Blend Works

• Activated Carbon for broad VOC capture
  High surface-area activated carbon effectively adsorbs a wide range of fumes and odors that are common during resin printing.

• Zeolite for enhanced adsorption range
  Zeolite adds microporous adsorption and complements carbon by targeting additional VOCs. When paired with carbon in a balanced mix, it broadens the range of air contaminants the media can retain.

Together, these components create a reliable filtration medium that performs significantly better than carbon or zeolite alone.

Key Features

• Balanced Carbon + Zeolite blend optimized for VOC adsorption and odor reduction

• Engineered for Resin 3D printers, where resin fumes and VOC are present

• Vacuum-sealed for freshness and minimal dust until ready to install

• Pre-measured 200 g bags — perfect for one complete fill of your Aegis filter drawer

• Easy refill and replacement — no measuring or messy handling required

How to Use

Simply open the vacuum-sealed bag and fill your Aegis filter drawer with the media. The 200 g quantity is calibrated to fully replenish your filter housing for maximum effectiveness.

Approximate Replacement Interval

Replacement frequency will depend on usage, resin type, and odor levels. For most environments, monitor performance and replace when odor reduction becomes noticeably less effective.