PowerBreather™
Non-Desiccant Breather Line

Our Non-Desiccant PowerBreather™ Line ensures optimal performance of your water-based hydraulic systems and fluid reservoirs with industry-leading air purification and contaminant removal.

What Makes a Non-Desiccant Breather the Ideal Choice in Certain Applications?

TTI understands that proper filtration is critical for maintaining optimal performance of your industrial machinery and its highly sensitive components. Choosing the right breather is essential to maintaining optimal performance and system longevity.

For some applications, a non-desiccant breather is the ideal choice over a traditional desiccant breather due to specific environmental, chemical compatibility, or moisture absorption concerns.

Contaminants like dust, debris, and oil mist can wreak havoc on sensitive components, leading to premature wear, downtime, and costly repairs. That’s where TTI’s line of Non-Desiccant Breathers comes in.

TTI’s non-desiccant breather is the ideal choice for applications with environmental, chemical compatibility, or moisture absorption concerns that negate the effectiveness of traditional desiccant breathers.

  • Chemical Processing Equipment
  • Water-Based Hydraulic Systems
  • Oil Mist Generating Systems
  • Under the Hoods of Paper Machines
  • Diesel Exhaust Fluid (DEF)
  • Vacuum Systems
  • Systems in High-Humidity Environments
  • Coolants

Donaldson: Trap Breather, Upgrade to cellulose breather caps
Des-Case: DC-ND-2, DC-ND-4, DC-ND-35

Key Performance Features

  • Engineered for Harsh Environments
  • Chemical Compatibility
  • Moisture-Resistant Design
  • Low Maintenance & Extended Service Life
Non-Desiccant PowerBreather™ Family 
TT-2-ND
TT-3-ND
TT-4-ND

Why Choose TTI’s Non-Desiccant Breather?

If your system requires high-performance filtration without desiccant media, TTI’s non-desiccant breather is the perfect solution to ensure clean, reliable airflow while preventing unwanted and harmful contamination that threatens to wreak havoc on your machinery, as well as overall business operations.

  • Engineered for Harsh Environments: Ideal for high-humidity areas where desiccant material would become saturated too quickly.
  • Chemical Compatibility: Designed for systems where moisture-reactive chemicals or lubricants could be affected by desiccant material.
  • Moisture-Resistant Design: Protects against particulate contamination without absorbing essential system moisture.
  • Low Maintenance & Long Service Life: No desiccant media means fewer replacements and lower operational costs.

Find Out More About TT-ND