Capabilities

• Custom products are a cornerstone of Drytech’s drive for market leadership
• Design, build and test to customer specific requirements
  
• Customer design interface through Pro-E and AutoCAD engineering software
• Rapid prototyping capabilities
• Wide range of laboratory proving and testing capabilities including but not limited to:
  • Dewpoint / Frostpoint determination
    
  • Leak Rates
  • Moisture Vapor Transmission Rates (MVTRs)
  • Hygroscopic Loadings
  • Hydrostatic Testing
  • Pure Air Contamination Analysis
  • Loss on Ignition Testing (LOI)
  • Dynamic Airflow Measurements
    • Flow Rates
    • Pressure Differential

Weapons and Stores Release Systems

Drytech provides a range of desiccant filter modules that purify and dry compressed gas for pneumatic systems and provides greater reliability and maintainability over legacy pyrotechnic systems.

• Working Pressure: 3000 - 6000 psia
• Maximum Flow Rates: 7 - 15 slpm
• Particulate Filtration: 5 - 15 micron
• Effluent Air: -70 deg. C dewpoint or 2.5 ppm
• Filter Life: Up to 200 hours

Infrared / Cryogenic Cooling

Included in our product range are molecular sieve filter modules used for purifying compressed gases used to cool infrared seekers. The function of these filter modules is to remove contaminants that would create a blockage of the Joule Thomson mini cooler and thus impair efficiency of the system.

• Working Pressure: 3000 - 4000 psia
• Maximum Flow Rates: 7 - 10 slpm
• Particulate Filtration: 5 micron
• Effluent Air: -75 deg. C or 2 ppm
• Filter Life: 100 hours +

Radar Waveguide

Drytech provides a range of desiccant containers and cartridge dehydrators that are used to purify and dry ECS/engine bleed air for radar waveguide pressurization. Typical dewpoints achieved are < -65 C dp. Selection of
different types of zeolites also provide for reduction in other contaminants such as hydrocarbons.

• Flow 100 - 400 SCIM
• Pressure 10 - 30 PSIA
• Input Air 85% RH @ 75 deg. F
• Particulate Filtration 5 - 25 Micron
• Output Air < -65 deg. C or 5 PPM
• Typical Life 20 - 80 Flying Hours