Defense & Aerospace

Fluid & Chemical

Fluid Systems & Hydraulics

Plant, Machinery, & Mobile Equipment

Power Generation & Distribution

Wind Energy

Unrivalled capability in delivering total moisture management and contamination control solutions.

DRYTECH designs, manufactures and supplies a comprehensive range of moisture management and environmental control products and systems.

DRYTECH leverages new technologies and material to provide customers with unrivalled product solutions. It's registered AS9100 Rev. C/ISO9001:2008 Quality Management Systems is the cornerstone in ensuring customer satisfaction and market leadership. We have a substantial range of standard products but will design and provide tailored solutions to meet exacting customer requirements.

Included in the range of products are desiccators, cartridge dehydrators, contamination filters, waveguide pressurization systems, membrane filters, tank vent dryers, desiccant breathers and humidity indicators.

Our products focus is towards the military and aerospace markets and we routinely supply Department of Defense and leading US and UK prime contractors. We also serve Industrial markets such as protecting storage tanks (fuels, biodiesels, sulfuric acid), vessels, and totes.

Applications

Typical applications include drying air for radar waveguide, pressurization, environmental protection of optical and infrared pods and sensors, providing dry high pressure air for pneumatic weapons release and purifying high pressure air for I R cooling for missile seekers.

We support most frontline military aircraft including the F15, F16, F18, BI, JSF, and EFA.

Airborne sensors such as SNIPER, ATFLIR and SHARP are protected environmentally by DRYTECH systems. All products have been designed, developed and tested to meet the exacting requirements of aerospace and military applications.

Quality Control

DRYTECH maintains a Quality Management System (QMS) which complies with the requirements of

AS9100 Rev. C/ISO9001:2008 and holds certificate NO: FM546197.


Booth #138 | 9/12/16 - 9/15/16
F-16 & Proven Aircraft Worldwide Review Ogden, UT

Booth #514 | 9/28/16 & 9/29/16
NISTM 2016 Galveston, TX

Booth #428 | 10/11/16 - 10/14/16
Logistics Officers Association Washington, DC

Booth #1216 | 5/8/17 - 5/11/17
AUVSI 2017 Dallas, TX


Some of Our Customers

Industries using our company's productions include aerospace, defense, chemical storage, electronics and electro-optics, telecommunications, and utilities.

We are proud to serve companies and agencies such as:

  • Department of Defense
  • Boeing
  • Lockheed Martin
  • Raytheon
  • Ultra Electronics
  • Tyco
  • Northrop Grumman
  • GE
  • Siemens
  • Parker
  • L-3 Communications

Moisture and Humidity Indication

  • Humidity Indicator
  • Indicating Desiccant
  • Irreversible Indicators

Integrated Systems

  • Airborne Waveguide Pressurization (AWAPS)
  • Self-Regenerative Filter System (SRFS™)
  • Supercharged Membrane Drying Systems

Applications

  • Waveguide Pressurization
  • Airborne Sensors
  • Missiles Systems
  • Lasers
  • Fibre Optics
  • Electro-Optics
  • Threat Detection
  • IR Cooling
  • Pneumatic Weapons Release
  • Payload Imaging Systems
  • Precision Strike Sensors
  • OBOGS Systems

WEAPONS & STORES RELEASE

A mandated change is taking place in DoD's approach to weapons release. The high maintenance pyrotechnic method of weapons ejection is being replaced by pneumatic pylon/rack systems. DRYTECH currently provides desiccant filters that provide extremely dry air to the accumulator rams, eliminating any potential freeze ups at altitude.

INFRARED/CRYOGENIC COOLING

DRYTECH provides a range of zeolite filters that are able to convert high pressure air/gas to purity levels of below 2 ppm moisture and CO2 for cryogenic cooling of infrared detection in thermal imaging systems and missile seekers. Typical filter life is 100 to 200 hours.

AIRBORNE OPTICAL SYSTEMS

Airborne optical sensors suffer from moisture inhalation during mission descent. DRYTECH provides environmental protection of such systems using valved desiccators or ram air feed through cartridges to envelop the pod/sensor with very dry air to ensure reliable sensor performance.