Go to website
Defense, Industrial, Auto and Heavy Vehicle, Aerospace, Medical and Pharmaceutical
Whether delivering critical specs to aircraft pilots, providing charging solutions for electric vehicles, streaming data for mission-critical defense applications or giving expectant parents a first look at their unborn children, connector solutions from Cannon connect important information with those who need it in industries such as medical and pharmaceutical, defense, auto and heavy vehicle, industrial and aerospace.
ARINC 600 Rack & Panel Filter Connector TBKAD
ARINC 600 Filter Connector protects critical electronic systems from EMI, voltage transients and voltage surges at the connector interface. It is ideally suited for navigation, radar, avionics, flight controls and flight management applications.
offers a suite of easy-to-install splices for repairing cables on commercial aircraft. Innovative and lightweight, NetSpliceTM uses standard wiring tools to splice together damaged cables used in data transfer and RF applications.
ARINC 801 Fiber Optic Connector Solutions
A complete end-to-end solution featuring connectors, termini and cable harnesses, Cannon’s
ARINC 801 Fiber Optic Connector Solutions meet the Aerospace industry’s demand for fast, reliable and secure data transmission in the harshest environments.
Go to website
Defense, Food and Beverage, Industrial, Infrastructure, Oil and Gas, Auto and Heavy Vehicle, Aerospace
Whether protecting structures from seismic events, preventing mechanical shock in heavy industry, or providing noise abatement in passenger aircraft, Enidine products are critical to meeting world-class standards of safety and comfort. For more than 50 years, ITT Enidine has crafted highly engineered shock absorption and vibration isolation solutions for any need or situation in sectors including defense, food and beverage, industrial process, oil and gas, automotive and heavy vehicle, and aerospace.
UltraLOC Airline Seat Recline Products
ITT Enidine Inc. has created the
UltraLOC™ seat recline system
for a new standard in seat recline technology. Seat locks are available in variable or fixed positions to meet all airline seat lock requirements. These units provide superior tensile load capacity and compressive power to improve the integrity of the seat.
Load Compensating Rate Control (LCRC)
Load Compensating Rate Control (LCRC) by ITT Enidine meets these requirements. The LCRC technology utilizes a quick connect system for ease of installation and maintenance, while compensating for bins loaded up to 100 lb. carrying capacity.
Custom Elastomers and Noise Attenuation Devices
ITT Enidine offers a complete line of side panel, dado panel, floor panel, stow bin and auxillary equipment isolation for the aviation industry. From
elastomeric compound development, prototype development and testing, through product qualification, ITT Enidine has the knowledge and equipment to provide the proper, cost effective part for your application.
Aerospace Controls is leading the way in design, development and manufacturing of top-of-the-line actuators, fluid control devices and environmental control systems for the aerospace and defense industries. We strive to continuously offer new, cutting-edge products that set us apart and make us a leader in global aerospace technology markets.
Harsh Environment Linear Actuator
utility actuators designed for the most demanding aircraft applications.
Potable Water Pump
Potable Water Pump consists of a 3-phase, water-cooled induction motor and a centrifugal impeller.
Valves product line is continually expanding to provide our customers with custom solutions and combinations.
Go to website
Chemical, Defense, Infrastructure, Aerospace, Medical and Pharmaceutical
Founded in 1993, Matrix serves the unique needs of customers engaged in critical components in the Aerospace, Defense and Commercial/General Aviation industries.
Our full-service capabilities include the design, development, tooling, fabrication, testing and integration of critical composite products. Our experienced team of engineers routinely apply the latest technologies in materials and processing methods to fabricate the most complex geometries and achieve the overall goal of the composite component for our customers’ critical requirements.