Sensatek Propulsion Technology

Parent (1 child)

Sensatek Propulsion Technology, Inc. is headquartered on Florida's Space Coast in Daytona Beach positioned to be a market leader in radio frequency based temperature, strain, and pressure sensing technology comprised of advanced ceramics for harsh environments. These sensors sustain temperatures up to 1,700C, there is no need for wiring and batteries, it can be customized and its accuracy is the best on the market. Our customers have touted advantages that include achieving more accurate measurements on rotating and stationary components, eliminate wiring and time involved in managing slip rings and cables, and having improved component life predictions of critical parts. Sensatek's customers include the Air Force Research Laboratory, Siemens Energy, Department of Energy, and NASA Stennis Space Center.

Radio Frequency Sensing Technology, blade tip temperature, heat transfer sensor, engine surface temperature, blade tip clearance, blade tip timing, alumina, 8% Yttria Stabilized Zirconia, al203, turbine blade tip temperature, high temperature sensor, high accuracy temperature sensor, wireless temperature sensor

Gas Turbine Engine Test Cell: Westinghouse J34 gas turbine engines, Garrett TFE731 gas turbine engines on-wing Learjet Business Aircraft, and a Micro-Gas Turbine Engine. Modelling, Simulation, and Prototyping Laboratory: High Performance Computer Rack Mounted Server with 2 Tesla GPUs, Dassault Solidworks, CST Studio, Antenna Mangus, LabVIEW, CNC Machine. Rapid Advanced Materials Processing and Characterization Laboratory: Physical Vapor Deposition Sputter Machine, Scanning Electron Microscope, LPKF UV Laser Machine, Digital Materials Characterization Microscope, Alumina Powder and Substrates, 8% Yttria-Stabilized Zirconia Powder and Substrates High Temperature & Heat Flux Laboratory: Furnaces up to 1750 C, Robotic Arm Controlled High Temperature Heat Flux Burner Rigs. RF Laboratory: Anechoic Chamber, Vector Network Analyzers, Calibration Kits, SNA Connectors, High Temperature Ceramic Antennas, High Temperature SiO2 Cables

Daytona Beach, FL
United States