SuperFlex Cables For All Seasons: Extreme Cold to Hot Surfaces–Flexible to -40°F/C, Continuous use to 500°F / 260°C, intermittent to 650°F / 343°C and 750˚F / 399˚C for brief touches. Never stiff – never coils Optional fiberglass sheath provides enhanced protection for…
Couplants, Fluids & Cables for Sub-Freezing Temperatures from Echo Ultrasonics
BNC to BNC SuperFlex™ Single Cable in a green protective sheath (P/N BNCSSBNCG). Temperature range: -40° F/C to 500°F / 260°C for continuous use; up to 750°F / 299°C for brief contact. The highly flexible green sheath protects the cable from rough or sharp surfaces…
Echo Can Help You Select the Best 5 MHz High Temperature Transducer Sensor Networks: DHT-400 Operating Range: Can be used continuously from 0 to 400°F (-17.8 to 204°C) and up to 932°F (500°C) using duty cycles. DHT-400: Your go-to 5 MHz high-temperature dual element…
Packaging with Inspectors in Mind
Introduced in the mid 1970’s by Krautkramer Branson and sold by GE Inspection Technologies for decades, HiTempco has been a standard of performance in silicone based ultrasonic couplants. New HiTempco+ now offers a broader temperature range of -50˚ to 850˚F…
Echo offers high-temperature couplants in packaging as small as a 2-oz tube and as large as a 5-gallon pail. Check out our complete line of high-temperature couplant options. Contact us with any questions or for quotes.
Why Are Echo Cables Different? We looked at why other cables failed and addressed those failures. Our goal is to extend useful cable life, to reduce the need to recalibrate due to field cable failure, to improve ease of transducer access and reduce overall cable...
With winter approaching, many of you will be performing AUT inspections on high temperature parts in a cold environment. Echo has three types of AUT fluid couplants for your AUT needs. Most liquids increase in viscosity as the…
Ultrasonic inspection of very rough or pitted cast iron or weld surfaces can be challenging. A rough or pitted surface can reduce the energy transmitted into the part, thus reducing the amplitude of the received signal. Additionally, there can be considerable…
