HEF-17 Pulsed Eddy Current NDT Instrument for Pipe Wall Thickness Testing Without Removing Cladding Key Specifications Attribute Value Max detection of wall thickness 2~100mm Diameter of the pipe ≥21mm ... Lesen Sie weiter
TG-3250 Multi-Functional Ultrasonic Thickness Gauge Temperature Compensation Dual Single Element Probe NDT Metal Nonmetal Thickness Testing Meter TG-3250 is a high precision digital ultrasonic thickness gauge. ... Lesen Sie weiter
TG-5600DL Portable Ultrasonic Thickness Gauge Multi-Measurement Modes P-E I-E E-E High Temperature Resistant Industrial NDT Thickness Meter HUATEC TG-5600DL is a portable ultrasonic thickness gauge. Based on ... Lesen Sie weiter
Multiple Echo Modes (IE EE) LED Screen Digital Through Coating Ultrasonic NDT Thickness Gauge Scope of Application This thickness gauge adopts multiple echo modes (IE, EE), which can measure the thickness of ... Lesen Sie weiter
HEC-102 Portable Eddy Current Conductivity Tester For Aluminum Alloy Heat Treatment Inspection NDT Instrument HEC-102 are designed for quick & convenient measurement of material property, such asmaterial ... Lesen Sie weiter
TG-3251 Portable NDT Ultrasonic Thickness Meter A Scan B Scan Dual Element Probe USB Data Output for Composite Material Features ● A&B Scan and big digits display ● Color TFT display 320×240 ● Resolution 0.01 ... Lesen Sie weiter
TG-3250H High Precision Ultrasonic Thickness Gauge 0.001mm Resolution Through Paint Coating & Base Material Dual Measurement NDT Tester TG-3250H is a high precision digital ultrasonic thickness gauge. Based on ... Lesen Sie weiter
High quality and high performance Various new functions ultrasonic flaw detector FD-600 Performance Features 1.Measurement displaying mode: type A displaying mode 2.It is provided with linear reject function, ... Lesen Sie weiter
HCDX-DA172 Wireless Integrated Yoke Flaw Detector Intelligent Constant Magnetic NDT Equipment Performance characteristics: 1. This product is a wireless integrated machine composed of a miniature yoke and an AC ... Lesen Sie weiter