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EMAT electromagnetic ultrasound probe / no couplant °C required Standard high lifting high-power probe / The measurement gap between the probe and the base metal can reach 8MM It can measure -150°C~800°C high temperature detection objects A single probe realizes coating thickness measurement and base metal thickness measurement EX explosion-proof certification
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EMAT electromagnetic ultrasound probes / no couplant required High lifting high power probe/probe and base metal measurement clearance up to 8MM as standard It can measure -150°C~800°C high temperature detection objects A single probe realizes coating thickness measurement and base metal thickness measurement
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136-element digital silicon MIC array Detection frequency range: 0 kHz – 96 kHz Detection distance: 0.3 to 150 meters Supports detection of various anomalies, including gas leaks, partial discharges, and mechanical faults Features photo capture and video recording capabilities
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Optimal Technical Solutions for Defect Detection and Thickness Measurement in High-Temperature Pipelines Maximum lift-off distance up to 300 mm / Rapid Inspection of Pipelines with High- and Low-Temperature Insulation Layers Impact-resistant material, color display screen, and probe with high protection rating Capable of measuring objects ranging from -100°C low temperatures up to 600°C high temperatures
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Measures metals (such as steel, cast iron, aluminum, copper, etc.), plastics, ceramics, glass, and fiberglass. Features a coupling status indicator; when the material thickness is known, it can accurately calculate the sound velocity in reverse, enhancing measurement precision. Compact, portable, and highly reliable—perfect for challenging operational environments, offering resistance to vibration, shock, and electromagnetic interference.
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Assessing fatigue, near-surface consistency, and heat treatment quality of mechanical engineering materials. NDT non-destructive testing techniques: the fastest method for detecting residual stresses in materials. Rapid on-site testing, delivering quick assessment conclusions. Portable non-destructive testing equipment for evaluating residual stresses and mechanical properties of ferromagnetic materials.
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The device features a shockproof casing and comes equipped with a host protective case, probe, charger, and the main unit itself.
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Ultra-wide measurement range—carbon steel can measure up to 600 mm. Impact-resistant color display with waveform visualization, showing all key parameters. Pulse electromagnetic probe designed for non-magnetic materials, making cleaning and inspection effortless. High-temperature probe capable of measuring up to 800°C. Software supports A/B/C scanning and allows direct generation of C-scan reports. The device also enables 2D/3D waveform conversion, offering a more intuitive way to analyze waveforms.
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EMAT Electromagnetic Ultrasonic Probe / Compatible with UT Piezoelectric Ultrasonic Probes Standard equipment includes a high-lift, high-power probe—allowing measurement gaps between the probe and base material of up to 12 mm. Impact-resistant materials with a color display screen, featuring full parameter and waveform visualization. Capable of measuring objects under extreme high-temperature conditions up to 800°C.
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Unique capability to detect both metal thickness and metal coating thickness Impact-resistant material color display / Full parameter and waveform visualization Quick-connect design allows for tool-free, rapid probe replacement Capable of measuring objects under extreme high temperatures up to 800°C
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EMAT Electromagnetic Ultrasonic Weld Inspection Dual-mode Detection: EMAT (Electromagnetic Ultrasonic) and PET (Piezoelectric Ultrasonic) Supports simultaneous dual-channel piezoelectric ultrasonic testing Equipped with TOFD inspection capability The EM8260 utilizes electromagnetic ultrasonic technology, eliminating the need for cleaning when inspecting welds.
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