Mikrosize iThick-E20 Electromagnetic Ultrasonic Thickness Gauge | Najoom Al Falah KSA
Advanced Non-Contact Metrology for Extreme Industrial Environments The Mikrosize iThick-E20 is a cutting-edge electromagnetic ultrasonic thickness gauge (EMAT) engineered for rapid, non-contact measurement in the most challenging industrial conditions. Unlike traditional ultrasonic gauges that require liquid couplants and extensive surface preparation, the iThick-E20 utilizes electromagnetic technology to generate ultrasonic waves directly within the material. This allows for high-precision readings on coated, rough, or heavily corroded surfaces without the need for grinding or cleaning. Specifically designed for durability, this instrument can measure workpieces at extreme temperatures reaching up to 800°C, making it a vital asset for "in-service" inspections where cooling down machinery is not an option. It is the premier choice for professionals in the Saudi Arabian energy and heavy manufacturing sectors who demand accuracy without the logistical delays of surface pre-treatment.
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Specifications
Technical Specifications
Feature | Specification Details |
Manufacturer / Brand | Mikrosize |
Model Number | iThick-E20 |
Technology | Electromagnetic Acoustic Transducer (EMAT) |
Measurement Type | Non-Contact (No Couplant Required) |
Temperature Range | Up to 800°C |
Measurement Range | 1.5 mm – 240 mm |
Substrate Compatibility | Steel, Aluminum, Copper, Titanium (Conductive Materials) |
Features | High Gain Sensitivity, Lift-off Capability |
Probe Options | Multiple specialized EMAT probes |
Application | High-temp inspection, Corroded surfaces, Coated pipes |
Additional Details
Key Features & Advantages
The iThick-E20 offers unparalleled technical advantages, primarily its ability to perform non-contact inspections, which significantly speeds up maintenance workflows by eliminating coupling agents. The device features high gain sensitivity and an impressive lift-off capability, ensuring reliable data even when the probe is not perfectly flush with the workpiece. It is compatible with a wide range of conductive materials, including carbon steel, aluminum, copper, and titanium, covering a broad measurement range from 1.5 mm to 240 mm. With multiple probe options available to suit specific geometry or temperature requirements, the gauge provides the flexibility needed for complex structural audits. Its robust internal architecture is built to withstand harsh environments, delivering high-integrity thickness data that helps prevent catastrophic failures in high-pressure or high-temperature systems.
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