High-Precision Calibration: The UT Valid Calibration Block for plates is designed to ensure accurate calibration of ultrasonic testing equipment, specifically for testing materials with thicknesses up to 250 mm. It provides precise reference points for ultrasonic flaw detectors.
Wide Range of Applications: This calibration block is ideal for use in industries that require thickness measurement, material inspection, and defect detection, such as welding, manufacturing, aerospace, and automotive sectors.
Customizable Thickness and Defects: The block is available in a range of thicknesses, and defects can be customized based on the specific testing requirements. Common flaws such as cracks, voids, and inclusions can be simulated for more effective calibration.
The UT Valid Calibration Block is specifically designed for calibrating ultrasonic testing equipment for use in plate material inspections with thicknesses up to 250 mm. It helps ensure accurate thickness measurements, flaw detection, and material characterization during ultrasonic inspections. The block is highly customizable to meet specific application requirements and can include features like flat surfaces, defect simulation, and specific material characteristics.
These blocks are perfect for calibrating ultrasonic systems used to inspect large plate structures, welds, and industrial components in demanding applications. Whether for routine inspections or specialized testing, the UT Valid Calibration Block ensures that your ultrasonic testing equipment is calibrated to deliver the best performance.
| SpecificationDetails | |
| Material | High-quality steel, aluminum, or other suitable alloys |
| Max Thickness | Up to 250 mm |
| Defect Simulation | Customizable defects such as cracks, voids, inclusions |
| Surface Finish | Smooth or rough finish options available |
| Shape | Plate (customized dimensions) |
| Compliance Standards | Meets ASTM, ISO, and other relevant testing standards |
| Usage | Calibration for ultrasonic testing systems for thickness, flaw detection, and material characterization |
| Temperature Range | Suitable for use in environments from 0°C to 60°C |
| Compatibility | Compatible with ultrasonic testing probes and systems |
| Customization Options | Thickness, defect type, and position customizable |
| Weight | Dependent on thickness and material used |
| Durability | Built to endure regular use in industrial settings |
| Lead Time | Dependent on customization requirements |
