Ultrasonic Thickness Gauge Range 0.025-19.685in with PE/IE/Test Modes Echo-Echo Mode, Backlight Display, Data Storage for Steel, Metals, Plastic, Glass, PVC, Pipes (All Material)

Ultrasonic Thickness Gauge Range 0.025-19.685in with PE/IE/Test Modes Echo-Echo Mode, Backlight Display, Data Storage for Steel, Metals, Plastic, Glass, PVC, Pipes (All Material)

• 【3 Measurement Modes for Versatile Use】T8-UT200 Ultrasonic Thickness Gauge offers three advanced measurement modes: IE mode for measuring metal thickness through coatings, PE mode for uncoated materials like cast iron, and a special testing mode for verifying the authenticity and purity of precious metals such as gold and silver
• 【High-Precision Measurement with V-PATH Calibration】Utilizing IE and PE ultrasonic principles, the T8-UT200 delivers exceptional accuracy with a measurement range of 0.025-19.685 inches and a resolution of 0.01mm. Its V-PATH calibration model and high-precision timing chip ensure reliable results, making it ideal for critical applications in metallurgy, shipbuilding, and aviation
• 【Powerful Data Storage & Easy Data Management】This ultrasonic thickness gauge stores comprehensive measurement data, including thickness values, sound velocity, and time information. With its user-friendly interface and LED-backlight LCD screen, you can easily access and manage data even in low-light environments, ensuring seamless operation in any setting
• 【Wide Application Across Multiple Industries】T8-UT200 is designed to measure the thickness of metals (steel, aluminum, copper), plastics, ceramics, and glass. Its versatility makes it a must-have tool for professionals in petroleum, chemical, aerospace, and other industries, providing accurate and non-destructive testing solutions
• 【User-Friendly Design with Clear Display】Featuring an adjustable contrast LCD screen with LED backlight, the T8-UT200 ensures clear visibility in all lighting conditions. Its intuitive menu and simple operation make it easy to use, while its robust design guarantees durability in demanding industrial environments