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This ultrasonic thickness gauge is designed for measuring the thickness of materials using ultrasonic technology. It features both A-scan and B-scan display modes for detailed analysis and precise measurements.
This portable ultrasonic flaw detector is used for non-destructive testing to detect internal flaws in materials. It features simultaneous display of high resolution A-scan and B-scan waveforms.
This portable ultrasonic flaw detector is designed for non-destructive testing to identify internal material flaws. It features 50 independent detecting channels, each with separate detecting parameters and DAC curves.
This ultrasonic flaw detector presents waveforms in positive half-wave, negative half-wave, full wave, and radio frequency. It features automatic gain adjustment, defect equivalent calculation, and peak memory function.
This instrument is designed for the on-line detection and measurement of adhesion and flow properties. The system offers one-key operation, which streamlines the testing process.
This high-precision 3D scanner is designed for metal mold digitization and inspection. It features a 5 million pixel camera to capture detailed geometries.
This distillation tester determines the distillate of engine fuel, solvent oil, and light petroleum products. It is designed for precise control and monitoring of the distillation process, ensuring accurate results for quality control and research.
This distillation tester is designed to determine the distillation characteristics of petroleum products. It conforms to GB/T6536 and ASTM D86 standards for testing gasoline, aviation gasoline, jet fuels, and solvents.
This gasoline oxidation stability tester determines the oxidation stability of gasoline. It accurately measures the time it takes for gasoline to oxidize under controlled conditions.
This rapid low-temperature closed cup flash point tester is designed according to GB/T 5208-2008 standards. It is suitable for determining the closed cup flash point of petroleum products in oil, chemical, varnish, paint, railway, aviation, electricity, commercial inspection, and science research institutions.
This high-temperature closed cup flash point tester determines the flash point of various petroleum products. It is designed according to GB/T 5208-2008 and is suitable for use in oil, chemical, and research environments.
This rapid closed cup flash point tester is designed for determining the flash point of petroleum products. It is suitable for use with paints, oils, adhesives, solvents, and other materials with flash points between -30℃ and 50℃.
This Pensky-Martens closed cup flash point tester determines the flash point of petroleum products. It is suitable for determining the closed cup flash point of petroleum products with a flash point over 40℃.
This automatic Pensky-Martens closed cup flash point tester determines the flash point of petroleum products. The instrument features an automated system for heating, stirring, and ignition, minimizing operator intervention and improving efficiency.
This automatic closed cup flash point tester determines the flash point of petroleum products. The instrument automates the entire testing process, including sample heating, ignition, and flash point detection, to ensure consistent and accurate results.
This Cleveland open cup flash point tester determines the flash and fire points of petroleum products. The tester automates heating, stirring, and flame application for accurate and repeatable results.
This automatic Cleveland open cup flash point tester is designed to determine the flash point and fire point of petroleum products with flash points higher than 79 ℃. It automates heating and test flame application to precisely detect the temperature at which vapor ignites.
This tester determines the flash and fire points of petroleum products with flash points exceeding 79°C. It applies a small flame to the liquid's surface at regular intervals to identify the temperatures at which ignition and sustained burning occur.