A thickness gauge is an instrument used to measure thickness. It is divided into X-ray thickness gauges, paper thickness gauges, film thickness gauges, coating thickness gauges, online thickness gauges, ultrasonic thickness gauges, pressure thickness gauges, and white light thickness gauges. Interference thickness gauge, electrolytic thickness gauge, mechanical contact thickness gauge. X-ray tube assembly

The X-ray thickness gauge measures the thickness of the material by taking advantage of the characteristic that the change in X-ray intensity and the thickness of the material are related when X-rays penetrate the material being measured. It is a non-contact dynamic measuring instrument. It takes PLC and industrial control computer as the core, collects and calculates data, and outputs the target deviation value to the thickness control system of the rolling mill to achieve the required rolling thickness. Its scope of application: Enterprises that produce metallurgical materials such as aluminum plates, copper plates and steel plates. It can be used in conjunction with rolling mills for hot rolling, casting and rolling, cold rolling and foil rolling. Among them, X-ray thickness gauges can also be used for the automatic control of sheet thickness in the production processes of cold rolling, foil rolling and some hot rolling mills.

Multiple independent flaw detection channels are available, allowing for the free input and storage of flaw detection standards from any industry. On-site flaw detection does not require carrying test blocks.

Freely store and replay waveforms and data. X-ray tube assembly

The DAC and AVG curves are automatically generated and can be produced in segments. The sampling points of the flaw detector are not restricted and can be calibrated and compensated.

Freely input various industry standards.

Communicate with a computer to achieve computer data management, and be capable of outputting defect detection reports in Excel format and A4 paper.

Real-time clock recording: Real-time tracking record and storage of flaw detection date and time.

Gain compensation: It can correct the Db attenuation caused by factors such as surface roughness, curved surfaces, and long-distance flaw detection of thick workpieces.

All the above functions cannot be achieved by using an analog ultrasonic flaw detector. X-ray tube assembly