The safety of the plastic pipes not only a problem worried by the tube producers and tube users, but also a direction we searched for. The plastic pipeline thickness measuring system in extrusion line dispels the safety worry of plastic pipe. Our system realizes the whole process measurement and monitoring for plastic pipe. Thus completely eradicates the unqualified pipes.

This plastic pipeline thickness measuring system is suitable for measuring the plastic material pipes (like PE, PP, PVC, etc.) in the area of gas pipe, water supply pipe, conduit pipe, and medical catheter.

1. Lower and completely eliminate the quality risks in the production of plastic pipes and improve product quality

2. Shorten the start-up time, reduce the rejection ratio

3. The plastic pipeline thickness measuring system in extrusion line is featured of complete recording and filing of production data

4. Automatically generate a statistics form of pipe quality

5. This kind of system covers the whole production process, thus makes the worker easily know when the production line start up, when stop and when appear the quality problem. The remote monitoring software with the function of export data or choice can makes the quality testing staff know the scene and historical situation of production line without going to the factory.

Working Principle

The measurement principle of probe is as following:

The ultrasonic probe distribution structure is as following:

1. The built-in fixed ultrasonic transmitter can measure various range of pipe wall thickness.

2. The number of ultrasonic probe: 4, 8, 16

3. The protection grade of the ultrasonic probe is IP68, thus it can be directly fixed to the scanning box, and whole installed inside of the water tank (determined on specific model).

4. The probe of the plastic pipeline thickness measuring system can measure the thickness of multi-layer pipe, and the thickness of each layer can be displayed separately (optional).

Probe: ULTRAMAC 630-8T 

Measurement range of external diameter: 250-630mm