IPT Institut für Prüftechnik Gerätebau GmbH & Co. KG

Booth number D.02


IPT develop innovative solutions for effective quality test­ing for test laboratories of raw ma­te­rial and pipe manufacturers.

About us

IPT, One of the leading providers of test systems for the plastics processing industry!

We develop innovative solutions for effective quality test­ing for test laboratories of raw ma­te­rial and pipe manufacturers, processing companies and test­ing institutes around the world.

Our portfolio includes individual pieces of test equipment, accompanying test software and the fitting out of entire test laboratories. From the development of customer-specific solutions to training and expert assistance throughout the entire project, we provide you with everything you need for an effective state-of-the-art quality management system.

IPT Institut für Prüftechnik Gerätebau GmbH & Co. KG
Schulstr. 3
86447 Todtenweis

Phone: +49 8237 9660
Internet: www.iptnet.de

Contact person

Amadou Ba
Phone: +49 8237 966405

Products and Services

IPT’s concept is based on the continual and consistent delivery of highly-developed solutions for the current needs of the plastics industry and end-users.

This results in products manufactured with excellent workmanship and flawless quality.

For all IPT developments, highest priority is given to complying with inter­natio­nal safety stan­dards, producing attractive and functional designs, ensuring maximum reliability and acting responsibly with regard to energy consumption.


The internal pressure creep test is a test procedure for determining the strength of thermoplastic pipes. The samples are subjected to a constant hydrostatic internal pressure at a constant ambient temperature either for a specified period or until they fail. The test duration is subject to the tension generated by the internal pressure and the temperature.

Further reading


The pulsator is used to test pipes and containers made from thermoplastic polymer for resistance to alternating pressure stress. The test specimen is fi lled with water and subjected to pressure cycles by the pulsator. The number of test cycles can be adjusted.

Further reading


The temperature cycling tester is designed to determine the resistance and stability of thermoplastic pipework and pipework connections consisting of stiff or flexible parts when subjected to alternating thermal shock. This applies to pipework systems intended to be used for conveying hot and cold pressurized water.

Further reading

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