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Visit us at the K Trade Fair!

19 – 26 October 2022 in Düsseldorf, Germany: Hall 10, Stand Number 10H07

Visit us at the K Trade Fair! 19 – 26 October 2022 in Düsseldorf, Germany: Hall 10, Stand Number 10H07

TENSILE CREEP TESTER 1727

The tensile creep tester is used to determine the resistance of plastic samples in creep tensile tests. In the ISO 16770 test, the test specimen is subjected to a static tensile load in a temperature-controlled medium. The IPT tester is an all-rounder. 6 stations with 6 different temperatures from 40 °C (optionally 20 °C) up to 95 °C and variable tension levels up to 2,000 N can be programmed and operated independently of each other. The high regulation accuracy of the tension and the distance measurement accuracy, as well as the precise adherence to the predefined temperatures, distinguish the microprocessor-controlled unit. Each of the 6 test stations consists of an independent traction unit with separate controller (via PC) and separate test tank. Test samples can be added, tests started and stopped without affecting other tests in progress. As soon as the test parameters are set, the unit automatically takes over the control / regulation in interaction with the set sequence. The temperature controller of each of the 6 test tanks and the
unique recirculation ensure a constant temperature level of ±0.5 °C.

ACCORDING TO

 ISO 16770

DATA SHEETS

PRODUCT FEATURES

EASY AND SAFE OPERATION

  • Simple mounting of the samples in clamping jaws
  • Simple and safe introduction of the samples into the test tank without contact between the test personnel and the fluid

RELIABLE TEST RESULTS

  • High accuracy of regulation of load and distance measurement
  • Precise temperature compliance
  • Smooth and torsion-free application of force

LASTING EFFICIENCY

  • High-quality unit components guarantee high reliability and a long service life

STATE-OF-THE-ART TECHNOLOGY

  • 6 stations can be programmed and operated independently of each other at 6 different test temperatures and various test forces
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