ISO 6943:2017 specifies a method for the determination of the resistance of vulcanized rubbers to fatigue under repeated tensile deformations, the test piece size and frequency of cycling being such that there is little or no temperature rise.

international standard iso 6943:2017(e) Rubber, vulcanized — Determination of tension fatigue WARNING 1 — Persons using this document should be familiar with normal laboratory practice.

WARNING 2 Certain procedures specified in this document might involve the use or generation of substances or the generation of waste, that could constitute a local environmental hazard. Reference should be made to appropriate documentation on safe handling and disposal after use.

Discover fatigue and DeMattia flex crack growth properties with the highest precision rubber fatigue tester. Flex Fatigue & DeMattia testing remain as two of the most fundamental tests for understanding a rubber compound’s durability.

Our advanced DeMattia Flexing Tester Conforms to ASTM D-430 method "B" and ASTM D-813 standards to measure the ability of soft rubber compounds, leather and similar materials to resist dynamic fatigue.

ISO 132, ISO 6943, ASTM D 430-B , ASTM D 813, ASTM D 4482, DIN 53 522 -1/2/3. The instrument is designed for continuous operation in compound / material research & development laboratories as well as industrial applications like in-process quality control in rubber plants requiring repetitive testing of rubber samples to

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Published by ISO on November 1, 2017 This document specifies a method for the determination of the tensile stress-strain properties of vulcanized and thermoplastic rubbers. The properties which can be determined are tensile strength,...

ISO 6943 offers a method to determine resistance of vulcanized rubbers to fatigue under repeated tensile deformations, the test piece size and frequency of cycling being such that there is little or no temperature rise.

ISO 6943:2017 specifies a method for the determination of the resistance of vulcanized rubbers to fatigue under repeated tensile deformations, the test piece size and frequency of cycling being such that there is little or no temperature rise.