ZwickRoell offers various testing solutions for finished textile products, from...
Read MoreZwickRoell offers various testing solutions for finished textile products, from...
Read MoreZwickRoell offers a comprehensive product portfolio for standard-compliant testing on...
Read MoreTesting of Straps, Belts, Ropes and Cordage Tensile Test on...
Read MoreTesting of Threads, Yarns, and Twine Tensile Tests on Sewing...
Read MoreHere you will find comprehensive information about standard-compliant materials testing...
Read MoreHere you will find comprehensive information about standard-compliant materials testing...
Read MoreFlexible foam is used in vehicle seat cushions, furniture, mattresses...
Read MoreA key aspect of the characterization of molding materials is...
Read MoreNon-destructive and destructive materials testing examines the mechanical loading of...
Read MoreThere is a well-established technique used to determine the physical and mechanical properties of raw materials and components used in every industry. To meet the challenges posed in testing this widely diverse range of materials, there are a number of high-performance materials testing machines designed to accurate and repeatable measurements.
Material testing machines are suitable for use in quality control, production industry, laboratory, R&D and even education. Typically measured parameters of tested material include: tensile strength, compression, bend strength, break load, coefficient of friction, puncture strength, tear resistance, peel strength, shear strength, elastic limit, elongation, Young’s modulus, creep and stress relaxation among others. These extensive testing capabilities mean that there is a diverse range of application market like plastics, metal, textile, paper and board, medical, pharmaceutical, wood, automotive, building materials and many others.
Customized plastic testing systems for every application. Specimens are taken from finished products, and sections of products are tested, or the entire finished product is subjected to mechanical loading to test its function. For example;
Of the major construction material worldwide metals are and remain with great share. A high percentage of steel materials can be recycled many times over and are therefore considered sustainable. Understanding their material characteristics is essential for design engineers and people who use these materials. Material characteristics are obtained from mechanical-technological materials testing, whereby materials testing machines load the materials until they fail. Testing solutions available:
Composites consist of two or more combined materials. Combining materials results in very specific material properties, such as stiffness and strength in specific directions while keeping weight to a minimum, thus enabling the development of new applications. Composites are used in many new products; airplanes, civil aviation, automobiles.
They are so light that two people can carry one. Race cars have been using fiber composites for quite some time. Composites are also used in medical engineering, for example, in prostheses, in the construction industry as multifaceted materials for bridges, and in facade engineering.
Textiles have been a part of human life for thousands of years. People used natural raw materials such as cotton, flax fibers, animal hair, and silk threads. Modern textiles are high-tech products. In specific material compositions they offer qualities we did not dare dreaming of a few decades ago. Thus, with accurate, and reproducible results test will be done for yarn, threads, twine, belt, rope, fabrics and geotextiles etc. solutions are provided.
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