Charpy impact tester
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Izod / Charpy Impact Tester Computerized
Identifying the strength and durability of materials is of utmost importance to make sure that quality products will be delivered to the customers. Thus, if you are looking for a highly accurate lab testing instrument to identify the sturdiness of materials under sudden falling force or impact, then you must go with Presto Izod / Charpy Impact Tester Computerized model.
IZOD/Charpy Impact Tester NXG
The IZOD/Charpy Impact Tester is a reliable and consistent testing instrument that is used for measuring the impact resistance of materials under sudden falling force or impact. Presto has designed a high-quality IZOD/Charpy Impact Tester NXG model that will easily reveal the impact strength of plastics and other related materials.
IZOD/CHARPY Impact Tester Digital
The PRESTO IZOD/CHARPY IMPACT TESTER has been designed for assessing the impact resistance of plastics. Operated on the pendulum method principle, this equipment serves as a reliable instrument to gauge the impact resistance of materials when subjected to sudden falling force or impact. Users can accurately conduct charpy and izod test on the materials and ensure that accurate products will be delivered to the customers. The IZOD/Charpy Impact Tester stands as a consistent and indispensable testing equipment for accurately measuring the capacity of materials to withstand impact, contributing valuable insights into their durability and structural integrity.
Charpy impact tester
The Charpy impact tester is named after a famous scientist who invented the technique of evaluating the impact resistance of hard plastics that are used in variable industries ranging from aeronautical to electrical appliances.
Hard plastic materials are utilized in the manufacturing process of products that are majorly exposed to the environment which makes them highly prone to accidents & jeopardies.
To ensure the durability of the product, these hard plastics are assessed on their impact resistance with the help of a pendulum-basis hammer impact mechanism in which the specimen is placed in a vertically aligned clamping assembly and the hammer strikes the specimen, forcing it to break into two halves.
The instrument is a feature-loaded and accuracy-riven lab testing equipment.
