Izod Impact Testing Machine

Izod test astm d256 astm d4812 and iso 180.

Izod impact testing machine.

The charpy method only tests for metallic materials. Jb b series impact testing machines are used to determine the impact toughness of metal materials under dynamic load. Summary of the izod impact test procedure. Charpy impact test are performed on instrumented machines capable of measuring less than 1foot pound.

They have the features of easy operation high efficiency safe and reliable. The impact strength is determined by the loss of energy of the pendulum as determined. At westmoreland mechanical testing research inc. Izod impact testing machine.

The izod impact strength test is an astm standard method of determining the impact resistance of materials. The v notch maker and impact test machine are displayed in fig. Motorized notch sample cutter for izod and charpy impact testing used in conjunction with the model 43 76 impact tester the tmi motorized v notch cutter model 22 05 produces a v notch in an impact test specimen for astm d 256 and iso 180 according to the izod standard. Microcomputer controlled pendulum impact testing machine 2020 08 04 300j manual pointer display metal chapry impact testing mach 2020 08 04 full automatic astm izod impact testing machine charpy impac 2020 08 04.

The v notch maker and impact test machine are displayed in fig. Impact hammer energies are available from 0 5 j up to 25 j. The pendulum of the machine can be raised or released automatically. Charpy test notches can also be made according to astm d 6110 and iso 179.

The izod impact method can test for the toughness of metallic as well as plastic materials. This multi purpose ability is one reason why many prefer the izod impact testing machine. Along with pipe testing component testing and puncture impact testing the ray ran universal pendulum impact tester should more than meet all of your testing requirements. Izod impact tests and charpy impact tests are performed at temperatures ranging from 320 f to over 2000 f.

A pivoting arm is raised to a specific height constant potential energy and then released the arm swings down hitting a notched sample breaking the specimen. The energy absorbed by the sample is calculated from the height the arm swings to after hitting the sample.