The cantilever beam impact testing machine is mainly used for the determination of impact toughness of non metallic materials such as hard plastics, reinforced nylon, fiberglass, ceramics, cast stone, and electric edge materials. It meets the requirements of GB/T1843 "Plastic Cantilever Beam Impact Testing Method" and ISO180, GB/T2611, JB/T8761 standards. Simple in structure, easy to operate, and aesthetically pleasing in appearance, it is an ideal testing equipment for the chemical industry, scientific research institutions, universities, and quality inspection departments.

Izod ImpactFully comply with the requirements of GB/T1843 "Plastic Cantilever Beam Impact Test Method" and ISO180, GB/T2611, JB/T8761 standards. Suitable for the determination of impact toughness of non metallic materials such as hard plastics, reinforced nylon, fiberglass, ceramics, cast stones, and electrical materials. This machine is a detection instrument with a simple structure, beautiful appearance, easy operation, and accurate data. There are three display modes: pointer dial display, digital LCD display, and computer-controlled display. Computer control can print experimental reports. The test method of cantilever beam impact testing machine is as follows:

1. Measure the test thickness according to GB6672, take a point at the center of all specimens, and take the arithmetic mean of 10 specimens tested.

2. Select a punch according to the required anti pendulum impact energy for the experiment, so that the reading is between 10% and 90% of the full range

3. Calibrate the instrument according to the usage rules.

4. Flatten the sample and clamp it in the gripper. There should be no wrinkles or excessive tension around the sample. The impact surface of 10 samples should be made *.

5. Hang the pendulum on the release device, press the button on the computer to start the test, and make the pendulum impact the sample. Repeat the same steps for 10 tests, and automatically calculate the arithmetic mean of the 10 samples after the test is completed.