This Simple suspension plastic pendulum impact testing machine(ZBC1400-B) adopts semi-automatic control, easy to operate and high efficiency.
Item No :
ZBC1400-BWeight :
70KgCertificate :
GB, ISO, JB, ASTMPower Source :
AC220VImpact energy :
Simply supported beam 4J、2JSimple suspension plastic pendulum impact testing machine
Description |
Simple suspension plastic pendulum impact tester is a testing instrument for testing the impact resistance of non-metallic materials such as plastic, nylon, hard rubber, glass fiber reinforced plastics, electrical insulation materials, etc. under dynamic load. This machine adopts semi-automatic control, easy to operate and high efficiency. The test data is automatically obtained after impacting the sample. It can be better reflected in the laboratory where impact test is conducted continuously and the manufacturer where impact test is conducted. The control panel and display screen equipped with this machine can meet the operation and display requirements required by the user's test, such as the display of impact absorption energy, impact strength, pendulum swing angle and printing of test report. This machine can do both simple beam test and cantilever beam test. It is convenient to adjust and replace the support and has strong applicability. It is a testing instrument for rigid plastic manufacturers, quality inspection units, scientific research institutes, etc.
Standards |
GB/T 1043-2008 Test Method for Simply Supported Beam Impact of Rigid Plastics
GB/T 1843-1996 Test Method for Impact of Plastic Cantilever Beam
JB/T 8761-1998 Plastic Cantilever Beam Impact Tester
JB/T 8762-1998 Plastic Simple Beam Impact Tester
ISO 179:2000 Plastics-Determination of Charpy impact properties
ISO 180:2000 Plastics-Determination of Izod impact strength
Parameters |
Impact energy |
simply supported beam 4J、2J |
Over hanging beam |
4J、2.75J |
Pendulum moment |
Simply supported beam 2.1436N•m、1.0718 N•m |
Over hanging beam |
2.1436N•m、1.4737 N•m |
Pre-rising angle of pendulum |
150º |
Angle resolution |
0.1º |
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