impact tester

1. Can be used for both Izod and Charpy test
2. Automatically calculate test result
3. Can connect to PC
4. Smart dimension measuring device

1. It is digital display impact height
2. Sample can automatically pointed to zero position
3. Adopt electromagnet to prevent the second impact

1. It is digital display impact height
2. Sample can automatically pointed to zero position
3. Adopt electromagnet to prevent the second impact

1. Pneumatic clamping, convenient and reliable
2. Windows menu interface control
3. Two test methods of A & B

1. Unviersal impact tester can pefrom charpy, izod & tensile impact.
2. Imports German electromagnetic brakesquickly stop the pendulum after impact

HY4242 LC Falling Weight Impact Tester Manually preset the impact height, manually release the striker, automatically prevent secondary impact.

1. Micro-computer control, large LCD display
2. Build-in micro printer
3. Professional software available
4.Windows menu interface and touch screen

It's used to test the impact resistance of manholes and inspection chambers.

1. It is digital display impact height
2. Sample can automatically pointed to zero position
3. Adopt electromagnet to prevent the second impact

1. JBW-300B Computerized Charpy Pendulum Impact Tester is computer control, high precision, high efficient.

1. JB-300B Semi-Automatic Charp Impact Tester is semi-automatic control, easy to operate.

1. It is digital display impact height
2. Sample can automatically pointed to zero position
3. Adopt electromagnet to prevent the second impact

1. Industrial PLC control, anti-jamming performance, fast data transfer
2. Imported Omron controllers
3. Special inching function, more convenient

1. Microcomputer and computer control
2. Professionals oftware to communicate with computer,supports data output of several test units

1. It is digital display impact height
2. Sample can automatically pointed to zero position
3. Adopt electromagnet to prevent the second impact

1. Analog type, simple structure, easy to operate
2. Fast to test, accurate and reliable
3. Red, white and black, reasonable color assortment

1. SCM control, LCD display, easy to operate
2. Automatically correct the energy loss
3. Automatically calculate, display impact energy, mean value

1. It is digital display impact height
2. Sample can automatically pointed to zero position
3. Adopt electromagnet to prevent the second impact

1. It is digital display impact height
2. Sample can automatically pointed to zero position
3. Adopt electromagnet to prevent the second impact

HY4253D Film Pendulum Impact Tester is used to determine the impact toughness of plastic film, composite film, metal foil and other material.

1. SCM control, LCD display, easy to operate
2. Automatically correct the energy loss
3. Automatically calculate, display impact energy, mean value

1. PLC touch screen control
2. Automatically calculate test result
3. Automatically correct the energy loss
4. Protective cover optional

1. PLC touch screen control
2. Automatically calculate test result
3. Automatically correct the energy loss
4. Protective cover optional

1. Analog type, simple structure, easy to operate
2. Fast to test, accurate and reliable
3. Red, white and black, reasonable color assortment

1. Analog type, simple structure, easy to operate
2. Fast to test, accurate and reliable
3. Red, white and black, reasonable color assortment

1 Impact Tester for Pipe
2 . Adopts imported servo motor control system, fast lifting device, high efficiency;
3. LED display and easy to use

JB-300B semi-automatic impact tester is used to determine the anti-impact capability of metal materials under dynamic load.

Computerized Charpy Pendulum
Mainly used to determine the anti-impact capability of metal materials under dynamic load

1.Izod& Charpy Impact Tester
2.Unique carbon fibre swing arm, high strength, light weight;
3.Equipped with micro printer to printout test reports.

1.Digital Pendulum Impact Tester
2 .The tester is common testing equipment,
which widely used in education school, scientific research units