1、 Introduction to High Temperature Furnace:

FLWKExperimental high-temperature furnaceCooperating with the Fule high-temperature mechanical testing machine, it has the ability to test the various mechanical test properties of high-temperature alloy composite materials under different high-temperature environments, meeting the requirementsASTM、ISO、DIN、FJL、JJG、JINWaiting for various high and low temperature testing standards. Meeting the stringent requirements of quality inspection and scientific research, with stable quality and long-term stable operation for high-temperature testing, it can be used with confidence for many years.

2、 Technical specifications:

1Classification includesFLWK1200Atmospheric temperatureFLWK1800Degree of vacuumWLWK1200℃ rapid heating, inflatable typeExperimental high-temperature furnaceWait.

2Optional temperature measurement range0~1200Degree0~1400℃0~1500Degree0~1800Degree0~2500Degree, etc.

3Temperature measurement accuracy in high temperature areas: ±1℃, ±3℃, ±3℃, ±4℃, ±5℃, etc

4Temperature fluctuation: ±2℃

5Various high-temperature tensile test fixtures, high-temperature compression test fixtures, high-temperature shear and bending test fixtures are available for selection,1200linear measure1600linear measure1800High temperature extensometer, high and low temperature extensometer, fully automatic extensometer, etc.

6、FULEHigh temperature test control system software based onWINDOWSAs a platform, the operating system has the characteristics of precise measurement and control, user-friendly interface, and simple operation, which can meet the testing and measurement needs of different materials,FULETESTThe measurement and control software can expand its functions according to user requirements

7Before choosing a high-temperature tensile compression bending test plan, please be sure to contact the technical engineers of Fule Technology to communicate and confirm the technical specifications. This will be more helpful for you to accurately choose a suitable testing plan for yourself.