Fiber reinforced plastic tensile bending mechanical testing machine

Introduction to Tensile Testing Machine：

FLFiber reinforced plastic tensile bending mechanical testing machineUsed for fiber materials\\Reinforced plastic materials\\Tensile testing of composite materials,configurationFLWKHigh and low temperature test chamber，Fully automatic deformation device, etc,Can achieve automatic tensile testing in high and low temperature environments，Can automatically test tensile strength\\modulus of elasticity\\yield strength\\Test parameters such as elongation rate. configurationFLBending fixtures, shear fixtures, etc. can also be used to test bending strength, bending modulus, shear strength, etc.

Test standard:

Reference method for testing machine：Q/FL-2023Test Method for Tensile Mechanics of Computer Controlled Materials；

Test standard reference：ASTMD822Plastic stretching standardsGBT1447-2005Test method for tensile properties of fiber-reinforced plasticsISO 527-5-1997Determination of tensile properties.第5Partial unidirectional reinforced fiber plastic composite material test conditions and other test standards；

Test Standard：Satisfy othersGB/ISO/ASTM/JIS/FUL/DIN/ENWaiting for experimental standards, etc；

FLFiber reinforced plastic tensile bending mechanical testing machineMain technical specifications and parameters：

Specification and model of testing machine：FL6000series，FL4000be，FL5000be；

Rated test force optional：0~10KN，0-50KN，0-100KN；

Accuracy level：0.5level；

Test force measurement range：0.2%-100%FS；

Relative error of test force indication：≤ ± of the indicated value0.5%；

Experimental power resolution：Experimental force1/500000FS；

Test environment temperature：high and low temperature-70~250℃, high temperature0~450℃；

test speed：0.001mm/min-500mm/minCan be set；

Test speed accuracy：≤ ± of the indicated value0.5%；

Large deformation measuring device：The large deformation measurement system is suitable for measuring deformation in large deformation tensile tests. When not in use, the large deformation test arm can be rotated to a fixed position to lock and release the test space for other tests. Large deformations can also be rotated as a whole to the side of the testing machine to free up the working space of the testing machine；

Laser extensometer deformation measurement：The use of non-contact strain gauges is a specialized measurement method chosen when it is particularly difficult to measure strain using conventional methods. Because they do not require contact with the specimen, they are highly suitable for thin, brittle specimens, specimens with irregular surfaces, or for use in high and low temperature environments；

Non contact video extensometer measurement：The non-contact video extensometer provided by Fule can measure the deformation of plastics at room temperature or high and low temperature environments, with a deformation range from0.01%~1000%All can be tested.

Tensile test fixture：Fule provides a wide range of professional tensile testing fixtures for plastic composite materials, including high-temperature tensile testing fixtures, high and low-temperature tensile testing fixtures, etc.

Key Reminder：For more reference materials and technical information on the selection of testing machines, please contact Fule Technology engineers.