High temperature visualization in-situ testing machine

High temperature visualization in-situ testing machine

1 Equipment purpose

High temperature visualization in-situ testing machineMainly composed of intelligent heating system and customized LED Blue telecentric light source, highPrecision light Learn imaging systems, material mechanics testing machines, image processing systems, etcComposition. Can achieve metal (especially high-temperature bonding)High temperature solid materials such as gold, ceramics, ceramic fiber composite materials, refractory materials, etcThe high-temperature performance of materials and their performance with temperature Performance testing and evaluation of changes. Development of high-temperature materials and high-temperature service componentsThe performance evaluation is simple and fastFast and intuitive effects.

II Feature Introduction

1. Function

1)Quickly test the variation law of elastic modulus from room temperature to high temperature, So as to quickly obtain the elastic modulus at any temperature And the brittleness of materials-The variation law of transformation temperature and elastic modulus of ceramic coating with temperature.

2)Testing of High Temperature Energy Dissipation and High Temperature Elastic Recovery Performance (Evaluation of High Temperature Plasticity and Elasticity).

3)The variation law of material hardness with temperature and the speed of high temperature hardnessQuickly confirm.

4)Rapid evaluation of temperature dependent internal stress in ceramic coatings (thermal barrier, environmental barrier coatings).

5. Stiffness and deformation analysis and performance evaluation of notched rings and special-shaped components under high temperature loading.

6)hot-力-Damage evolution of materials in oxygen coupled environmentIn situ monitoring.

2. General functions

1)In situ testing of high-temperature bending strength and bending deflection;

2)High temperature fracture toughness testing and recording of crack opening displacement at high temperatures;

3)High temperature ball pressure method is used to test the high-temperature plasticity and contact deformation of solid materials;

4)High throughput evaluation method for thermal expansion performance and ranking of multiple materials;

5)In situ monitoring of temperature dependent sintering morphology of ceramic bodies under compression or non compression conditions.

6)In situ observation and recording of deformation and failure processes under high temperature compression and high temperature shearRecord.

III mainTechnical Specifications

4、 Device application