High Temperature Visualization in-Situ Testing Machine

• Customization: Available
• After-sales Service: 1 Year
• Warranty: 1 Year
• Model NO.: HMLA-TA-Y16
• Temperature Control Thermocouple: Type B
• Temperature Measurement Accuracy: Class 0.2
• Sample Cavity Size: 80*100*140mm
• Sample Size: 3*8*60mm (Standard Sample)
• Transport Package: Wooden Case
• Specification: 0*0*0
• Trademark: customized
• Origin: China

Product Description

Equipment Application

The high-temperature visualization in-situ test machine is mainly composed of intelligent heating system, customized LED blue light far center light source, high-precision optical imaging system, material mechanics test machine, image processing system, etc. It can realize the high temperature performance of metal (especially high temperature alloy), ceramics, ceramic fiber composite materials, refractory materials and other high temperature solid materials, and the performance test and evaluation of the performance with the temperature change. The development of high temperature materials and the performance evaluation of high temperature service components have simple, fast and intuitive effects.

Function Introduction

1. Unique functions
1)  Quickly test the change law of the elastic modulus from room temperature to high temperature, so as to quickly obtain the elastic modulus at any temperature, the brittle-extension conversion temperature of the material, and the elastic modulus of the ceramic coating to change the law with the temperature;
2)  Test of high temperature energy dissipation and high temperature elastic recovery performance (the price of high temperature plasticity and elasticity);
3)  The change law of material hardness with temperature and the rapid determination of high temperature hardness;
4)  Rapid assessment of stress in ceramic coating (thermal barrier, environmental barrier coating) with temperature change;
5) Analysis and performance evaluation of gap ring and special-shaped components at high temperature;
6) In-situ monitoring of material damage evolution in a heat-force-oxygen coupling environment.
2. Regular functions
1) In-situ test of high-temperature bending strength and bending deflection;
2) High-temperature fracture toughness test, and the record of crack opening displacement at high temperature;
3) High temperature ball pressure method to test the high temperature plasticity and contact deformation of solid materials;
4) High-throughput evaluation method of thermal expansion properties and ranking of various materials;
5) In situ monitoring of sintered morphology of ceramic billet under compression or unpressure conditions.
6) In-situ observation and recording of high temperature compression and high temperature shear deformation and failure process.

Main Technical Parameters
 

Model	HMLA-TA-Y16
Operating environment	Air atmosphere
Temperature range	Room temperature-1600ºC, use temperature of 1400ºC under load
Heating rate	The 0-20ºC / min is adjustable
Heating element	Silicon molybdenum bar
Temperature control thermocouple	B mould
Temperature control accuracy	±1 ºC
Temperature measurement accuracy	Level 0.2
Sample cavity size	80*100*140mm
Sample size	3*8*60mm(standard sample)
Sample fixture material	adamantine spar
Pressure head material	silicon carbide
Rated Power	5KN
Dimensional shrinkage measurement accuracy	Dual lenses are 1 micron / 10 micron
Image analysis frequency	The acquisition frequency is adjustable
Power Supply	220V ,50Hz,5kW

 

Device Application