Vacuum creep testing machine for ultra-high temperature structural materials

Product Introduction

FLECVacuum creep testing machine for ultra-high temperature structural materialsUsed for creep and long-term tensile tests, stress relaxation tests, etc. of various materials in high temperature and ultra-high temperature vacuum environments, this testing machine system consists of imported fully digital servo motors, high-precision ball screw transmission systems, floor standing structural hosts, electrical transmission systems, etcFLVacuum high temperature control systemFULETESTIt consists of a measurement control system, imported high-precision force sensors, high-temperature deformation measurement devices, and industrial control computer systems. can be achieved1000Degree1100Degree1200Degree1400Degree1600Degree1800Creep endurance relaxation mechanical test under high temperature and ultra-high temperature vacuum environment.FLThe vacuum testing system provides reliable high-temperature simulation environmental conditions.

Test standard:

Reference standards for testing machines：Q/FL-2019Standard Method for Computer Controlled Vacuum High Temperature Creep Endurance Stress Relaxation Test；

Inspection Standard：JJG276High temperature creep and endurance strength testing machine；

Test Method：GB/T2039Methods for tensile creep and endurance testing of metals；

Industry testing standards：HB5151\\ HB5150Metallic materials - High temperature creep endurance test method；

superTechnical specifications and parameters of vacuum creep testing machine for ultra-high temperature structural materials：

Specification Model：FLEC304Z，FLEC504Z，FLEC105Z

Optional testing force：0-30KN，50KN，100KN

Accuracy level：1level/0.5level

Test force measurement range：1%-100%FS

Relative error of test force indication：≤ ± of the indicated value1%/± of indication value0.5%

Deformation resolution：Experimental force1/350000FS

Coaxiality of testing machine：≤8％

High temperature range：300degree~1200Degree600degree~1600Degree1800Degree or customized higher temperature

Test itinerary：Customize according to experimental requirements

High temperature fixture：Vacuum rod specimen high-temperature tensile fixture, plate specimen high-temperature tensile fixture, etc

Vacuum high-temperature furnace：The interior of the vacuum high-temperature furnace is divided into upper and lower spaces, with a water-cooled insulation board installed in the middle. The upper chamber is the high-temperature zone for conducting tensile tests, installing high-temperature fixtures and specimens, while the lower chamber is the high-temperature deformation measurement zone

High temperature deformation measurement：The high-temperature creep deformation measurement system adopts a bilateral extension measurement method to take the average value, and the deformation sensor adopts an imported brand inductive displacement sensor, which is resistant to high temperature, has small external dimensions, good stability, high resolution, and high accuracy.

Measurement and Control System：FULETESTThe vacuum high-temperature measurement and control system adopts an embedded integrated touch screen or computer as the operation, display, and control unit. All equipment in the high temperature and vacuum systems are included in the management system, and the real-time display of the working status of each component, setting of system parameters and alarm protection conditions, and setting of the test process are displayed on the color touch screen. It has two control modes: manual and automatic.

safety protection：Equipped with multiple chain protection functions: water cut protection, power cut protection, overheating protection.