Electronic High Temperature Permanent Creep Tester

Accuracy Class: Class 1/ Class 0.5
Resolution Of Displacement: 0.001mm
Speed Accuracy: ±0.5%
Payment Terms: TT , LC , Others

Electronic High Temperature Permanent Creep Tester


Electronic High Temperature Permanent Creep Tester is applicable for wide range of tensile compression, bending and shear test for metal, nonmetal, composite materials, medicine, food, wood, plastic material, waterproofing materials, insulation materials, wire and cable, paper, film, rubber, textile and aerospace material etc. And can be customized according to the standards provided by customers all kinds of experimental data processing software and test assistive device.


ASTMA370, ASTME4, ASTME8, ASTME9, ASTMD2344, ASTMD3039, ASTMD6641, ISO 14125 ISO6892, ISO7438, ISO7500-1, EN10002-4, GB/T228, GB16491, HGT3844, QB11130, GB13-22, HGT3849, GB6349, GB/T1040.2,

ASTM C165, EN826, EN1606, EN1607, EN12430 etc.

Technical Features

◆ Floor-type and double space structure table, standard model for upper space stretch, lower space compression and bending.

◆ Equipped with brand business computer and A4 brand printer.

◆ A high precision tension-compression type sensor is standard, and multiple load sensors can be expanded.

◆ The built-in controller is adopted to ensure the control of isokinetic displacement

◆ Stable and reliable performance due to the use of AC servo motor

◆ The experimental results can be obtained in automatic and manual, form report form automatically, the data analysis process is simple

◆ Overload protection: automatic stop when 3~5% of the maximum value of each gear is exceeded

◆ Beam travel protection: Double protection of electronic limit and program control.

Installation Conditions 

1. Temperature within the range 0℃~50℃
2. Relative humidity lower than 95%
3. Noise level 25 DB
4. In an environment without obvious magnetic interference and surrounding non-corrosive media
5. In a shock-free, vibration-free environment
6. Leave space not less than 0.7m around the tester, clean and dust-free work environment
7. The base and rack are properly installed on a solid level base

Technical Specifications









Max Testing Force(KN)








Accuracy Class

Class 1/ Class 0.5

Force Measurement Range

 Standard :2%~100%FS; Optional:0.4%~100%FS

Accuracy OTest Force

within ±0.5%

Speed Accuracy

within ±0.5% set speed

Displacement Accuracy

within ±0.5%

Resolution ODisplacement


Deformation Measurement System

Standard: Gauge length 50mm,Deformation range 10mm (can be customized)

Deformation Measurement Range


Deformation Measurement Accuracy

Within ±0.5%  

Tensile Space(mm)

700 (can be customized)

Compression Space(mm)

700 (can be customized)

Test Width(mm)

Standard:360mm,400mm,520mm(can be customized)

Beam Travel Distance






Power Supply

AC220V,50Hz(can be customized)


One set of tensile compression bending test clamp(can be customized)


Various tensile compression bending test clamp can be configured according to user requirements.(can be customized)



2. Sample settings can be saved, changed and remembered
3. Examination of metal, plastic, minerals, organic and inorganic materials, fiber fabrics and textiles
4. Display of one sample curve or support for multiple curve overlays
5. Report in Excel, TXT, CSV, TAB format
6. Load displacement, deformation and real-time testing flow
7. Dynamic display
8. Device management and monitoring locally as well as remotely via a web application
9. Must be able to self-calibrate
10. Disconnect function after completion of testing

Environmental furnace


The furnace body adopts a split structure, the outer wall is made of high-quality stainless steel, and the inside is made of high-temperature alumina furnace tube. The furnace tube and the furnace wall are filled with thermal insulation ceramic fiber cotton, which has good insulation effect and small temperature rise on the surface of the furnace body.

There are grooves on the inner wall of the furnace tube, and the iron-chromium- aluminum resistance wire is embedded in the furnace tube according to the length of the soaking zone and the temperature gradient and fluctuation requirements. The upper and lower holes of the furnace body have a small opening structure to reduce heat loss.

The rear part of the furnace body is equipped with hinges to facilitate the connection with the rotating arm or column.

System composition

The electric furnace system consists of: high temperature furnace body, temperature measurement and control system, heating element, temperature measurement element, adjustable support arm system, high temperature stretching fixture and connection accessories, pull rod up and down holding device system and so on.

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