Electronic endurance creep testing machine

Product Overview

The ZST100-E electronic creep testing machine is a device designed specifically for testing the mechanical properties of materials, widely used in the research and quality inspection of aerospace, energy and chemical, metal materials, polymer composite materials and other fields. Its core function is to simulate high temperature environments (up to 1200 ℃ or above), accurately determine key parameters such as durability strength, creep deformation, and fracture time of materials and products under long-term loads, and support automatic testing and analysis according to international mainstream standards such as GB, HB, ISO, ASTM, DIN, JIS, etc., providing data support for material performance evaluation.

Functions and advantages of ZST100-E electronic creep testing machine

1. High precision mechanical testing system

-Multi mode control: supports composite control modes such as stress, strain, and velocity, meeting diverse testing needs from static loading to dynamic cycling.

-Parameter automation calculation: Real time recording and output of maximum test force, fracture force, creep elongation, endurance time and other parameters, with data accuracy of ± 0.5%, ensuring the reliability of scientific research and industrial testing.

2. Innovative mechanical design structure

-Efficient transmission system: Adopting a circular arc toothed synchronous belt reduction system, the transmission efficiency is increased by 30%, the operating noise is ≤ 55dB, and the maintenance free design significantly reduces the cost of use.

-Stable loading technology: equipped with high-precision grinding ball screw, achieving stepless and smooth loading, long-term use without wear and offset, energy-saving efficiency increased by 40% compared to traditional hydraulic systems.

3. Intelligent control and data processing

-The new generation DSC chip control system: based on independently developed highly integrated chips, with a response speed of microseconds, it can synchronously control multi-channel sensors and adapt to dynamic adjustment under complex working conditions.

-Open data architecture: supports full process calling of experimental process data and result parameters, facilitating in-depth analysis of material creep time curves, stress relaxation laws, etc. by researchers.

4. User friendly operating platform

-Human computer interaction interface: A simple and intuitive touch interface that supports one click switching between testing standards and experimental plans, reducing the training cycle by 50%.

-Intelligent report generation: Users can customize and edit test templates that meet enterprise or industry standards. Data can be exported to Word and Excel with just one click, and a complete report containing curve graphs and key parameters can be automatically generated. Real time printing and archiving are also supported.

5. Safety protection system

-Triple protection mechanism:

-Electrical protection: real-time monitoring and automatic power-off of overcurrent, overvoltage, short circuit, etc;

-Software protection: overload, over displacement warning and emergency stop function;

-Mechanical protection: Mandatory safety limit device to prevent accidental risks.

Typical application scenarios

-Performance evaluation of high-temperature alloys: such as durability life prediction of aircraft engine blades and nuclear power pipeline materials;

-Research on Polymer Materials: Analysis of Creep Behavior of Thermoplastic at High Temperatures;

-Standard compliance verification: Provide certification testing services that comply with ISO/ASTM for industries such as automobiles and rail transit.

ZST100-EElectronic endurance creep testing machineTechnical Specifications