Recently, Shenzhen Sansi Testing Technology Co., Ltd.'s R&D and manufacturing center in Changsha, Hunan, is working overtime to complete a large number of orders for high-temperature creep testing machines from testing unit customers!

After receiving this batch of orders, the employees of Sansi Testing immediately entered a tense state of readiness. From the selection of raw materials to the optimization of production processes, from equipment debugging to final quality inspection, we strive for excellence in every aspect to ensure that every testing machine meets the highest precision quality standards. Currently, Sansi people are working together to deliver a satisfactory answer to our customers!

Assembly site of high-temperature creep endurance testing machine

       The high-temperature creep testing machine produced by Sansi Testing is mainly used for testing the mechanical properties such as durability and creep of various materials and products at high temperatures. It can achieve combined command control of stress, strain, speed, etc. According to GB, HB, ISO, ASTM, DIN, JIS and other testing standards, the maximum test force, fracture force, endurance time, creep length and other parameters can be automatically calculated. This testing machine is crucial for evaluating the performance of materials at high temperatures. In modern industry, many materials need to work in extreme environments, so the stability and durability of their high-temperature performance are particularly important.

      The appearance design of the high temperature creep testing machine is exquisite, and it adopts a work platform suitable for ergonomics, making it easy to operate; Using a circular arc toothed synchronous belt reduction system, high-precision grinding ball screw loading, smoother loading, no noise, long service life, stable and reliable, and energy-saving; Adopting the latest generation DSC chip system developed by the company, the temperature control system can be either centralized or independent, with a reasonable and convenient structure, and a smaller footprint; Simple and reliable human-computer interaction interface and data processing interface in terms of user operation interface, to meet different experimental requirements selected by users; Open data structures allow users to randomly call both result parameters and process data, which is very convenient for detection, scientific research, and teaching; Our users have the ability to self edit proposals and report functions, and can edit specialized proposals according to all domestic and international standards for convenient real-time access; The data can be imported into WORD and EXCEL spreadsheets for easy post-processing by users, automatically generating test reports, and printing test reports and curves at any time; At the same time, the testing machine has multiple protection measures, such as electronic limit protection, various electrical protections for power links such as overcurrent and overvoltage, software overload, over displacement protection, mechanical forced safety limit protection, etc. It can also be equipped with unmanned and remote monitoring functions to reduce labor costs and control the testing process anytime, anywhere.