testmachines

From “replacing manual labor” to “surpassing manual operation,” automatic straightening technology has greatly improved the production efficiency and product qualification rate of shaft and rod components. Nevertheless, certain automated equipment still contains error-prone factors that compromise straightening results, posing a major challenge to intelligent straightening. This series of articles will focus on the pain points in

SINOTEST Supports the Successful Holding of Level Ⅱ & Ⅲ Qualification Training for Mechanical Property Testing Personnel of Aviation Industry and AECC SINOTEST Assists the Level II & III Qualification Training for Mechanical Property Testing Personnel of AVIC and AECC In April 2026, the Level Ⅱ and Ⅲ qualification training for mechanical property testing personnel,

Extreme Environment Column (II) | SINOTEST High-Temperature and High-Pressure Hydrogen Environment Testing Machine Solves the Difficulties of Extreme Hydrogen Environment Testing SINOTEST 900℃ high-temperature and high-pressure hydrogen environment testing machine overcomes the difficulties of extreme hydrogen environment testing, enabling the extreme hydrogen service environment to be reproduced in the laboratory. With the rapid development of the

SINOTEST Ultra-Low Temperature Tensile Testing MachineUnleash the “Frozen Power” of MaterialsSafeguard the Safety Mission Under Extreme Environments From LNG storage and transportation, polar engineering, to aerospace and deep space exploration, numerous key facilities in materials science and engineering are required to operate for long periods under extremely low-temperature conditions. Environments with temperatures as low as

With the rapid advancement in fields such as aerospace, nuclear energy, and high-end equipment manufacturing, unprecedented demands have emerged for evaluating material performance under extreme service conditions. High-temperature tensile vacuum testing—a specialized technique that simulates the mechanical behavior of materials under high-temperature, near-space, or oxygen-free environments—is increasingly becoming a critical method for assessing material reliability

Introduction to Compression Testing In our previous article, we introduced the tensile test, the primary method for evaluating the mechanical properties of composite materials.To further test a composite material’s ability to resist collapse and maintain structural stability under compressive loading, another test method is required: the compression test. Composite compression testing is one of the