The electro-hydraulic servo dynamic and static fatigue testing machine is convenient to use, boasts high control accuracy, and exhibits excellent reliability. This series of testing machines incorporates international advanced electro-hydraulic servo dynamic testing machine technology during its research and development process, while taking into account the actual usage conditions of domestic users. They are designed following the development philosophy of "unitization, modularization, and standardization". The key components of the testing machine are sourced from renowned brands of similar products internationally and domestically, or are processed using international advanced technology, significantly enhancing the stability and reliability of the system. The overall performance of the testing machine is comparable to that of internationally advanced product technology levels.
The electro-hydraulic servo dynamic and static fatigue testing machine is widely used for dynamic fatigue mechanical property tests of anchor bolts, steel strands, and locks. It can also perform tensile, compressive, low-cycle, and high-cycle fatigue tests on various materials and components. By configuring corresponding accessories and testing software, it can be used for crack propagation fracture mechanics and other various mechanical tests of various materials. With the optional high and low temperature chamber, it can perform high and low temperature mechanical tests.
The product meets the standards
GBT21839 "Test Methods for Steel Products Used in Prestressed Concrete"
GBT5224 "Steel Strand for Prestressed Concrete"
GB/T14370 "Anchorage, Grips and Couplers for Prestressed Tendons"
JT/T 329.2 "Test Methods and Inspection Rules for Anchorage Devices and Connectors Used in Prestressed Steel Strands for Highway Bridges"
TB/T 3193 Technical Conditions for Anchorage, Grip and Coupler of Prestressed Tendons in Railway Engineering
JGJ85 Technical Specification for Anchorage Devices for Prestressed Tendons
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