STEP 1
Frame Loading System
Our machine features a robust frame loading system capable of withstanding maximum forces up to 300kN, ensuring that high-strength materials can be tested with confidence.
High Temperature Tensile Strength Testing Machine
Meets GB/T34220-2017 Standard for High Temperature Tensile TestingOur high temperature tensile strength testing machine is designed for precise testing of inorganic non-metallic materials such as refractory materials, ceramics, and high-temperature alloy materials. With a robust frame loading system capable of withstanding up to 300kN and an accuracy of ±0.5%, this machine ensures reliable and repeatable results. Ideal for industries requiring high-temperature material testing, our machine stands out for its accuracy and temperature control capabilities.
Why Choose Our High Temperature Tensile Strength Testing Machine?
The high temperature tensile strength testing machine is engineered to meet the stringent 'GB/T34220-2017 Test method for high temperature tensile strength of refractory materials' standard. It is specifically tailored for testing the tensile strength of inorganic non-metallic materials at elevated temperatures, ensuring the quality and reliability of materials used in high-temperature applications.
This machine is widely applicable across various industries, including construction, aerospace, and manufacturing, where materials are subjected to extreme temperatures. The machine's ability to test samples at temperatures up to 1650℃, with a precise control accuracy of ±1℃, makes it a critical tool for material qualification and research.
Compared to other models, our high Temperature tensile strength testing machine offers a superior combination of high load capacity, accuracy, and temperature control. Its frame loading system and microcomputer-based control ensure that tests are conducted under consistent and controlled conditions, providing reliable data for material analysis.
- High load capacity up to 300kN with ±0.5% accuracy.
- Temperature control from room temperature to 1650℃ with ±1℃ accuracy.
- Microcomputer control for precise test parameter setting and data acquisition.
