The hot MOR tester is a fully automatic high-temperature flexural strength tester designed to measure the bending strength of inorganic non-metallic materials like refractory materials, ceramics, and concrete under high-temperature conditions. It is widely recognized for simulating material performance at working temperatures and is compliant with international standards such as ISO, GB, EN, ASTM, and HB.
The hot MOR tester is designed according to international standards ISO5013, ISO5014, and Chinese standards GB/T13243, GB/T3002, primarily for measuring the hot modulus of rupture (HMOR) of refractories at high and room temperatures. Equipped with PC control, high-precision temperature and force value collection, automatic sample feeding, and I/O control techniques, this tester ensures reliable and precise testing results.
Its application extends to various industries, including metallurgy, ceramics, and building materials, where it is used for quality control and material performance simulation. The tester can handle operations such as temperature rising, keeping, loading, sample feeding, calculating, and printing automatically, providing real-time related information and simplifying the testing process.
Compared to other testers in the series, the hot MOR tester stands out with its high-temperature capabilities up to 1600℃, a maximum load of 10 kN, and a temperature rising rate of 0～10℃/min. These features, combined with its precision and automation, make it a preferred choice for high-temperature material testing.
