1.DSC-BS52 differential scanning calorimeter mainly measures and studies the melting and crystallization processes of materials, glass transition temperature, curing degree of epoxy resin, thermal stability/oxidation induction period OIT, polycrystalline compatibility, reaction heat, enthalpy and melting point of substances, thermal stability and crystallinity, phase transition, specific heat, liquid crystal transition, reaction kinetics, purity, and material identification, etc.
DSC differential scanning calorimeter is a thermal analysis technique widely used in scientific research and industrial fields, and has become an important tool for exploring the thermal properties of substances. Differential scanning calorimeters study the thermal properties of substances by measuring the difference in heat flow between the sample and the reference material during heating or cooling. In the field of scientific research, differential scanning calorimeters are widely used. For instance, in the field of chemistry, it can be used to study the thermal effects of chemical reactions, understand the reaction mechanisms and kinetic processes. In the field of materials science, DSC technology can help researchers understand important parameters such as the thermal stability and glass transition temperature of materials, providing strong support for the design and development of new materials. In the industrial field, differential scanning calorimeters also play an irreplaceable role. Through DSC technology, engineers can understand the possible changes in thermal performance of products during production and use, thereby optimizing the production process and quality control. In addition, DSC can also be used for product quality control and raw material screening to ensure product performance and stability.
2.YY-1000A Thermal expansion coefficient tester is a precision instrument used to measure the dimensional changes of materials when heated, mainly for determining the expansion and contraction properties of metals, ceramics, glass, glazes, refractory materials and other non-metallic materials at high temperatures.
The working principle of the coefficient of thermal expansion tester is based on the expansion and contraction phenomenon of objects due to temperature changes. In the instrument, the sample is placed in an environment that can control the temperature. As the temperature changes, the size of the sample will also change. These changes are precisely measured by high-precision sensors (such as inductive displacement sensors or LVDTS), converted into electrical signals, and ultimately processed and displayed by computer software. The thermal expansion coefficient tester is usually equipped with a computer control system, which can automatically calculate the expansion coefficient, volume expansion, linear expansion amount, and provide data such as the temperature-expansion coefficient curve. In addition, some high-end models are equipped with the functions of automatically recording, storing and printing data, and support atmosphere protection and vacuuming operations to meet different testing requirements.
3.YYP-50KN Electronic Universal Testing Machine which mainly used for plastic pipe ring stiffness test, The plastic pipe ring stiffness tester is mainly used to test the ring stiffness and ring flexibility (flat) and other mechanical properties of plastic pipes, fiberglass pipes and composite material pipes.
The plastic pipe ring stiffness tester is widely used in the determination of the ring stiffness of thermoplastic pipes and fiberglass pipes with annular cross-sections. It meets the requirements of PE double-wall corrugated pipes, wound pipes and various pipe standards, and can complete tests such as pipe ring stiffness, ring flexibility, flattening, bending and weld tensile strength. In addition, it supports the expansion of creep ratio test function, which is used to measure large-diameter plastic buried pipes and simulate the attenuation of their ring stiffness over time under long-term deep burial conditions.
Post time: Apr-21-2025