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TNKRY series X-ray fluorescence detection dedicated melting point and melting rate tester, accurately measures melting point and melting rate

TNKRY series X-ray fluorescence detection dedicated melting point and melting rate tester, accurately measures melting point and melting rate

TNKRY series X-ray fluorescence detection dedicated melting point and melting rate tester, precise measurement of melting point and melting rate. Have you ever encountered the problem of needing to accurately measure the melting point and melting rate of a substance? If you are a laboratory worker or a technician responsible for production process control, you will be familiar with this problem. Inaccurate melting point and melting rate measurements can lead to unpredictable results in the production process, affecting product quality and even causing economic losses. To address this problem, we have launched the new TNKRY series X-ray fluorescence detection dedicated melting point and melting rate tester, which can accurately measure the melting point and melting rate of substances, providing you with accurate and reliable data support. The TNKRY series X-ray fluorescence detection dedicated melting point and melting rate tester uses advanced fluorescence detection technology and is characterized by its speed and accuracy. The instrument has a built-in high-precision temperature control system that can monitor sample temperature changes in real time and automatically record the melting point and melting rate values. By comparing with standard samples, you can easily determine the purity and composition of the substance, providing strong support for your experiments and production. The instrument is easy to operate, and even inexperienced users can easily get started. Simply place the sample in the instrument and set the appropriate parameters, and the instrument will

05

2023

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07

Main measuring materials of the melting point and melting rate tester

Main measuring materials of the melting point and melting rate tester

The melting point and melting rate tester is mainly used to measure the melting performance of solid materials, mainly including measuring the following material properties: 1. Melting point: The temperature at which a solid directly transitions to a liquid. This reflects the type of bonds primarily constraining the substance. 2. Melting rate: The speed at which the solid-liquid interface changes over time during the process of a solid becoming a liquid. This reflects the strength of the interactions. 3. Melting process curve: Records the entire melting process of a material under specific conditions, allowing observation of melting characteristics. 4. Comparative melting: Measurement and comparative analysis of the same substance with different raw materials and processing methods. The measurement principle involves placing the solid sample to be tested in a constant-temperature oven, then using a trigger to record its temperature and time at melting. Common determination methods include: 1. Constant heating rate method: The sample is heated at a constant rate, and the temperature and time data at melting are recorded. 2. Optical method: A light beam passes through the sample. When the sample melts, the light intensity changes abruptly, and the temperature is recorded. 3. Resistance method: The curve of the sample resistance changing with temperature is measured to determine the resistance and temperature at melting. 4. Fluorescence method: The change in sample fluorescence intensity with temperature is measured to determine the melting temperature. 5. Mechel measurement method: Observation of the sample under a microscope

05

2023

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07

Main uses of X-ray fluorescence melting instrument

Main uses of X-ray fluorescence melting instrument

X-ray fluorescence fusion machine uses glass melting method to prepare glass beads, which is a sample preparation instrument for AAS, ICP, and X-ray fluorescence analysis. It basically eliminates the mineral effect and matrix enhancement absorption effect, and has high precision and accuracy in measurement; the heating methods used in high-temperature melting include: three methods: gas heating, resistance radiation heating, and high-frequency induction heating. Main uses of X-ray fluorescence fusion machine include: 1. Preparing solid samples into glass melts for XRF analysis. 2. Mixing and completely melting powder samples with flux to improve the repeatability of the analysis. 3. Improving the homogeneity of the sample and improving the testing accuracy. 4. Preparing melts of different shapes to adapt to various sample chambers and detection needs. 5. Commonly used in the raw material and product composition analysis of industries such as minerals, metallurgy, environmental protection, cement, and ceramics. 6. Can also be used for component detection of high-tech materials such as alloys, rare earth materials, and semiconductor materials. 7. Preparing samples for the metrological certification of standard substances. 8. Preparing monitoring samples and control samples for equipment debugging and quality control. 9. Different power and automation levels of fusion machine models can be selected according to industry and application needs. 10. The quality of the melt directly

17

2023

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07

High-temperature laboratory equipment manufacturing - Application and advantages of fire assay cupellation furnace

High-temperature laboratory equipment manufacturing - Application and advantages of fire assay cupellation furnace

In the field of high-temperature laboratory equipment manufacturing, the fire assay cupellation furnace is a widely used device. With its unique design and excellent performance, it plays an important role in laboratory research and industrial production.

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2023

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07

A powerful tool for improving the efficiency of high-temperature laboratory testing in fire assay cupellation

A powerful tool for improving the efficiency of high-temperature laboratory testing in fire assay cupellation

TNKRY Series Fusion Machines: Essential Tools for Improving Efficiency in High-Temperature Laboratory Testing In high-temperature laboratory testing, accurate and efficient experimental equipment is crucial. In this regard, the TNKRY series fusion machine is undoubtedly an ideal choice. It not only provides accurate experimental results but also significantly improves testing efficiency, making it an essential tool for high-temperature laboratories. TNKRY series fusion machines are widely used in various laboratories, especially in experiments related to fire assay cupellation furnaces. Fire assay cupellation is a common metal analysis method used to determine the content of metal samples. The TNKRY series fusion machines are designed to meet this need. These fusion machines are manufactured using advanced technology and high-quality materials, featuring excellent performance and durability. They can perform stable tests at extremely high temperatures, ensuring the accuracy of the experiments. At the same time, they are also equipped with a precise temperature control system and adjustable parameters to meet the needs of different experiments. The TNKRY series fusion machines are simple and convenient to operate, and are easy to use even for inexperienced operators. They have an intuitive control panel and a clear display screen, allowing real-time monitoring of the experimental process and adjustments as needed. In addition, it

04

2023

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08

High-temperature physical property tester functions and uses

High-temperature physical property tester functions and uses

High-Temperature Physical Property Tester Functions and Applications: Primarily measures the sintering, softening, melting, fluidity, and wettability of glass, ceramics, welding materials, and refractory materials at high temperatures. It quantitatively measures the softening point, hemisphere temperature, sphere temperature, and flow temperature of high-temperature melts, facilitating the setting of relevant basalt fiber production and drawing process parameters. Obtains high-temperature physical property parameters of various samples. Main functions of the high-temperature physical property tester include: 1. High-Temperature Electrical Resistivity Test: Measures the change in resistivity of materials from room temperature to high temperatures. 2. Thermal Power Test: Measures the thermal power absorbed or released by materials in a high-temperature environment. 3. Thermal Expansion Test: Detects the linear and volumetric expansion coefficients of materials as temperature increases. 4. Phase Transition Temperature Test: Determines the phase transition temperatures of materials, such as melting points and boiling points. 5. Specific Heat Test: Tests the isobaric specific heat capacity and constant-pressure specific heat capacity of materials. 6. Thermal Conductivity Test: Measures the thermal conductivity of materials at high temperatures. 7. Dynamic Mechanical Analysis: Studies the dynamic mechanical properties of materials at high temperatures, such as storage modulus and loss factor. 8. High-Temperature Tensile Test: Tests the mechanical strength of materials at high temperatures, such as yield strength and tensile strength. 9. Contact Angle Test

04

2023

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08

Lithium tetraborate and lithium metaborate: Ideal flux choices for X-ray fluorescence analysis

Lithium tetraborate and lithium metaborate: Ideal flux choices for X-ray fluorescence analysis

A fire assay cupel furnace is a commonly used device for analyzing the composition of metallic materials. When performing X-ray fluorescence analysis, selecting a suitable flux is crucial for obtaining accurate results. This article discusses two fluxes, lithium tetraborate and lithium metaborate, and explores their advantages and applicability in X-ray fluorescence analysis.

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2023

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How to choose an X-ray fluorescence fusion machine suitable for high-temperature laboratory equipment

How to choose an X-ray fluorescence fusion machine suitable for high-temperature laboratory equipment

X-ray fluorescence fusion machines are devices suitable for high-temperature laboratories. Choosing the right X-ray fluorescence fusion machine is crucial. This article will guide you on selecting a suitable X-ray fluorescence fusion machine for your high-temperature laboratory and provide helpful advice and instructions.

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2023

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Luoyang Turner High Temperature Instrument Co., Ltd.

+86-400-880-7095
Sales (same as WeChat):18695992058
Contact:+86-379-69755886
Address: South Section of Shuangxiang Road, Luoxin Industrial Cluster, Luoyang City, Henan Province
Email:tnkinstrument@163.com

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