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Application examples of protein testing using differential scanning calorimetry

1.Introduction When studying the structural changes of the microfiber-matrix complex of keratin samples, DSC can be used to analyze the changes in thermal stability, phase transition behavior, and possible melting or decomposition processes of keratin before and after heat treatment. For example, the DSC curve can be used to observe the endothermic or exothermic peaks […]

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Application Case

Differential Scanning Calorimeter (DSC) to measure the glass transition temperature of resin materials

The performance and stability of chemicals are crucial to their application. Differential Scanning Calorimetry (DSC), as a thermal analysis technique, can provide information on heat flow changes during heating or cooling of a substance, thereby helping researchers understand the thermal properties of the substance, such as melting point, crystallinity, glass transition temperature, thermal stability, etc.

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Application Case

Application of Thermogravimetric Analysis Technology in Rubber Testing

Rubber is a material that is currently widely used in all walks of life. Rubber has excellent properties such as high elasticity, viscoelasticity, cushioning and shock absorption, electrical insulation, softness and good waterproofness. It is mainly used in the automotive industry, construction industry, medical industry, electronics industry, etc. With the development of science and technology,

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Application Case

DSC Differential Scanning Calorimeter Tests PCB Ink Curing Degree

Curing reaction refers to the chain reaction between epoxy functional groups and hardeners at appropriate temperatures. The degree of curing is a very important parameter of thermosetting polymer materials. Curing reactions are generally exothermic reactions. The amount of heat released is related to the type of resin functionality, the number of functional groups participating in

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Application Case

Determination method of thermal conductivity of insulation bricks

In the field of construction, thermal insulation bricks have become an important material for building envelopes due to their excellent thermal insulation performance. Thermal conductivity, as the core parameter for measuring the performance of thermal insulation bricks, directly affects the energy consumption of buildings and the quality of indoor thermal environment. However, how to accurately

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Application Case

Technical method for measuring fiber melting peak temperature by differential scanning calorimetry (DSC)

Differential Scanning Calorimetry (DSC) analyzes the phase change behavior of a material by measuring the change in heat flow when the material absorbs or releases heat during programmed temperature control. For fiber materials (such as synthetic fibers, natural fibers, or composite fibers), the melting peak temperature is an important parameter to characterize their thermal stability

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Application Case

Testing the thermal stability of coal by thermogravimetric analysis

Industrial analysis of coal includes the determination of moisture, ash, volatile matter and fixed carbon. Traditional methods require the use of muffle furnaces, ovens and other equipment, which are cumbersome and have large errors. Thermogravimetric analysis is a common method for evaluating the thermal stability of coal. It is widely used in coal analysis, mainly

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Application Case

Differential Scanning Calorimetry to Measure Glass Transition Temperature of Rubber Materials

Glass transition temperature (Tg) is an important parameter of polymer materials (such as rubber), which characterizes the temperature at which the material changes from the glassy state to the highly elastic state. This parameter directly affects the low-temperature performance, elastic modulus and application scenarios of rubber. Differential scanning calorimetry (DSC) is a technology widely used

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Application Case

How to accurately measure the thermal properties of materials using a specific heat capacity tester?

In the field of materials science and engineering, understanding and measuring the thermophysical properties of materials is crucial for the development of new materials, process design, and evaluation of application performance. Specific heat capacity, as an indicator of the ability of a substance to store heat, is one of the basic thermophysical parameters. The specific

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Thermal analysis

Ceramic instruments: tools to improve the quality of ceramic products

In modern industrial production, the quality of materials determines the performance of products. Especially in the ceramic industry, the physical and chemical properties of ceramics have a vital impact on their application areas, so the accurate measurement of ceramic performance parameters is particularly important. Ceramic performance parameter measurement instruments came into being under such a

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Thermal analysis

Application of Thermal Expansion Coefficient Meter in Biocompatibility and Thermal Cycle Testing

In the contemporary biomedical field, the biocompatibility and stability of materials are key factors in determining whether they can be successfully applied in clinical practice. With the advancement of science and technology, the thermal expansion coefficient meter, as an instrument that accurately measures the volume or length change of materials under temperature changes, has become

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Thermal analysis

Application of compressive strength tester in construction industry

In today’s fast-growing construction industry, ensuring the quality of building materials is the key to achieving safe, reliable and durable buildings. Compression strength testing machines, as important equipment for testing material properties, have important applications in this process. This article will explore the specific applications of this equipment in the construction field and its importance

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Thermal analysis

Flat Plate Thermal Conductivity Instrument Troubleshooting and Maintenance Guide

The flat thermal conductivity meter is an experimental device used to measure the thermal conductivity of materials. It is widely used in fields such as materials science, construction industry, and food industry. During use, various problems and failures may be encountered. The following are some common problems and their solutions. Common problems and solutions 1.Inaccurate

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Thermal analysis

Thermal expansion coefficient meter is a tool to reveal the thermal stability of materials

Thermal expansion coefficient meter, a precision instrument used to measure the thermal expansion coefficient of materials, plays a vital role in the research and production of materials science, chemical industry, construction, aerospace and other fields. This article will introduce the functions, applications, working principles and usage tips of thermal expansion coefficient meter in detail to

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Thermal analysis

Application and effect analysis of fast heating electric furnace in ashing test

With the continuous development of science and technology, laboratory equipment is also constantly updated. Rapid heating electric furnace, as an efficient and convenient heating equipment, is widely used in various laboratory experiments, including ashing test. Ashing test is an important experimental method used to determine the content of inorganic or organic matter in the analyzed

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Thermal analysis

Application of thermal conductivity meter in modern building energy-saving design

Against the backdrop of the global energy crisis and increasingly severe environmental pollution, improving energy efficiency in the construction industry has become one of the common goals pursued by governments and enterprises around the world. According to statistics, the energy consumed by the construction sector accounts for nearly 40% of the world’s total energy consumption,

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Thermal analysis

Tips for daily maintenance of silicate composition analyzer

The silicate composition analyzer is widely used in materials science, mining, construction and environmental monitoring. In order to ensure the accuracy and long-term stable operation of the instrument, daily maintenance is essential. Here are some practical tips to help users better maintain the silicate composition analyzer. 1.Tips for regular calibration:Frequency: Calibrate at least once a

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Thermal analysis
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