2024-02-27

Enhance Your Chemical Testing with a Softening Point Tester

**Introduction** In the world of chemical testing, accuracy and precision are key factors in determining the quality and reliability of results. One essential tool that can help enhance the accuracy of your testing processes is a Softening Point Tester. This sophisticated instrument is designed to measure the softening point of various materials, providing valuable insights into their physical pro

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2024-02-20

Introduction to Automatic Kinematic Viscometer in the Electrical Instruments Industry

Automatic Kinematic Viscometer is a sophisticated instrument used in the electrical instruments industry to measure the viscosity of fluids. This device operates based on the principle of measuring the time taken for a fixed volume of fluid to flow through a capillary tube at a constant temperature. By accurately determining the viscosity of fluids, Automatic Kinematic Viscometers help researchers

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2024-02-13

How Automatic Kinematic Viscometer Revolutionizes Viscosity Measurement

Table of Contents 1. Introduction 2. Understanding Viscosity Measurement 3. The Need for Precise Viscosity Measurement 4. Introducing the Automatic Kinematic Viscometer 5. Features and Functionality 6. Benefits of the Automatic Kinematic Viscometer 7. Applications in Various Industries 8. Frequently Asked Questions (FAQs) 9. Conclusion 1. Introduction Welcome to a comprehensive guide on how the Au

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2024-02-06

A Beginner's Guide to Automatic Kinematic Viscometer in Electrical and Electronic Industry

Introduction: Automatic kinematic viscometers are essential instruments widely used in the electrical and electronic industry. They play a crucial role in measuring the viscosity of liquids, which is a fundamental property affecting the performance and quality of various substances. This beginner's guide aims to provide professionals in the field with a comprehensive understanding of automatic kin

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2024-01-30

A Comprehensive Guide to Understanding Automatic Kinematic Viscometer: Everything You Need to Know

Table of Contents: 1. Introduction: The Importance of Automatic Kinematic Viscometers 2. How Does an Automatic Kinematic Viscometer Work? 2.1 Understanding Kinematic Viscosity 2.2 Working Principle of an Automatic Kinematic Viscometer 3. Applications of Automatic Kinematic Viscometers 3.1 Automotive Industry 3.2 Petroleum and Oil Refineries 3.3 Chemical Industry 3.4 Pharmaceutica

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2023-07-11

The Purchase and Use of Melting Point Meter

First of all, should choose to suit oneself the melting point of sample test instrument, test sample powder choose capillary Melting Point Meter, and then according to whether transparent after melting, whether the samples at the beginning of melting, melting range indicators have a requirement to decide whether choose method of silicone oil visual Melting Point Meter or automatic Melting Point Meter, if it is a flake or block selects the microscopic Melting Point Meter. Secondly, according to their own requirements for the accuracy of the results, to decide to choose that level of instrument.

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2023-07-11

Characteristics of Differential Thermal Analyzer

The differential thermal analyzer is an instrument that measures the temperature difference between the substance and the reference substance as a function of the temperature under the program control temperature. It is composed of program control parts, furnace body and recorder, which can be controlled by computer and print test report. The phase diagram of molten salt is an important basis for studying the thermodynamic properties and structure of molten salt, and it is also the basic basis for the selection of electrolytes for molten salt electrolysis, electroplating and molten salt high-energy batteries. Differential thermal analysis is a widely used method to determine the phase diagram of molten salt. It is characterized by simple equipment, convenient operation, high test efficiency and good reproducibility and sensitivity.

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2023-07-11

Influencing Factors of Thermogravimetric Analyzer

For thermogravimetric determination, the sample amount is small, generally 2 to 5 mg. On the one hand, the sensitivity of the instrument balance is very high. On the other hand, if the sample volume is large, the greater the mass transfer resistance, the greater the temperature gradient inside the sample, and even the thermal effect of the sample will cause the sample temperature to deviate from the linear heating program, thereby changing TG curve. The finer the particle size, the better. If the particle size is large, the decomposition reaction will shift to high temperature. The material of the sample tray should be high temperature resistant and inert to the sample, intermediate products, products and the atmosphere, that is, it cannot have reactivity and catalytic activity. Commonly used sample pans include platinum, ceramics, quartz, glass, aluminum and so on. It is important to note that different samples should use sample pans of different materials, otherwise the sample pan will be damaged. For alkaline samples, such as sodium carbonate, aluminum, quartz, glass and ceramic sample pans should not be used for testing. The platinum sample pan is not suitable for polymer samples containing phosphorus, sulfur, and halogens because it is active against hydrogenated or dehydrogenated organic compounds.

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2023-07-11

Features of Synchronous Thermal Analyzer

The synchronous thermal analyzer has a high degree of modularity and high scalability, which can meet the test requirements under various harsh conditions, and is especially suitable for high-temperature oxidation corrosion in the research and development fields of metals, high-performance ceramics, and catalysis.The synchronous thermal analyzer system adopts the industry's unique upper balance and suspension sensor design to ensure the repeatability of the thermogravimetric and calorimetric baseline; the sensor adopts a plug-and-play interface, which is

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2023-07-11

Dropping Point and Softening Point Tester

Dropping point and softening point tester is used to determine the dropping point and softening point of amorphous polymer compounds, to determine its density, degree of polymerization, heat resistance and other physical and chemical properties, combined with high-precision temperature control technology and high-definition video camera technology, not only Users provide accurate, stable and reliable test results, and also bring users an efficient and convenient test experience.

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