Testile Testing Equipment

The most powerful fiber microtome revolutionises textile fibre inspection techniques The fiber microtome is a device for cutting fibre samples into very fine slices for microscopic observation and analysis. As textile fibre testing technology continues to develop and advance, the role of the fiber microtome is becoming increasingly important as one of the key devices driving innovation in textile fibre testing techniques. The most powerful fiber microtome is often characterised by high speed, efficiency and precision, enabling it to cut different types of fibre samples quickly and to produce very high quality cut fibre sheets for a wide range of fibre inspection needs. In addition, the most powerful fiber microtome is also intelligent and can automate sample cutting, collection and analysis, greatly improving the efficiency and accuracy of testing. By using the most powerful fiber microtome, fast, accurate and comprehensive testing of fibre samples can be achieved, providing strong s

10 Guidelines for Selecting the Best Textile Testing Equipment 1. Test accuracy: The textile test equipment should be highly accurate and capable of consistently testing a wide range of textile properties, including strength, abrasion resistance, tension resistance, durability and tear strength. 2. Complexity: the test equipment should be easy to use and operate, requiring minimal technical knowledge and experience to carry out the tests. 3. Stability: The test equipment should be able to operate consistently over time and not be susceptible to environmental influences. 4. Reliability: The test equipment should be of reliable quality and robust to ensure accurate and repeatable testing. 5. Sensitivity: The test equipment should be highly sensitive to small changes or defects in textiles so that problems can be detected and repaired early. 6. Versatility: The test equipment should have a wide range of test functions to cope with the performance testing needs of various textiles. 7. Adju

Xenon ageing testers are being used more and more extensively in the textile industry, and their main application areas include 1. cellulose fiber light resistance testing - testing the light resistance of cellulose fibers containing cotton, hemp, hemp, flax, etc. 2. Lightfastness testing of synthetic fibres - testing the lightfastness of synthetic fibres such as polyester, nylon, vinylon and polypropylene fibres. Lightfastness test for silk and copper spandex - to test the lightfastness of special fibres such as silk and copper spandex. Colour fastness testing of textiles - testing the colour fastness performance of fibres, yarns and fabrics to light, water and rubbing. The development trend of xenon lamp ageing testers in the textile industry is as follows Increasingly high degree of standardization With the development of textile technology and the improvement of industry requirements, the degree of standardization of xenon lamp aging tester is getting higher and higher. Many inter

Textile testing equipment is a large category of professional testing equipment, mainly used to test the physical and mechanical properties of textiles. These properties include: reactivity (extension), abrasion resistance, penetration and more. The testing of these properties is of great significance for the application of textiles in industries and people's lives. Because the quality of textiles is ensured, it can ensure that clothing or other cultural items have good quality and service life. Next, let us learn about the relevant knowledge of textile testing equipment 1. Common textile testing equipment Common textile testing equipment includes tensile testing machines, abrasion testing machines, portable yarn counters, evaluation gloves, washing and dyeing benches, and more. Tensile testing machine is a kind of equipment used to determine the tensile properties of textiles, mainly to measure the tensile limit, expansion ratio, stress-strain curve, elastic modulus, etc. of mate

UL 94 Horizontal Vertical Flame Tester is an instrument used to test the fire resistance of plastic materials. It tests how a plastic material reacts when a flame hits it, and whether the material is fire resistant. The instrument can test flames in both horizontal and vertical orientations, and can detect the reaction time of materials in the flame and the industry standard fire resistance rating. The UL94 test method includes three tests: flame contact, burning time and self-extinguishing time: 1. Flame contact test: This test method measures the degree of flammability of a material when exposed to a source of fire. This test is divided into two methods: horizontal burning test and vertical burning test. For the UL94 horizontal burning test, the test object is placed on an oblique angle, while in the UL94 vertical burning test, the sample is placed perpendicular to the ground. During the test, a flame is brought into contact with the material and then removed. Combustion performance