Rubber Fabric Testing Instruments supplier for fabric

Scientists have developed a wide range of characterization tools for the many fundamental properties of materials, such as mechanical, structural, surface, synthetic, and applied, and a wide range of related testing equipment has emerged. One of the most widely used devices, the universal testing machine, has attracted a lot of attention. This universal material testing machine is not only common in the laboratory, but also in industrialized production. This article explores its functions and applications.Universal Testing Machine Function1. Comprehensive TestingUniversal testing machine is specially used to detect the mechanical properties of materials and specimens mechanical properties of the computerized universal testing machine. It can test specimens under various environmental conditions, performing tensile, compression, bending, shear, torsion, impact, and hardness tests to evaluate mechanical and physical properties.In addition, the function of universal material testing machine can be further subdivided into special test and common test to meet various complex testing needs.2. Easy to operateUniversal tensile testing machine is not only comprehensive in function, but also easy to operate. Through its built-in software, users can easily configure test parameters, monitor real-time data, and perform intuitive analysis.This intelligent operation greatly improves the efficiency and accuracy of the test.3. Multiple ModelsAt present, the universal testing machine on the market is mainly categorized according to the type of power source, including mechanical, electronic and hydraulic. Electronic universal testing machines are now the most prevalent type due to advancements in technology and their broad applicability.4. Wide applicationThe universal material testing machine plays a vital role in scientific research and industrial quality control. It is widely used in metallurgy, machinery, automobile, electronics, construction, aerospace, chemical industry and transportation and other fields and departments, and can cope with a variety of composition, nature and shape of the components to be tested. Whether it is metal sheet, plastic film, or composite film, aluminized film, aluminum foil, sheet, etc., all of them can be accurately tested by the universal testing machine.5. Precise controlA typical electronic universal material testing machine system can be divided into four core modules: mechanical system, servo system, measurement system and control system. Mechanical system covers the frame, transmission, execution and fixtures and other key components; servo system is centered on the servo controller; while the measurement system includes photoelectric encoder, extensometer and force transducer; control system consists of the lower computer (microcontroller) and the upper computer (PC). All modules are synchronized via servo motors. After system initialization, the servo motor rotates at a preset speed, driving the ball screw and crossbeam to move the upper fixture. The lower fixture remains stationary, enabling tensile or compression tests.Compliance with Various StandardsSATRA TM5, TM53, TM52, TM51, TM108, TM113, TM117, TM118, TM120, TM123, TM149, TM162, TM401, TM 411, TM 410,  ASTMD 751/2209 /412/624/3512 FIA 1206,  BS 5131- 3.7, 5.11, 5.13 , BS 5131-2.6 ISO 22650, ISO 19958, ISO 3377-1, ISO 3377-2, ISO 11644, ISO 20866, ISO 20867, ISO 19957, ISO 20874, ISO 20344-5.2.4, ISO 20345-5.3.1.2, ISO 17698, ISO 20875, ISO 22777, ISO 22776, ISO 22654, ISO 20863, ISO 20876, ISO 17695, ISO 17697, ISO34-1, ISO36, ISO37, ISO 17708, ISO 17696, ISO 17706, ISO 22650 AS/NZS 2210.2-5.2.4 DIN 53331, GB/T 3903.8, GB/T 3903.9, GB/T3903.14 ,GB/T3903.20, GB/T3903.21, GB/T3903.22, GB/T 3903.23 , GB/T 3903.24, GB/T 3903.25, GB/T 3903.26, GB/T 3903.29, GB/T3903.32,GB/T 3903.39,GB/T 3903.40, GB/T 3903.43, GB/T 4689.20, GB/T20991-5.2.4, GB 21148-5.3.1.2, GB/T 17928, GB/T529, GB/T528, GB/T532, GB/T11413, GB/T21396 QB/T 2711, QB/T2675, QB/T2883, QB/T4118, QB/T4198 HG/T 2726, HG/T 2877, HG/T4805Application Example: Footwear Testing A quality inspection organization uses a Universal Testing Machine (UTM) for footwear to perform compression, flexion and peeling tests on the soles of sports shoes. The specimens (EVA/PU/rubber) are prepared according to ISO standards, and the testing speed is 5mm/min with 50%±5% humidity. the computerized universal testing machine automatically records the force-deformation curves, analyzes the resilience, flexural strength and adhesive properties, and establishes a database of the material properties to optimize the design of the shoe soles and to improve the durability.

Scientists have developed a wide range of characterization tools for the many fundamental properties of materials, such as mechanical, structural, surface, synthetic, and applied, and a wide range of related testing equipment has emerged. One of the most widely used devices, the universal testing machine, has attracted a lot of attention. This universal material testing machine is not only common in the laboratory, but also in industrialized production. This article explores its functions and applications.Universal Testing Machine Function1. Comprehensive TestingUniversal testing machine is specially used to detect the mechanical properties of materials and specimens mechanical properties of the computerized universal testing machine. It can test specimens under various environmental conditions, performing tensile, compression, bending, shear, torsion, impact, and hardness tests to evaluate mechanical and physical properties.In addition, the function of universal material testing machine can be further subdivided into special test and common test to meet various complex testing needs.2. Easy to operateUniversal tensile testing machine is not only comprehensive in function, but also easy to operate. Through its built-in software, users can easily configure test parameters, monitor real-time data, and perform intuitive analysis.This intelligent operation greatly improves the efficiency and accuracy of the test.3. Multiple ModelsAt present, the universal testing machine on the market is mainly categorized according to the type of power source, including mechanical, electronic and hydraulic. Electronic universal testing machines are now the most prevalent type due to advancements in technology and their broad applicability.4. Wide applicationThe universal material testing machine plays a vital role in scientific research and industrial quality control. It is widely used in metallurgy, machinery, automobile, electronics, construction, aerospace, chemical industry and transportation and other fields and departments, and can cope with a variety of composition, nature and shape of the components to be tested. Whether it is metal sheet, plastic film, or composite film, aluminized film, aluminum foil, sheet, etc., all of them can be accurately tested by the universal testing machine.5. Precise controlA typical electronic universal material testing machine system can be divided into four core modules: mechanical system, servo system, measurement system and control system. Mechanical system covers the frame, transmission, execution and fixtures and other key components; servo system is centered on the servo controller; while the measurement system includes photoelectric encoder, extensometer and force transducer; control system consists of the lower computer (microcontroller) and the upper computer (PC). All modules are synchronized via servo motors. After system initialization, the servo motor rotates at a preset speed, driving the ball screw and crossbeam to move the upper fixture. The lower fixture remains stationary, enabling tensile or compression tests.Compliance with Various StandardsSATRA TM5, TM53, TM52, TM51, TM108, TM113, TM117, TM118, TM120, TM123, TM149, TM162, TM401, TM 411, TM 410,  ASTMD 751/2209 /412/624/3512 FIA 1206,  BS 5131- 3.7, 5.11, 5.13 , BS 5131-2.6 ISO 22650, ISO 19958, ISO 3377-1, ISO 3377-2, ISO 11644, ISO 20866, ISO 20867, ISO 19957, ISO 20874, ISO 20344-5.2.4, ISO 20345-5.3.1.2, ISO 17698, ISO 20875, ISO 22777, ISO 22776, ISO 22654, ISO 20863, ISO 20876, ISO 17695, ISO 17697, ISO34-1, ISO36, ISO37, ISO 17708, ISO 17696, ISO 17706, ISO 22650 AS/NZS 2210.2-5.2.4 DIN 53331, GB/T 3903.8, GB/T 3903.9, GB/T3903.14 ,GB/T3903.20, GB/T3903.21, GB/T3903.22, GB/T 3903.23 , GB/T 3903.24, GB/T 3903.25, GB/T 3903.26, GB/T 3903.29, GB/T3903.32,GB/T 3903.39,GB/T 3903.40, GB/T 3903.43, GB/T 4689.20, GB/T20991-5.2.4, GB 21148-5.3.1.2, GB/T 17928, GB/T529, GB/T528, GB/T532, GB/T11413, GB/T21396 QB/T 2711, QB/T2675, QB/T2883, QB/T4118, QB/T4198 HG/T 2726, HG/T 2877, HG/T4805Application Example: Footwear Testing A quality inspection organization uses a Universal Testing Machine (UTM) for footwear to perform compression, flexion and peeling tests on the soles of sports shoes. The specimens (EVA/PU/rubber) are prepared according to ISO standards, and the testing speed is 5mm/min with 50%±5% humidity. the computerized universal testing machine automatically records the force-deformation curves, analyzes the resilience, flexural strength and adhesive properties, and establishes a database of the material properties to optimize the design of the shoe soles and to improve the durability.

In high-risk workplaces like industrial production sites and construction zones, safety shoes serve as critical protective gear to prevent foot injuries. The Safety Shoe Compression and Puncture Tester GT-KB12A is designed to verify whether safety shoes comply with national and industry safety standards.Here's everything you need to know about the Safety Shoe Compression and Puncture Tester.What is the Safety Shoe Compression and Puncture Tester GT-KB12A?The Safety Shoe Compression Tester is a specialized device for testing the compression resistance of the toe cap and the puncture resistance of the steel center plate of safety shoes.It simulates extreme working environments such as heavy compression or puncture by sharp objects, and accurately applies preset pressure and puncture force to verify whether the safety shoes comply with the requirements of national and industry standards on protective performance.Product Principle:The steel head of the safety shoes is placed between the upper and lower pressure plates of the machine, and the prescribed pressure is applied, and then the degree of subsidence of the steel head is detected, in order to understand whether the safety of the toes can be ensured when wearing the shoes.Product structure：1, the upper plate (hydrostatic) and test nails (puncture) electric lift down.2、The lower plate is connected with high-precision specialized pressure sensor (static pressure, puncture).3、LCD liquid crystal display * strong force value (static pressure, puncture).Note: There is no time requirement in the static pressure and puncture test of safety shoes, but mainly the test and requirement of force value.Importance of Safety Shoes TestingFoot injuries account for a significant proportion of all types of workplace accidents. Rigorous testing using the GT-KB12A Compression and Puncture Testercan:Verify that safety shoes comply with industry safety standardsPrevent potential workplace accidentsHelp companies avoid legal risks caused by unqualified protective equipmentProvide reliable data support for safety shoes research and developmentHow to Conduct the Compression and Puncture Test?1. Safety shoe compression test Install and secure the upper pressure plate.Align the lower clamp's primary screw with the base hole (select hole position based on shoe size) and fasten it.For deformation testing: Insert a clay cylinder inside the toe cap before compression, then measure height changes post-test to calculate deformation.If you want to test the deformation of the safety shoes, you can put a cylindrical clay inside the toe cap, and calculate the deformation by measuring the change of the height of the cylindrical clay before and after the test (complete test will not be demonstrated this time).Parameter SettingPlease click [Setting] to enter the parameter setting interface.[Sample]: Setting of sample quantity and sample specification.[Scheme]: Setting of test parameters.Start the testSet the parameters and click [Test_INF] to return to the test interface.When [TEST] turns white, it indicates that the test is completed and automatically stops.Click [OPEN] to view the test results, and click [PRINTAL] to print the results.Click [UP] to rising pressure plate and take down the sample for observation.2. Safety shoe puncture Mounting fixture and sampleLower fixture for puncture test (inner diameter 25mm), choose the right size according to the standard requirements.Remove upper gland by loosening 3 nuts.Align base's locating pins and mount onto workbench.Center sample, replace upper cover, and tighten nuts.Parameter SettingsPlease click [Setting] to enter the parameter setting interface.[Sample]: Setting of sample quantity and sample specification.[Scheme]: Setting of test parameters.Start test Return to test interface, reset ([ZERO]), start ([TEST]). Automatic stop upon completion.Click [OPEN] to view the test results, and click [PRINTALL] to print the results.

In high-risk workplaces like industrial production sites and construction zones, safety shoes serve as critical protective gear to prevent foot injuries. The Safety Shoe Compression and Puncture Tester GT-KB12A is designed to verify whether safety shoes comply with national and industry safety standards.Here's everything you need to know about the Safety Shoe Compression and Puncture Tester.What is the Safety Shoe Compression and Puncture Tester GT-KB12A?The Safety Shoe Compression Tester is a specialized device for testing the compression resistance of the toe cap and the puncture resistance of the steel center plate of safety shoes.It simulates extreme working environments such as heavy compression or puncture by sharp objects, and accurately applies preset pressure and puncture force to verify whether the safety shoes comply with the requirements of national and industry standards on protective performance.Product Principle:The steel head of the safety shoes is placed between the upper and lower pressure plates of the machine, and the prescribed pressure is applied, and then the degree of subsidence of the steel head is detected, in order to understand whether the safety of the toes can be ensured when wearing the shoes.Product structure：1, the upper plate (hydrostatic) and test nails (puncture) electric lift down.2、The lower plate is connected with high-precision specialized pressure sensor (static pressure, puncture).3、LCD liquid crystal display * strong force value (static pressure, puncture).Note: There is no time requirement in the static pressure and puncture test of safety shoes, but mainly the test and requirement of force value.Importance of Safety Shoes TestingFoot injuries account for a significant proportion of all types of workplace accidents. Rigorous testing using the GT-KB12A Compression and Puncture Testercan:Verify that safety shoes comply with industry safety standardsPrevent potential workplace accidentsHelp companies avoid legal risks caused by unqualified protective equipmentProvide reliable data support for safety shoes research and developmentHow to Conduct the Compression and Puncture Test?1. Safety shoe compression test Install and secure the upper pressure plate.Align the lower clamp's primary screw with the base hole (select hole position based on shoe size) and fasten it.For deformation testing: Insert a clay cylinder inside the toe cap before compression, then measure height changes post-test to calculate deformation.If you want to test the deformation of the safety shoes, you can put a cylindrical clay inside the toe cap, and calculate the deformation by measuring the change of the height of the cylindrical clay before and after the test (complete test will not be demonstrated this time).Parameter SettingPlease click [Setting] to enter the parameter setting interface.[Sample]: Setting of sample quantity and sample specification.[Scheme]: Setting of test parameters.Start the testSet the parameters and click [Test_INF] to return to the test interface.When [TEST] turns white, it indicates that the test is completed and automatically stops.Click [OPEN] to view the test results, and click [PRINTAL] to print the results.Click [UP] to rising pressure plate and take down the sample for observation.2. Safety shoe puncture Mounting fixture and sampleLower fixture for puncture test (inner diameter 25mm), choose the right size according to the standard requirements.Remove upper gland by loosening 3 nuts.Align base's locating pins and mount onto workbench.Center sample, replace upper cover, and tighten nuts.Parameter SettingsPlease click [Setting] to enter the parameter setting interface.[Sample]: Setting of sample quantity and sample specification.[Scheme]: Setting of test parameters.Start test Return to test interface, reset ([ZERO]), start ([TEST]). Automatic stop upon completion.Click [OPEN] to view the test results, and click [PRINTALL] to print the results.