Tensile testing machine provider today? GESTER instruments is a national high-tech textile testing equipment manufacturers engaged in R&D and production of high precision physical properties textile testing instruments with 22 years experience, expertly specialized in providing integrated laboratory testing solutions for children’s products, textile, footwear and furniture. It has passed ISO 9001 certificate, “AAA Enterprise in Quality, Service and Credit” and was audited as SGS audited supplier. Find more details at textile testing machines.
Temperature humidity chambers (also known as climatic or climate test chambers) simulate the effects that a range of temperature and humidity conditions have on a product or material, for example telecommunications equipment or photovoltaic solar panels that are exposed to outdoor temperature and humidity testing conditions. They have applications in industries as disparate as food science, semiconductors, and military quality assurance. A good temperature humidity chamber is essential for evaluating potential success or failure of a product in the field. A climate test chamber can also be used when constant climate conditions (temperature and/or humidity) are needed for product testing. The main function of environmental testing chambers, is to test the behavior of the products we use every day, in extreme climatic conditions. Temperature And Humidity Test Chamber For conditioning of samples prior to testing. It also can be used for a variety of materials of high – low temperature alternating test. The test temperature, humidity and time can be programmed.
Correct use of computerized universal testing machine: When opening the clamp to take the sample, pay attention to the clamping distance of the sample, not too much or too little. When the tensile testing machine and the microcomputer are connected, the operation must be carried out according to the program requirements. It is strictly forbidden to operate the program due to illegal operation; The parameters to be printed check whether the printer has paper and replenish it in time before printing. After the operation is completed, shut down the tensile testing machine for rubber according to the program requirements. It is strictly forbidden to cut off the power directly.
Significance and Use: Fabric Pneumatic Bursting Tester method for the determination of diaphragm bursting strength of knitted, nonwoven and woven fabrics is being used by the textile industry for the evaluation of a wide variety of end uses. universal testing machine compression test : tensile test generally involves clamping the two ends of the material sample on two fixtures separated by a certain distance. The two clamps separate and stretch the specimen at a certain speed. The change in stress on the sample is measured until the sample is destroyed. The tensile test of the tensile machine is one of the most widely used methods for studying the mechanical strength of materials, and it is necessary to use constant speed motion.
Gauge length and tension speed presettable; Able to set pre-tensile force; Many kinds of clamp are selectable according to requirements test standards, including pneumatic clamps. Textile fabric, such as bedsheets, clothes, etc., a lot of them will lose color after washing, some products fade seriously, even after washing many times, there will still be discolored. Test Preparation before Color Fastness to Washing. What test standards are there? Color fastness to washing is one of the common test items for textile dyeing fastness, which is mainly used to test the fastness of fabric clothing and home textile products after one or more times to simulate the dyeing after household washing and commercial washing. There are three common standard: AATCC 61, ISO 105 C06, GB/T 3921. Read additional information on https://www.gesterinstruments.com/.
Testing to ASTM D4060 involves mounting a flat specimen to a turntable that rotates horizontally at a fixed speed. Two arms, each supporting an abrading wheel, are then lowered so that each wheel touches the surface. Before starting the test, a “suction arm” is lowered between the wheels to remove the abraded material from the sample’s surface. The turntable then starts rotating forcing rub-wear action of the wheels against the sample’s surface for the specified number of cycles or until a given mass of coating has been lost or until the wheels start exposing the substrate.