Electronic Single Yarn Strength Tester  is to determine the breaking load and extension for single yarns, to make record and statistics and print out testresults. Standards: GB/T14344, GB/T3916, ISO2062, ASTM D2256  Feature 1.Able to preset tensile force. 2.Single yarn testing made of cotton,wool, jute, core-spun yarn etc can be tested. 3.Controlled by mictocomputer, displayed by LCD, printer ourputs reports. 4.Report, diagram can be printed out by printer. 5.Desktop structure, equip with high precision load sensor system, easy operated and stable.6.Can be connected with computer. Maintenance: 1. Always keep the tensile strength of yarn machine clean and tidy. 2. Pay attention to moisture-proof, dust-proof and anti-corrosion. 3. Regularly maintain the instrument, troubleshoot the instrument in time, and keep maintenance records. 4. Before using electronic instruments, you must read the instruction manual carefully, check your own protection devices as required, and control the ambient temperature, humidity, continuous working time, power supply voltage, etc. 5 Regularly conduct power-on inspections on electronic instruments. If any phenomena such as flashover, smoke, explosion, and peculiar smell are found, shut down immediately to prevent damage to the instrument due to short circuit and prolong the service life of the instrument. Single yarn strength test is used to test the breaking strength and elongation percentage of various cotton, wool, linen, silk, chemical fiber, core-spun single yarn, pure or blending natural or chemical fiber yarns

Mask Synthetic Blood Penetration Tester determine the resistance of medical protective masks to the penetration of synthetic blood under different test pressures. This Mask Testing Equipment can also be used to determine the blood penetration resistance of other coating materials. What is The Medical Mask Synthetic Blood Penetration Test Method ? 1. Add appropriate amount of synthetic blood from the filling hole. Generally need 500-1000ml. Connect the air tube of air compressor to the air filter.Then,connect the tube of the air filter to the machine. 2. Keep the air source pressure at 0.2MPa. Starting up, enter the test interface. 3. Click the "Shift" to change the test speed.This video uses 450cm/s as a demonstration. Click to"Inflate", wait until the inflation done.(The button will change from blue to white.). And then click "Spurt" to fill the whole pipe with synthetic blood. 4. Using a cup to collect the synthetic blood from the canula. Stop spurt and click "Inflate" again. Put a small cup at the entrance of the target plate to catch the excess synthetic blood. 5. After inflation done,click the "start" or the metal button on the panel to make thenozzle spray synthetic blood according to the set time. And observe whether the synthetic blood passes through the central hole of the target plate .If not, please use the handle toadjust the height of the nozzle to make it reach the appropriate height, and use the ruler to remember the height. 6. lnstall the sample. Open the back cover of the sample holder, stretch the prepared mask, place it on the raised disc,and close the back cover. After spurting, wait for 10 seconds for observation time. 7. Then take out the sample and observe the other side of the mask to see if the synthetic blood penetrates into it.lf there is penetration, it is unqualified. If not, it is qualified. GESTER Medical Face Mask Synthetic Blood Penetration Tester can fully simulate the human body's average blood pressure of 10.6kPa, 16kPa, and 21.3kPa spray speeds for testing.

Particle filtration efficiency test is suitable for rapid, accurate and stable detection of the filtration efficiency of various medical and daily protective masks, respirators, etc. Particle Filtration Efficiency Pfe Test Method 1. Turn on the computer and pfe testing machine. Enter to operation interface of the software. 2. Click the Heating on the operation interface of the software.Click Clamping to clamp the sample. 3. Set the flow as 85L/min. Select the test method, Nacl. Click TEST to start test. 4. Adjust the aerosol flow rotary knob, when the upstream concentration stabilizes, it will automatically change into the downstream concentration test. 5. Observe the curve.When the downstream concentration is stable, it will start timing until the end. 6. After test, export report results.Take out the sample. 7. Repalce the Aerosol Generator. 8. Take out the Nacle Aerosol Generator and change into the Oil Aerosol Generator. Place sample on fixture. 9. Select the test method,Oil. Set the flow. 10. Click the Heating on the operation interface of the software.Clamp the sample. Adjust the aerosol flow rotary knob 11. After test, export report results.Take out the sample. The filter efficiency testing operation is simply that user only needs to place the filter paper in the fixture and press the button to adjust the test flow. System will automatically test the resistance and efficiency through the controller.

How Hook And Loop Tape Endurance Tester works ? Hook Loop Fastener Fatigue Tester is applicable for repeatedly open and close motion for touch and close fasteners. Hook and Loop Fatigue Tester Test Principle Install the hook and annular respectively on two rollers of this device. Stick them together under certain load and to generate repeated opening and closing motion through a certain times of forward and reversal rotating. After that, remove the sample and determine its peeling and shear strength testing on tensile tester. Hook Loop Fastener Fatigue Testing Machine Test Steps 1. Turning on Hook & Loop Adhesive Fatigue Testing Machine. 2. Select language, then enter into the home page. 3. Opening the chamber door. 4. lnstall the sample in the upper and lower rollers. 5. Put down the upper roller, make sure the two test pieces in both rollers are aligned. 6. Refer to the pressure table, install relative load weight and adjust the position of the block in the balance weight. 7. After that, close the door. (There is a safety device inserted in the door,so that the machine can not run when the door is opening.) 8. Set the testing time or testing cycles. 9. When it up to the preset time or testing cycles, the machine will stop automatically.Then, take down the sample. Hook And Loop Tape Endurance Testing is done.

What is The Fabric Flammability Test Method ? Vertical Flammability Chamber used for testing the flame retardant performance of afterflame, afterglow and carbonization of all farics in vertical direction. Comprises a draft free stainless steel cabinet with observation window and back wall painted black for easy test viewing. The different specimen holders and associated hardwares are dependent on the test standards. Textile Flammability Testing Principle Vertical Flame Test Chamber‎ Under controlled laboratory conditions, material response to heat and flame is measured and described. A test specimen is positioned vertically above a controlled flame and exposed for a specified period of time. Following exposure, the flame source is removed. Measurements are made on the length of time that the specimen continues to flame and the time afterglow continues after the flame source has been removed. Char length, or visible damage to the test specimen after application of a specified tearing force, is determined. Notations on observations of melting and dripping are also recorded. Flammability Testing Test Steps 1. Put the prepared sample into the fixture and hang it in the Vertical Flammability Testing Chamber. 2. Turn on the power of the device. 3. Select the language to enter the test interface. 4. Click the "Positive" button in the test interface tolet the burner run directly below the sample. 5. Use flame measuring scale to measure the distance betweenthe burner and the sample and adjust the position of the sample. 6. After adjustment, click“Rst", turn the burner back to initial position. 7. Set Flame Application time on test Interface, turn on the air source, click"AirSource", click"Ignition”(Initial ignite need to wait a while) 8. Turn the gas knob to adjust the flame size. 9. After the flame adjustment is complete, click Start.According to the burning state ofthe sample, click the "Afterflame time" button and “Aftergow time" button respectively. 10. After the combustion is completed, remove the sample. 11. Select the corresponding weight according to the sample,hang it on the sample to straighten the sample, and measurethe burning distance of the sample with a measuring ruler. GESTER has been concentrated on the research and development of physical testing instruments. Our testing machines arepreferred by both domestic and overseas customers due to their high accuracy, excellent. If you want to know more about flammability test machine , contact us.

Abrasion resistance is defined as the ability of a material to withstand mechanical action such as rubbing, scraping, or erosion. It can improve the utilization efficiency of textiles and is an important indicator of the quality of textile products.One of astm taber abrasion detection methods: use Taber Abrasion Tester Taber abrasion resistance test machine to determine the wear resistance of materials and assess its wear resistance degree, like measuring its mass loss, thickness loss, and transmittance etc. Taber abrasion equipment Used to many materials, like suitcases, carpet, cardboard, clothing, glass, plastic coatins, metal coating, paint, varnishes, decorative sheets, high pressure sheets, plastics, textiles, flexible floor mats, traffic paint, tile, anodizing layer, blankets, electronic components, decorative plates, wax, label, leather, dental materials, automobile interior decoration, resin, furniture, etc. Taber Abrasion Machine Feature 1.Unique wear process. Place test sample on turntable and two abrasive wheel press on material to make material to wear. 2.Specimen turntable speed control options of both 60 rpm and 72 rpm. 3.Precision steel weights of 250 grams and 750 grams are furnished to provide standard wheel loads of 500 and 1000 grams.  Weights are marked to show total load on each wheel. This marking includes the weight of the abrading arm (250 grams). 4.Equip with vacuum cleaner to clear abrasive dusts. 5.Can test with different wear medium and accessories. When friction is the predominant factor causing deterioration of your materials, abrasion and wear testing provides data to compare materials or coatings and can help you predict the lifetime of your product.

About The Two Test Steps Of Abrasion Resistance And Pilling Resistance For Martindale The Martindale Abrasion and Pilling Tester is the standard method of determining the wear resistance of textiles or leather and the resistance to pilling. Samples are rubbed against known abradents at low pressures and in continuously changing directions and the amount of abrasion or pilling is compared against standard parameters. Below are two testing steps for Martindale. 1. Martindale Abrasion Testing 1.1 Test abrading table installation. 1.2 Put on the installed sample holder assembly on abrasion table and use 1pc of boltto fixed it. Place the weight(12Kpa or 9Kpa), according to the standard selection. 1.3 Position pin hole change. 1.4 Setting test cycles and speed that display on the left. 1.5 Click "TEST" to running. 1.6 When martindale fabric abrasion test machine reached test cycles, it will stop aautomatically, observe specimen. 2. Martindale Pilling Testing 2.1 Place pilling specimen holder on Abrasion table, then place 260g weight,close the top cover. Use 1pc bolt to fixed it. 2.2 Position pin hole change. 2.3 Setting test cycles and speed that display on the left. 2.4 Click "TEST" to running. 2.5 When martindale pilling test machine reached test cycles, it will stop automatically, observe specimen. Abrasion resistance pilling martindale tester adaptable to test a wide range of applications including textiles, socks, leather, coated upholstery, carpets, wood and shirt collars.

The Martindale Abrasion Tester is used to determine the abrasion resistance of all kinds of footwear vamp material. Samples are rubbed against known abrasion at low pressures and in continuously changing directions and the amount of abrasion. The unique design allows removal of individual sample holders for examination without lifting the top motion plate. Test Pressure 1 Test Pressure 2 A) Specimen holder: (198 ±2)g B) Larger loading piece: (597±5)g C) The sum mass: (795±7)g, for workwear, upholstery, bed linen  and fabrics for technical use ( nominal pressure of 12kpa) A) Specimen holder: (198 ±2)g B) Smaller loading piece: (397±5)g C) The sum mass: (595±7)g, for apparel and household textiles,  excluding upholstery and bed linen (nominal pressure of 9kpa) What preparations should be made before the Martindale Abrasion test? A. Installation  Preparation 1.After unpacking the martindale abrasion machine, please wipe and clean the packing wood chips and other dust particles by soft cloth , install it in solid, smooth work surface. 2.Place a hard rubber piece between the martindale rub test instrument each adjust foot and working bench (reference size: 2 x 70 x 70 mm), to make every adjust foot contact with rubber piece firmly, and the guide plate in horizontal state by eyes. 3.Put the power plug to AC 220V, 50HZ socket, press the instrument right side power switch, turn on the power supply. Note : the martindale test instrument shell must be good contact with the ground. B. Test specimen Preparation 1. Diameter: (44+1) mm 2. Quantity: dry-type 2 pcs, wet-type 2 pcs 3. The specimen should be placed in an environment that temperature 21  1℃, humidity 65  2 % 4 hours before testing. C. Preparation Of Test interface 1. Set Times: Click the value below to set the total number of tests in the pop-up window. 2. Set Speed: Click the value below to set the martindale test speed in the pop-up window. 3. Speed: The value below shows the current test speed. Count Mode: Click on the lower arrow to select the counting mode in the drop-down menu. Up means positive counting, and Down means down counting. 4. TEST: Click to start the test, click again to stop the test. 5. ZERO: Click to reset all test times to zero. 6. SETTING: Click to enter the setting interface.