Pneumatic Bursting Strength Tester AG10C
Pneumatic Bursting Strength Tester is used to determine the expansion force and divergence rate of fabric, woven, knitted fabrics, non-woven, paper and board.
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ICI Pilling and Snagging Tester is used for pilling test of wool, knitted fabrics and other fabrics that are prone to pilling to evaluate the pilling grade of fabrics under the condition of no pressure. Its technical parameters mainly include: 1. Sample testing room: 2/4/6; 2. Box rolling speed: 40--80r/min (can be set) 3. Equipped with a test room requiring good sealing; 4. Equipped with digital electronic counter; 5. Equipped with an alarm device for the end of the experiment; 6. The number of times the box is rolled: 2 to 999999 times (optional); 7. The size of the space inside the box: 235mm×235mm×235mm (including cork lining); 8. Sample tube: shape Φ31.5×140 mm; ICI Pilling and Snagging Test Equipment interface: More about AVENO ICI Pilling and Snagging Tester: https://www.avenotester.com/ici-pilling-and-snagging-tester-ag05_p15.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read moreTearing strength tester is a testing instrument used to detect the tear strength of materials. Application of Tearing Tester: It is mainly suitable for tearing strength testing of films, composite films, paper, polymer materials, non-woven fabrics and other materials. Tear resistance of Tearing Tester: The force required to tear the specimen by the specified method, in N. Test principle of Tearing strength tester Lift the pendulum to a certain height to make it have a certain potential energy; when the pendulum swings freely, it uses its own stored energy to tear the sample; the computer control system calculates the energy consumed when tearing the sample, thereby obtaining The force required to tear the specimen. Executive standard Textile: GB/T 3917.1, ASTM D1424, DIN 53862, EN ISO 13937-1, ISO 4674-2, ISO 9290, M&S P29, NEXT 17, NF G07-149 Paper: GB/T 455, APPITA P 400, ASTM D 689, BS 4468, CSA D9, DIN 53128, EN 21974, ISO 1974, JIS P 8116, PAPTAC D9, SCAN P11, TAPPI T414, UNI 6444 Plastic: GB/T 11999, ASTM D1922, ISO 6383-2, JIS K 7128-2, NF T54 141 Non-woven: ASTM D5734, WSP 100.1. Technical Features The system is controlled by computer and adopts automatic and electronic measurement method, which is convenient for users to carry out test operation quickly and conveniently. Pneumatic specimen clamping and pendulum release effectively avoid systematic errors caused by human factors. The computer level adjustment auxiliary system can ensure that the instrument is always in the best test state. Equipped with multiple sets of pendulum capacities to meet different test needs of users. Professional software supports data output of various test units. Aveno's machine for tear testing Elmendorf Tearing Tester (Falling-Pendulum Type) AG11-1 Electronic Tearing Tester AG11-2 Digital Tearing Tester AG11-3 Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read moreTest principle: Put the sample-carrying tube with the test sample into the pilling test box, start the ICI Pilling and Snagging Tester, and the samples are rubbed against each other in the box. After the agreed number of rolls, the sample is taken out for rating. Production of samples: 1) Pretreatment: If pretreatment is required, the samples can be washed or dry cleaned by the method agreed by both parties. (Pretreatment is recommended to protect the friction surface of the pillbox and the sample tube from residual lubricants or finishes on the fabric) 2) Cut 4 samples from the fabric sample, the size is 125mm*125mm, and cut another cloth sample of the same size as the comparison sample required for the rating. Two samples were folded inward along the longitudinal front, and 2 samples were folded inward along the horizontal front, and sewed with a sewing machine at a distance of 12 mm from the edge. 3) Turn the sutured specimen inside out, right side facing out. Cut 6mm ports on each end of the sample tube. Put the sample on the polyurethane sample carrier tube and fix it with PVC tape (ensure that there are 6mm bare ends of the polyurethane, and the length of the tape should not exceed 1.5 times the circumference of the polyurethane tube). 4) Debugging Experiment procedure: (1) Clean the ICI Pilling Box. (2) Put the 4 sets of sample tubes into the box, close the box cover firmly, and set the counter to the required number of rotations. (3) Preset rotation times. Agreement times. Without agreement, 7200 revolutions for coarse fabrics and 14400 revolutions for fine imitation fabrics. (4) Start the pilling box, after the test, take out the sample, take out the suture, and grade the sample. Test Results Rating: The rating box should be placed in a dark room. Place the tested sample and an untested sample side by side in the middle of the test panel of the rating box in the longitudinal direction of the fabric (if the test sample is pretreated before testing, the control sample should also be pretreated. Correspondingly, if the test sample is not pretreatment, the reference sample shall be the unpretreated sample). Put the tested sample on the left and the untested sample on the right. Ratings are subjective and at least 2 ratings are recommended. The appearance of the sample and the corresponding grade are as follows: Series Status description 5 No change. 4 The surface is slightly fuzzed and/or slightly pilled. 3 Moderate fuzzing and/or pilling on the surface. Balls of different sizes and densities cover part of the surface of the specimen. 2 Visible fuzzing and/or pilling on the surface. Balls of different sizes and densities cover most of the surface of the specimen. 1 Severely fuzzed and/or pilled surface. Balls of different sizes and densities cover the entire surface of the specimen. Record the number of grades for each sample, and the result of a single person's rating is the average value of the grades for all the samples. The test result o...
read more1. Test purpose: Test the ability of the sole to resist incision growth after continuous twists and turns, that is, tolerance resistance. 2. Scope of application: It is mainly suitable for various types of tortuous sulfurized rubber sole, and also suitable for other various types of fluxless sole. 3. Test principle: Install the sole strip test piece on the SATRA TM60 Ross Flex Tester, so that its incision falls directly above the rotary axis center of the Ross Flex Resistance Testing Machine. Through the ISO 5423 Sole Bending Tester and turning test, the test piece was pulled to 90 ± 1 degrees on its shaft. After a certain number of tests, the length of the test tester was measured. Evaluate the quality of the test sole resistance performance with its incision growth rate. 4. Test Instrument: ROSS Flexing Tester: ROSS Flexing Tester is used to test the vertical flex resistance of rubber products, sole of shoes, and Foamed material suce PU、PVC、TPR. After flexing a certain times, then check the attenuation, damage and cracking degree to get the flexing resistance of the sample. More about ROSS Flexing Tester please click: https://www.avenotester.com/ross-flexing-tester-af23_p88.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read moreStructure Of Infrared Dyeing Fastness Test Equipment: Combined with the general advantages of infrared and traditional glycerol proofer, The use of high-temperature machine door sealant, easy to use. There is a heat transfer oil insulation function in the cage, put the cup in the next time will not be lower because of the door temperature. Dye cup material: are made of high quality SUS316. Computer Of Colorfastness Dying Machine: Microcomputer control (Chinese and English LCD computer), programmable 100 kinds of technology; A temperature rise curve, temperature accuracy of up to ± 0.1 ℃, up to 20-140 ℃. Heating and cooling rate: 0.1 ℃ ~ 9.9 ℃ / min. Electric heating Of Textile Infrared Dying Equipment: Electric heating cups and cups at the same time irradiation, power, temperature difference is small, no soot pollution, no glycerin loss; and insulation, constant temperature effect, can save huge glycerol and electricity costs. More about Infrared Laboratory Dyeing Machine please click: https://www.avenotester.com/infrared-laboratory-dyeing-machine-ac19_p176.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read moreApplication of Fineness Tester For Fiber Fiber Content Analyzer is mainly used for measuring various fiber diameters, cross-section analysis, and content of textile ingredients. Features of Fiber Fineness Tester Obtain the longitudinal microscopic image of the fiber through the digital camera. With the intelligent assistance of the software, the operator can quickly and conveniently realize the functions of fiber longitudinal diameter test, fiber type identification, and statistical report generation. Provides an accurate scale calibration function, which fully guarantees the accuracy of the fineness test data. Provides professional automatic image analysis and fiber diameter prompt functions, making fiber diameter testing extremely easy. Provide industry standard conversion function for non-circular cross-section fibers during longitudinal testing. The fiber fineness test results and type classification data can automatically generate professional data reports or export to EXCEL tables. Suitable for fiber diameter measurement of animal fiber, chemical fiber, cotton and linen, etc., with fast measurement speed, simple operation, and reduced human error. The fineness measurement range is 2~200μm. The fiber diameter measurement meets the requirements of the national standard GB/T 10685-1989 Wool Fiber Diameter Test Method-Projection Microscope Method. The content measurement complies with the national standard GB/T 16988-1997 for the determination of the content of the mixture of special animal fiber and wool. The measurement of cotton and linen content conforms to the textile industry standard FZ/T30003-2000, the quantitative analysis method of cotton and linen blended products, and the micro-projection method. In line with the commodity inspection standard SN/T0756-1999, the quantitative analysis method and the microscope projection method for import and export hemp/cotton blended products. Provide a library of standard samples of special animal fiber and chemical fiber, which is convenient for experimenters to compare and improve the identification ability. System composition and hardware configuration of Fiber Testing Equipment (1) System software and hardware requirements: Hardware requirements: Intel dual-core 2.0 or higher processor, 512MB or more of memory, 64MB or more of display memory, 10GB or more of hard disk space, CD-ROM drive Software requirements: Chinese Windows XP or above operating system, pre-installed EXCEL2003. The system recommends the use of 17" or more color monitors, running in 1024×768 (or higher) resolution and 24-bit true color display mode. Need to adjust the computer UAC to the minimum: win+R—input MSCONFIG—tool—change UAC settings—start—adjust to the minimum. After opening the Excel option, adjust the macro security to the lowest level to prevent the system from preventing the software from performing fiber calculations and statistics. (2) Main configuration 1) System biological microscope (including CCD) 1 set...
read more1 Before use, the heavy hammer must be installed in place, and the handwheel must be tightened and tightened. 2 When the Digital Elmendorf Tearing Tester is working, hands, heads, etc. should not be close to the handle turning area; it is strictly forbidden to make the handle touch any obstacles. 3 When the Tearing Tester has not been used for a long time, it should be oscillated several times before use, and the calibration operation should be carried out. 4 If you want to move the Fabric Tearing Testing machine, you must first place the swing device in a locked state. 5 There is no strong electromagnetic interference around. 6 The Paper Tearing Tester should be maintained regularly. More about Digital Tearing Tester please click: https://www.avenotester.com/digital-tearing-tester-ag11-3_p212.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read more1. First turn the speed knob (clockwise) to the minimum; 2. Place the object to be tested on the workbench and use a fixture to clamp it firmly; 3. Adjust the height of the upper and lower cross bars to make the distance between the clamps appropriate. 4. Adjust the "speed knob" to make the speed meet the requirements 5. Clamp the lower end of the test piece with the lower clamp, raise the lower cross bar to a proper distance and then stop the machine, and then clamp the upper part of the test piece with the upper clamp. 6. Turn on the Fabric Tensile Tester power, start the operation, adjust the experiment stroke, and stop after adjustment; 7. When everything is ready, press the up or down push-pull test to start the test. 8. When repeating the experiment, you can repeat the above operations. When you need to stop in the middle, you can press the stop switch, and you can continue after pressing the start; 9. After the test, adjust the displacement to the minimum and the speed to the minimum, and then turn off the power. More about the Universal Tensile Strength Tester please click: https://www.avenotester.com/single-column-universal-tensile-strength-tester-ag02-2_p156.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read moreVacuum cleaner mode DIN Abrasion Tester is suitable to determine the wear resistance of elastic material, rubber, tires, conveyor belts, shoe soles, soft synthetic leather and other materials. Vacuum cleaner mode DIN Abrasion Tester this model with a vacuum cleaner interface can be connected to a vacuum cleaner. During test, the vacuum port will move with sample, clear the dust generated during the test, keep machines and labs clean. Do you want to know more about the vacuum cleaner mode DIN Abrasion Tester? Included Standard Accessories 2.5N weight 1pc 5N weight 1pc P60# standard abrasive paper 1pc Standard cutting die 1pc Grinding head 1pc Germany standard rubber 1pc Power line 1pc Included Option Accessories Standard rubber Vacuum cleaner More about DIN Abrasion Tester (vacuum cleaner mode) please click: https://www.avenotester.com/din-abrasion-tester-vacuum-cleaner-mode-af02b_p288.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read morePneumatic Bursting Strength Tester is used to determine the expansion force and divergence rate of fabric, woven, knitted fabrics, non-woven, paper and board.
read moreElectronic Laboratory Padder made of stainless steel, easy to move, especially suitable for small laboratory tests. It is mainly used for the liquid content test of small cloth samples in the process of textile printing and dyeing and after finishing, and maintain a certain uniform rolling residual rate, so that the water content is stable, and all kinds of textiles can also be soaked in water and put on the instrument to squeeze water to cooperate with the test. It is a very convenient, simple and effective test tool for the laboratory.
read moreLiquid Leak Test Needle is used to test leakage of liquid stuffed toys.
read moreThe yarn hairiness tester is used to measure and analyze the hairiness index of yarn, and automatically test and statistically analyze the length, quantity, and distribution of hairiness. Can test different kinds of yarn including short fiber yarns made from cotton, wool, linen, silk, synthetic fibers, and their blends.
read moreASTM D3985 Oxygen Gas Transmission Rate Tester suitable for measuring the oxygen permeability performance of high barrier materials such as plastic film, aluminum foil plastic film, waterproof material, metal foil, etc.
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