Pacifier Tester ATB30
Pacifier Tester is used to test the risk of choking or suffocation caused by pacifier toys to children.
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1. 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 more1. Instrument structure of Horizontal Combustibility test machine 1. Handle 9. Burner 2. Test chamber 10.Air feeder 3. Sample fixture 11.Control cabinet 4. Hammer 12.Power switch 5. Chamber door 13.Metal comb 6. Thermometer Jack 14. Flame adjusting knob 7. Fire nozzle gate 15. Dust collecting disk 8. Flame measuring rule 2. Functional Descriptiono of Horizontal Flammability Test instrument Handle: Convenient moving instrument Test chamber: The main body of the test instrument provides an independent space for the test. Chamber door: The transparent observation window facilitates observation and testing. Dust collecting disk: Collection of droplets from combustion tests Sample fixture: Sample fixing fixture Flame measuring rule: Flame height gauge. Thermometer Jack: Insert a thermometer to measure the temperature in the test box. Control cabinet: Control instrument test Burner: Flame generator Hammer: Provides tension to the marking line and triggers the timing sensor More about ASTM Horizontal Flame Tester please click: https://www.avenotester.com/horizontal-flammability-tester-ag32_p41.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read more1 Overview of Water Cool Light Fastness Tester AC02 Light Fastness Tester (water-cool) is a testing machine developed by our company according to the requirements of national standards and AATCC standards. The machine adopts the latest sensor technology and microcomputer control technology, and has the advantages of high measurement and control accuracy, high intelligence, stable and reliable performance; simple and clear interface, easy operation, etc. Light Fashtness Testing Equipment complies with AATCC TM16-2003 and GB/T8427-1998, GB/T8430-1998, GB/T14576-93, GB/T15102-2006, GB/T15104-2006, ISO 105 B02 and other related requirements. It is suitable for the test of light fastness, weather fastness, light fastness and perspiration fastness to various colored textiles; it can also be used for the light fastness of paints, pigments, coatings, rubber, plastics, wood floors, paper and other materials Fastness test and light aging test. 2 Main feature of Light Fastness Test Chamber 1.2.1. Adopt 4500W long arc xenon lamp to truly simulate the sunlight spectrum; 1.2.2. High-transmittance filter combination, using 95% transmittance filter and filter tube, to achieve the same irradiance light requirements with low power consumption, making the instrument more energy-saving and environmentally friendly; 1.2.3. Standard 420nm band, irradiance digital setting, real-time monitoring, closed-loop automatic adjustment, providing the most stable irradiance test light source for different standards (340nm, 420nm, 300-400nm and 300-800nm bands are optional) ; 1.2.4. Light energy conversion technology is used to provide energy for radiometer detection and wireless transmission, without additional power supply; 1.2.5. Blackboard thermometer (BPT), standard blackboard thermometer (BST), radiometer and sample are tested at the same station (equidistant), which truly reflects the tested condition of the sample, and the measured data is synchronously transmitted by radio frequency technology; 1.2.6. Industrial temperature control (refrigeration) system, the water tank is heated to generate water vapor to control the humidification system, and quickly adjust the temperature and humidity in the test chamber to ensure that the test temperature and humidity are accurate and stable; 1.2.7. Multiple operating modes (drenching in rain, alternating light and dark), which can simulate the real climate state; 1.2.8. All sample holders can be timed separately, and different samples can be tested on the same machine, which is convenient for testing and monitoring and reduces operating costs. Running time and separate timing can be powered off to prevent accidental power off; 1.2.9, 10.1-inch large color touch screen, multiple test monitoring modes (animation, numbers, charts), easy to operate, intuitive and clear; 1.2.10. The quality guarantee that one test can run continuously for 1000 hours; 1.2.11. Industrial-grade single-chip microcomputer control, strong anti-interference abi...
read more1) Remove the metal sample holder of Manual AATCC Rotary Vertical Crockmeter and place the specimen on the plate sticking it to the pieces of tape. Replace the metal sample holder. 2) Mount the crocking cloth onto the crocking pin, using the jubilee clip to secure the cloth. 3) Lower the rubbing head onto the fabric specimen of Rotary Vertical Crockmeter and perform the required number of rubs by turning the handle. 4) When the requisite number of rubs has been completed lift the rubbing head and remove the sample and crocking cloth. 5) If a wet fabric has been tested allow the crocking cloth to dry at room temperature. More details about the Manual AATCC Rotary Vertical Crockmeter please click the link below: https://www.avenotester.com/manual-aatcc-rotary-vertical-crockmeter-ac06_p50.html Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read moreFault Situation Possible Cause Solution Turn on the Salt Spray Tester power supply, the power light is not on. No power supply The fuse burn out Please ask for the electrician to check and recover the power supply. Change the fuse with the same capacity. There is big abnormal noise when the machine is working. The belt damage or rupture Motor breakdown. Part of the axletree breakdown. Change the belt with the same standard. Maintain and change the motor with the same type. Change the axletree with the same standard. The pressure can’t do adjustment. Oil-water separate Air supply is not on Change the oil-water separate with the same standard. Check the turn on the air supply. The fuse burn out frequently, out of use. The input voltage is abnormal Motor abnormal Please ask the electrician to check and recover the normal power supply. Motor damage, maintain or change motor. More details about the Salt Spray Tester please click the link below: https://www.avenotester.com/salt-spray-tester-ae02_p44.html Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read moreThe Martindale abrasion resistance test refers to a test performed on textiles according to the Martindale standard system, and the abrasion resistance of the fabric is tested through this test. Wear resistance is an important indicator of the quality of textile products. It directly affects the durability and use effect of the product. Wear resistance refers to the ability of fabrics to resist wear during repeated friction with other materials. The machine used to test the abrasion resistance of fabrics is the Martindale Abrasion Tester. Martindale abrasion testers are manufactured according to standards, but due to the different national and regional standard series, we can divide them into international standards, EU, US, Germany, UK, Chinese standards, etc. details as follows: International standard ISO12947.2-1998 "Determination of the abrasion resistance of fabrics by the Martindale method in textiles Part 2: Determination of sample damage"; ISO12947.3-1998 "Determination of Textile Abrasion Resistance by Martindale Method Part 3: Determination of Quality Loss"; ISO12947-4—1998 "Determination of abrasion resistance of fabrics by Martindale method in textiles-Part 4: Evaluation of appearance changes". American Society for Materials (ASTM) standards ASTMD4966-2010 "Fabric Abrasion Resistance Test Martindale Abrasion Tester". EU standards ENISO12947-2:1998 "Determination of abrasion resistance of textiles by Martindale method Part 2: Determination of sample damage"; ENISO12947-3:1998 "Determination of the abrasion resistance of fabrics by Martindale method in textiles Part 3: Determination of mass loss"; ENISO12947-4:1998 "Determination of the abrasion resistance of fabrics by Martindale method for textiles-Part 4: Evaluation of appearance changes". German Institute for Standardization (DIN) standards DINENISO12947-2-2007 "Textiles. Determination of fiber abrasion resistance by the Markov method. Part 2: Test damage determination"; DINENISO12947-3-2007 "Textiles. Determination of fiber abrasion resistance by the Markov method. Part 3: Determination of mass loss"; DINENISO12947-7-2007 "Textiles. Determination of the abrasion resistance of fabrics by the Martindale method. Part 4: Appearance change evaluation". British Standards Institution (BS) standards BSISO12947.2-1998 "Determination of the abrasion resistance of fabrics by the Martindale method in textiles Part 2: Determination of sample damage"; BSISO12947.3-1998 "Determination of abrasion resistance of fabrics by Martindale method in textiles Part 3: Determination of mass loss"; BSENISO12947-4-1999 "Determination of Abrasion Resistance of Textile Fabrics by Martindale Method Part 4 Evaluation of Appearance Change". China National Standard GB/T21196.2-2007 "Determination of abrasion resistance of textiles by Martindale method Part 2: Determination of sample damage"; GB/T21196.3-2007 "Determination of abrasion resistance of fabrics by Martindale method in textiles Part 3: Determination of m...
read moreThe garment industry is one of the most fascinating industries. People working in this industry can solve the problems they face in their daily work. For example, delivering high-quality clothing within a suitable budget is the primary goal of any clothing manufacturer. Whether it is a domestic brand, an international brand or a personal label. People always wonder why these international brands and labels are so expensive in our budget and wardrobe. The answer is simple: the quality is high. From the thread count of the fabric to the measurement of color fastness, from the use of high-quality accessories such as buttons, snaps and rivets, it is also an important area. For the layman, good stitches, good fabrics and color fastening are several parameters to measure the quality of clothing. However, for an industry veteran, the parameters are quite different. Color matching, color accuracy, button pull-out strength, pilling, explosive power, etc. are all rare things. Why measure the strength of buttons? For a user, all buttons sound the same, and no one will bother about its power. But well-known clothing manufacturers are very concerned about this, especially baby clothing. For example, a piece of clothing worth a thousand dollars loses its button after two uses, and the user will not be able to repair it because of some pulls and pushes. This user may never invest in this brand again. Therefore, got a bad reputation and lost a customer. For babies, it is even more dangerous if an emergency button is swallowed. So, it is important to pay attention to these trivial issues. In order to test the strength, Snap Button Pull Tester can be used. How to use the button to pull out the tester? The garment to be tested are placed on the chassis so that they can be held tightly. A powerful clamping forceps, further connected to the push-pull gauge, with the teeth to hold the button tightly. Depending on how the button is used, a force of up to 20 kg can be applied to the button. For example, in the case of baby clothes, up to 7 kilograms of force can determine the quality of the buttons. On the other hand, for sturdy clothes like jeans, denim shirts or leather, this strength can be extended to 20 kg. AVENO Machine Recommend: AG03 Snap Button Pull Tester Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read more1. Product structure diagram 1) Touch screen controller 2) Emergency stop switch 3) Detergent feed port 4) Roller door 5) Door handle 6) Power switch 7) Drain valve 8) Automatic water inlet 9) Exhaust vent 10) Power line connect 2. Main components Automatic Wascator Shrinkage Tester is mainly composed of color touch screen display, frequency converter motor drive, 306 stainless steel inner and outer tank, temperature control module and water level control module. 3. Working principle of instrument Wash the sample in the automatic washing machine according to the prescribed procedure, and then dry. More about Automatic Wascator Shrinkage Tester please click: https://www.avenotester.com/automatic-washcator-shrinkage-tester-ac13_p57.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com
read morePacifier Tester is used to test the risk of choking or suffocation caused by pacifier toys to children.
read moreLinear abrasion tester is used to evaluate the wear resistance, scratch resistance (single or multiple scratches), and color transfer (usually friction camel or abrasion fastness) of products, etc. Both dry abrasion test and wet abrasion test can be conducted.
read moreThe Lab Twister with counter is used for making small samples. The dyed loose fibers are twisted into yarn by this machine, which can be combined or used to weave sheets to judge the dyeing effect and other indicators. This model has a counter to complete the counting.
read moreYarn Abrasion Tester is mainly suitable for the determination of wear resistance of textile materials such as single yarn and ply yarn.
read moreThis Fiber Specific Resistance Meter can measure the specific resistance of various chemical fibers and is one of the important instruments for measuring the spinnability of chemical fibers. Based on the pointer-type fiber specific resistance meter, it adopts high-resistance operational amplifier and digital display technology to make the test data more accurate, stable, and rapid, and the operation is easier. It is suitable for measuring the specific resistance of chemical fibers in scientific research, fiber inspection, production and use of chemical fibers, etc.
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