Velcro is a widely used fastening system that is used in a variety of applications. The velcro fatigue tester is made up of two components: a hook tape and a loop tape. When the two tapes are pressed together, the hooks and loops interlock to create a strong and secure fastening. The velcro fastening system is used in a variety of products, including clothing, shoes, bags, and even medical devices. As with any product, the velcro fastening system must undergo rigorous testing to ensure that it meets the required standards for strength and durability.
One of the tests used to evaluate the performance of velcro is the velcro fatigue test. This test measures the ability of the velcro fastening system to withstand repeated opening and closing over an extended period of time. The velcro fatigue tester is a specialized piece of equipment that is used to perform this test. In this article, we will provide an overview of the velcro fatigue tester and its features. What is a velcro Fatigue Tester? A velcro fatigue tester is a specialized piece of equipment that is used to evaluate the performance of velcro fastening systems.
| ● | DIN 3415-1 Textile Touch and Close Fasteners, Requirements DIN 3415-1 Standard Velour Tape｜DIN 3415-1:1990-06 | Test Standards |
| ● | BS EN ISO 22776 Footwear-Test Methods for Accessories: Touch and Close Fasteners-Shear Strength Before and After Repeated Closing | |
| ● | BS EN ISO 22777 Footwear-Test Methods for Accessories: Touch and Close Fasteners-Peel Strength Before and After Repeated Closing | |
| ● | SATRA TM123 Closure Strength Of Touch And Close Fasteners｜Touch and Close Fasteners Fatigue Test Equipment | |
| ● | GB/T3903.20 Footwear-Test Methods for Accessories: Touch and Close Fasteners-Peel Strength Before And After Repeated Closing | |
| ● | GB/T3903.21Footwear-Test Methods for Accessories: Touch and Close Fasteners-Peel Strength Before and After Repeated Closing |
| Equipment Model | WEW-VFT-010S | WEW-VFT-020D |
| Control Method | Touch Screen Controller | LCD + Key Controller |
| Upper Driven Drum | 162.5 ±0.5 mm | 162.5 ±0.5 mm |
| Lower Driving Drum | 160 ±0.5 mm | 160 ±0.5 mm |
| Drum Dimension | Width 70 mm | Width 70 mm |
| Reversal lntervals | 30 ±5S | 30 ±5S |
| Rolling Speed | 1~90 rpm/min | 1~100 rpm/min |
| Clamp Slot | Width 4 mm | Length 55± 2 mm |
| Counter Times | LCD Display | 0 ~ 99999 |
| Sample Pressure | 1.0±0.1 N / mm | 1.0±0.1 N / mm |
| Equipment Dimension | W450*D540*H550mm | W450*D540*H550mm |
| Power Voltage | AC 220V, 50Hz, 1 Phase | AC 110V, 60Hz, 1 Phase |
| Equipment Weight | 75 KGS | 85 KGS |
The control panel allows the operator to set the test parameters and monitor the test progress. The rollers are used to simulate the repeated opening and closing of the velcro fastening system. The velcro fatigue tester has several features that make it an effective tool for evaluating the performance of velcro fastening systems. Below are some of the key features of the velcro fatigue tester:
| The test chamber is a critical component of the velcro fatigue tester. The chamber must be designed to maintain a controlled environment for the test. The chamber should be able to maintain a consistent temperature and humidity level throughout the test. This is important because changes in temperature and humidity can affect the performance of the velcro fastening system. | 1. Test Chamber |
| The control panel is another important component of the velcro fatigue tester. The panel allows the operator to set the test parameters and monitor the test progress. The operator can set the number of cycles, the speed of the rollers, and the temperature and humidity levels in the test chamber. The control panel also provides real-time feedback on the test progress, including the number of cycles completed and any errors or issues that arise during the test. | 2. Control Panel |
| The rollers are the components that simulate the repeated opening and closing of the velcro fastening system. The rollers should be designed to apply a consistent force to the velcro sample throughout the test. The rollers should also be able to maintain a consistent speed throughout the test. This is important because variations in speed or force can affect the performance of the velcro fastening system. | 3. Rollers |
| Many velcro fatigue testers come with specialized software that allows for more advanced testing and analysis. The software can be used to create customized test protocols, analyze data, and generate reports. The software can also be used to monitor the test progress remotely, which can be useful for large-scale testing operations. | 4. Software |
The velcro fatigue tester is a specialized piece of equipment that is used to evaluate the performance of velcro fastening systems. The tester simulates the repeated opening and closing of the velcro fastening system over an extended period of time, which allows for a more accurate evaluation of the performance of the velcro sample. The velcro fatigue tester offers several benefits, including reliable results, cost-effectiveness, customizability, and ease of use. The velcro fatigue tester offers several benefits for testing the performance of velcro fastening systems. Below are some of the key benefits of the velcro fatigue tester:
| The velcro fatigue tester provides reliable and repeatable results. The tester can simulate the repeated opening and closing of the velcro fastening system over an extended period of time, which allows for a more accurate evaluation of the performance of the velcro sample. | 1. Reliable Results |
| The velcro fatigue tester is a cost-effective tool for evaluating the performance of velcro fastening systems. The tester can be used to evaluate multiple samples at once, which can save time and money compared to other testing methods. | 2. Cost-Effective |
| Many velcro fatigue testers come with specialized software that allows for customized testing protocols. This means that the tester can be tailored to meet the specific needs of the user. | 3. Customizable |
| The velcro fatigue tester is easy to use and requires minimal training. The control panel is user-friendly and provides real-time feedback on the test progress. The tester can also be operated remotely, which can be useful for large-scale testing operations. | 4. Easy to Use |