跳至主要内容

Zipper Tester, Slide Fastener Reciprocating Tester

The Zipper Tester, also known as a Slide Fastener Reciprocating Tester, is a specialized device used to test the durability and functionality of zippers or slide fasteners. It is commonly used in the textile, garment, and bag manufacturing industries to ensure the quality of zippers used in various products.


The tester simulates the repeated opening and closing actions that zippers undergo during normal usage. It evaluates the zipper's resistance to wear and tear, as well as its ability to withstand the repetitive movements and forces applied during regular operation.


The Zipper Tester typically consists of a testing chamber or fixture, where the zipper is securely clamped. The tester applies a controlled reciprocating motion to the zipper slider, repeatedly opening and closing the zipper according to predefined parameters, such as cycle count and speed.


During the testing process, the machine measures various performance parameters, including the force required to open and close the zipper, smoothness of the zipper movement, and any signs of deformation, slippage, or failure. This provides valuable data to assess the zipper's durability, functionality, and overall quality.


By subjecting zippers to rigorous testing using the Zipper Tester, manufacturers can ensure that their products meet quality standards and customers' expectations. It helps identify weaknesses or potential issues in zipper design or construction, allowing adjustments or improvements to be made before the zippers are used in final products. This ultimately helps provide consumers with reliable and long-lasting products that feature high-quality zippers.



When purchasing a Zipper Tester or Slide Fastener Reciprocating Tester, you need to pay attention to the following aspects:


1. Features and specifications: Choose the features and specifications that suit your needs. Common functions include reciprocating speed adjustment, cycle number setting, force measurement, and test pattern customization. Choose the appropriate specifications and performance metrics based on your specific testing requirements.


2. Operation and control: Ensure that the equipment is easy to operate and control. The ideal Zipper Tester should have an intuitive and easy-to-understand user interface and simple operation steps. When selecting a piece of equipment, learn about its control panel, menu system, or any automated control features to ensure you can easily set test parameters and monitor the test process.


3. Accuracy and reliability: It is very important to choose a Zipper Tester with high accuracy and reliability. You need to ensure that your test results are reliable, as these results will directly affect the quality of your product. Understand the accuracy and stability of your machine, including performance in areas such as measurement force, repeatability, and reliability.


4. Security and compliance: Ensure that the selected equipment complies with relevant industry standards and regulatory requirements. Since test equipment involves moving parts and measurement forces, it is necessary to ensure its safety and comply with international or regional safety standards. Before purchasing, carefully read the device's safety specifications and manufacturer's documentation.


5. Brand and after-sales service: Choose trustworthy suppliers and brands. Choose a supplier with a good reputation so that you can ensure the quality and stability of the equipment and receive good after-sales service support. Query information about the equipment's warranty policy, maintenance support, and technical support.


Purchasing a Zipper Tester is an important investment, making sure you choose a device that suits your needs and following the advice above can help you get a reliable and high-quality device.

评论

此博客中的热门博文

Multi-Functional Scratch tester For automotive interior materials

          Multi-Functional Scratch tester is applicable to all types of wiping performance test of automotive interior materials; test equipment integrated three domestic standards (fingers scraping method, a hundred grid method, and plastic scraping finger scraping method).         Scratch tester is an electronic instrument capable of measuring critical load, adhesion, scratch resistance and bond strength for a wide range of surfaces. Scratch tester measures the scratch resistance of a sliding and moving surface in the relative motion to a stylus. The stylus is forced/pressed against the moving surface with precise controlled force which is normal to the surface and tangential force at the contact has to be measured.         Scratch tester can be utilized for all type of industrial coating from the plasma layers used in semiconductor and optical technology used in decorative coatings used for automotive and consum...

Reveal the standards for textile breathability testing and let you understand it in seconds!

 Reveal the standards for textile breathability testing and let you understand it in seconds! Breathability testing is a measure of how much gas can pass through a textile. However, there is no single "optimal" air permeability value, as it depends on the specific circumstances in which the textile is used. For example, if it is used to make sportswear, it is hoped that it has good breathability; if it is used to make insulating clothes or warm clothes, it is hoped that it can block the cold well. Therefore, when testing the air permeability of textiles, the purpose of using the textile must be clearly understood in order to obtain reasonable values. In order to accurately and quickly test the true breathability performance of a sample, specially designed and developed instruments must be used. Testing methods generally include: fabric thickness (Thickness), fabric density (Density), fabric water absorption rate (Water Absorption Rate), evaporation and mass transfer (Moistur...

Test Methods of Universal Pilling Assessment Viewer (PAV)

Universal Pilling Assessment Viewer enables fabric to be assessed while still mounted on a Martindale head. The Pilling Assessment Viewer (PAV) for the textile market has been developed with the help of a major textile company in accordance to BN EN ISO 12945 standards incorporating all 3 parts and adopting the following test methods: Part 1: ICI Pilling box method (BS 5811) Part 2: Modified Martindale method (SN 198 525) Part 3: Atlas random tumble method (ASTM D 3512-96) It uses D65 Artificial Daylight (with CWF optionally available), as specified by many retailers. Other test methods can also be viewed, including those specified by major retailers. Other results of test methods that can be viewed include: BS 5811:1986 Determination of resistance to pilling and change of appearance of fabrics. ICI modified pill box for snagging Fleece appearance and surface change after washing Other test methods as specified by several major retail outlet. To optimize c...