Ulster Launched A Perfect Solution For Yarn Hairiness Detection.

At the 2010 China International Textile Machinery Exhibition (ITMA Asia Exhibition),

The accurate analysis of yarn hairiness is essential for many textile applications, because the hairiness has a significant impact on the appearance and durability of the fabric, and it also affects the productivity and efficiency of the subsequent processing stage.

Fabric experience shows 15% of unacceptable fabric defects? For example, pilling is caused by high hairiness or hairiness variation.

Mao Yu content is also one of the important parameters in the yarns of yarn purchased and sold.

Ulster technology has established a solid foundation for hairiness detection through the world-famous USTER rod tester series, which is recognized as Ulster Mao Yuzhi (H value) in the past 20 years as the basis of industry standard value and hairiness detection module.

This module is equipped with 80% of the latest Ulster type 5 stem tester as an early warning system for potential production problems.

Complementing each other and bringing the hairpin detection to a new level is the result of the intensive research and development work of the expert at UST. The HL 400, which runs 8 times faster than the existing system, has unparalleled accuracy and repeatability.

Compared with the previous weweg system and today's competitor system, the production speed is 50 meters per minute, and its running speed is as high as 400 meters per second.

The weir hairiness can be measured at the same speed of the Ulster type 5 stem tester, which is very conducive to the improvement of productivity.

It combines the precision engineering and measurement accuracy of Ulster products.

Richard Furter, an expert in textile technology and well-known quality inspection industry, said: "the finished hairiness is affected by a number of factors, including yarn twist, spindle speed and wear of the ring traveller. Therefore, the spinning machine needs reliable information about the length and quantity of the protrusion fabric to optimize the performance of the spinning machine and the yarn quality being produced.

Today, with the increasing popularity of compact spinning technology in spinning machines, measuring the hairiness of Ulster and hairwell is very important for achieving the complete control of the yarn quality of the spinning machine.

With the OH module, the Worster type 5 stem tester and the latest Ulster HL HL are the only way to get the required data.

The latest instrument provides important S3 values? The number of fibers projecting above 3 mm and above is the main quality benchmark for compact spinning lines and indicates possible problems in machine compression performance.

The HL 400 provides high precision hairiness measurement and classification, achieving deep yarn engineering and problem solving in the initial manufacturing stage.

The Ulster HL 400 and the OH module's Worster type 5 bar tester together provide a comprehensive and perfect solution for all hairiness detection requirements, so that users can get accurate and reliable results.