The structure of the suction air box significantly affects the web density and hydrostatic pressure performance of meltblown nonwoven fabrics. In nonwoven production line, a narrower air inlet leads to higher airflow velocity through the web and conveyor belt, resulting in denser fiber deposition, improved web uniformity, and higher hydrostatic pressure, but requires higher pressure […]
Complementary Effect in the Web Forming Process In the SMS spunbond nonwoven production line, the web forming method is classified as air-laid web forming, which relies on suction fans to absorb the fiber-drawing airflow and deposit the fibers from the spinning system onto the conveyor belt (web former), thus forming the nonwoven web. The uniformity
Foshan AZX offers advanced meltblown nonwoven machines for producing high-performance automotive sound insulation and air filtration materials. Visit us at IDEA 25, Booth 4139.
Introduction When wearing diapers, a damp surface layer can increase humidity and heat between the diaper and the skin, exacerbating skin hydration. This condition can damage the skin barrier and, in severe cases, lead to eczema. A dry diaper, on the other hand, effectively transfers urine to the absorbent core, locking it in place, while
Nonwoven Fabric Enhance Breathability in Diapers and Hygiene Products Read More »
Automotive soundproofing materials are an important component for improving interior noise and enhancing driving comfort. Currently, common automotive soundproofing material production lines in the market mainly include polyester (PET) fiber sound-absorbing materials and bicomponent sound-absorbing materials. 1. Polyester (PET) Fiber Sound-Absorbing Material Web Formation: Carding process.Bonding Method: Needle punching or thermal bonding.Surface Treatment: Can be
Feasibility of Automotive Soundproofing Material Production Line Read More »
A 1.6m SMS nonwoven fabric production line from a nonwoven manufacturer that has been deeply involved in hygiene materials for many years. The machine has been running stably for many years and has been carefully maintained. Now our customer is successful and plans to upgrade the equipment to expand production capacity, so he plans to
High-Quality Used Nonwoven Fabric Production Line (SMS) in Stable Operation Read More »
Introduction Bicomponent nonwoven fabric is a new type of high-performance material, often abbreviated as “Bico,” and is widely used in fields such as medical, hygiene, filtration, industrial wipes, and construction. With the development of nonwoven production line technology, bicomponent fibers have gradually become one of the core technologies for producing high-quality nonwoven fabrics. The common
Introduction The demand for high-quality nonwoven fabrics is on the rise, driven by industries such as medical, hygiene, and filtration. SSS (Spunbond) technology, known for its high productivity and superior fabric quality, is a go-to solution for manufacturers worldwide. A unique opportunity has now arisen— a 3.2-meter SSS nonwoven fabric machine, currently in production at
“Global Nonwovens Industry Development and Outlook Report (2010-2025)” provides an extensive analysis and forecast of the global nonwovens industry from 2010 to 2025. The report covers a wide range of topics, including global population and GDP per capita, the upstream and downstream aspects of the nonwovens industry, regional production forecasts, production processes, raw material consumption,
Global Nonwovens Industry Development and Outlook Report (2010-2025) Read More »
The nonwoven fabric industry plays a vital role in the global textiles market, driven by the increasing demand for high-performance materials across various sectors. Central to this industry are the nonwoven machines and spunbond machines, which are pivotal in transforming raw materials into versatile nonwoven fabrics. In this article, we will explore the nonwoven fabric