Trade fair visitors can dig deeper into the company’s comprehensive product and process know-how at the trade fair stand number. Through 2314 and the Index Online Platform, the company said in a media release.
Thanks to the melt blow technology of Elycon non-woven fabrics, it is easy and efficient to produce unique and highly sophisticated non-woven fabrics for filtration, insulation and sorption applications. The polymers used to make filter media and membranes are as diverse as their applications. The spectrum extends from classical polyolefins (PP, PE), PET, PLA, PBT, PA to specialty plastics such as PPS and TPU. These and all other raw materials can be reliably processed using the Ericon non-woven melt blow procedure.
The ecuTEC + charging unit electrostatically charges the filter media to further increase filter efficiency. It is so flexible that it sets it apart from other concepts currently on the market. Users can choose from a variety of possible variations to set the optimum charge intensity for each filter application.
For industrial non-woven fabrics, the Ericon non-woven system provides high production capacity and yield while at the same time achieving low energy consumption. For this purpose, geotextiles made of polypropylene or polyester can be efficiently manufactured with a running meter weight of up to 400 g / m.2 For example, filament titers up to 9dtex. Elycon non-woven fabrics also provide a special spunbonding process for producing non-woven fabric substrates (PP or PET spunbond) for roof underlays and so-called bitumen roof substrate (needle-shaped PET spunbonds) for bitumen roof membranes. doing.
In addition, spunbond products are becoming increasingly important in filtration applications, both as a backing material for filter media and as the filter media itself. The flexible non-woven construction allows you to include customer-specific requirements for different functions. Years of core sheath dual component experience of Elicon non-woven fabrics allows the creation of completely new non-woven fabric structures, and thus the ability to incorporate different functions into a single material. The core-sheath two-component spinning process allows various combined fiber cross sections and at the same time different fibers to be produced from a single or different polymer. The spectrum extends from core sheath and side-by-side two-component filaments, divisible fibers to so-called mixed fibers.
In the manufacture of sanitary and medical non-woven fabrics, QSR (Quality Sized Right) technology manufactures these very diverse spunbond and melt blow composites (SSMMS, SMMS, SSS, etc.) according to globally recognized standards. Provides an economically attractive solution for. As a result of intensive collaboration and partnerships, close quality assurance measures, and extensive interaction with technology partners, Oerlikon Nonwoven has made this type of system special for producers within their respective markets: It can be equipped with unique features that allow it to distinguish non-woven properties. For example, volume increase, softness, customer-specific embossing patterns.
On its phantom platform, Oerlikon Nonwovens provides an alternative cofoam technology for producing a variety of wet wipes from pulp and polymer fibers. Here, the spunmelt and airlaid processes are combined in a way that fully integrates the properties of the starting material. The material mixture can contain up to 90 percent cellulose fibers. Alternatively, you can add cotton or synthetic fibers.
Compared to processes such as classic spunlace (water confounding card non-woven) manufactured to date, phantom technology offers environmental, performance, and cost benefits. Exemption from water flow confounding eliminates the need for subsequent drying of the material. Optimal product parameters such as softness, toughness, dirt absorption and liquid absorption can be set. Phantom technology enables the production of both flexible and absorbent structures and highly textured materials.
Pulp or cellulosic fibers as raw materials for the production of non-woven fabrics are currently virtually unmatched in terms of sustainability and environmental compatibility. The Ericon Nonwoven Airlaid Process is an ideal solution for processing this raw material into a wide range of high-end products. Today, there is great demand for high quality, lightweight air-laid non-woven fabric manufacturing solutions with economically attractive production rates and system throughput.
Here, the patented Elycon non-woven fabric forming process sets the standard. Uniform fiber laying and excellent uniformity are achieved even with non-woven fabrics with a small running meter weight. In addition, it allows for the uniform mixing of the most diverse raw materials, such as pulp, short and long natural and artificial fibers (up to 20 mm), powders, and the most diverse mechanical and thermal applications and combinations. increase. A chemical entanglement method for creating the required product properties.
Fiber2Fashion News Desk (KD)
Oerlikon Nonwoven will be exhibiting in one of the broadest portfolios on the market at the Index (October 19-22) in Geneva, Switzerland, the world’s leading non-woven trade fair. Neumünster-based system constructors focus on market-oriented and customer-oriented system solutions for filtration, hygiene, medical, geotextile and other industrial applications.
German Ericon non-woven fabric exhibited at Swiss index
Source link German Ericon non-woven fabric exhibited at Swiss index