Karl Mayer launches RACOP-NW raschel machine for nonwovens
March 26, 2019 - Germany
Karl Mayer has launched the new RACOP-NW Raschel machine series for nonwovens and web bonding. Karl Mayer is a technology and market leader as well as a driving force for innovations in textile machinery building. The manufacturer offers perfect solutions for warp knitting, technical textiles and warp preparation for weaving for all its customer groups.
The high-speed raschel machines bond fibrous webs to form nonwovens using two or three guide bars, thus offering all the usual advantages of knitting technology over other processes. This process, therefore, produces textile characteristics, such as elasticity and voluminosity, which is not the case when using chemical bonding agents. Much less energy is consumed compared to thermal processes. The new RACOP-NW models also combine flexibility with maximum productivity, factors that have led to their widespread acceptance by the market, according to a press release by the company.
Karl Mayer sees sales opportunities mainly in reusable shopping bags as an alternative to plastic bags, as well as hygiene products, such as cleaning cloths and hook-and-loop fastenings for babies’ nappies. Technical applications also offer a wide range of end-uses, such as cable sheaths in the automotive sector, filling, and insulating materials, for example, for mattresses, textile surfaces for carpet tiles, and linings and interlinings for shoes, and clothing.
The first models in the RACOP-NW machine series are the RACOP 2-NW and RACOP 3-NW. The machines are available in the gauges of E 12, E 14, E 22, and E 28 and with a working width of 160” initially. More working widths and optional electronic guide bar control are being planned. The EL function considerably increases the range of patterns and constructions that can be produced, and thus extends the potential of the new Raschel machines for use in web bonding. These machines process feed webs and other carrier substrates that can be pierced in thicknesses of up to 5 mm. A device for forming pile loops is optionally available to cater for special applications, and fabrics with special specifications can be produced. As well as being versatile, the RACOP-NW machines are also fast, and operate at a maximum speed of 2,000 min -1. (GK)
The high-speed raschel machines bond fibrous webs to form nonwovens using two or three guide bars, thus offering all the usual advantages of knitting technology over other processes. This process, therefore, produces textile characteristics, such as elasticity and voluminosity, which is not the case when using chemical bonding agents. Much less energy is consumed compared to thermal processes. The new RACOP-NW models also combine flexibility with maximum productivity, factors that have led to their widespread acceptance by the market, according to a press release by the company.
Karl Mayer sees sales opportunities mainly in reusable shopping bags as an alternative to plastic bags, as well as hygiene products, such as cleaning cloths and hook-and-loop fastenings for babies’ nappies. Technical applications also offer a wide range of end-uses, such as cable sheaths in the automotive sector, filling, and insulating materials, for example, for mattresses, textile surfaces for carpet tiles, and linings and interlinings for shoes, and clothing.
The first models in the RACOP-NW machine series are the RACOP 2-NW and RACOP 3-NW. The machines are available in the gauges of E 12, E 14, E 22, and E 28 and with a working width of 160” initially. More working widths and optional electronic guide bar control are being planned. The EL function considerably increases the range of patterns and constructions that can be produced, and thus extends the potential of the new Raschel machines for use in web bonding. These machines process feed webs and other carrier substrates that can be pierced in thicknesses of up to 5 mm. A device for forming pile loops is optionally available to cater for special applications, and fabrics with special specifications can be produced. As well as being versatile, the RACOP-NW machines are also fast, and operate at a maximum speed of 2,000 min -1. (GK)