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Finishing

German machine builder Fleissner has proposed a modification to the hydrodynamic needling of woven fabrics in order to ensure the even treatment of all filaments in the textile.
Following last year's announcement of the strategic distribution partnership between Schoeller TechnologiesAG and Clariant, the companies have worked together to bring a new NanoSphere finish to the m

A treatment that imparts flame-retardant (FR) properties to fibre blends containing 30-100% wool does not lose its effectiveness when the textile comes into contact with water, according to Interna

DuroTextiles of Fall River,Massachusetts,USA, has introduced a range of protective solutions for residential and commercial fabrics called Defense.
Multi-Plot Europe of Bad Emstal, Germany, has introduced a digital textile printer--d.gen Arachne Combo.
NanoTex LLC of Oakland, California, USA, has patented a way to impart a performance enhancing property to a fabric that is claimed to be durable enough to withstand many (25 or more) domestic launderi
US Patent 7 205 041 discloses methods of printing nonwoven substrates with inks that subsequently are difficult to rub off.
Xerox Corp of Stamford, Connecticut, USA, has developed two kinds of phase-change inks as well as means of making them.
A polyester hydrolytic enzyme can reduce the propensity to pilling and/or improve the colour clarity of polyester fabrics without the need to use a detergent, according to Novozymes North America Inc.
A surface treatment for materials, including textiles, that reduces the need for using large quantities of water, as well as polluting and toxic substances, is the subject of International Patent WO 0
Taiwan's Formosa Taffeta Co Ltd has patented (European Patent EP 1652995) a method for making fabrics with a durable stain-resistant finish that is also waterproof.
US Patent 6 622 312 discloses a method for attaching elastic or decorative trimmings along the edges of garments without the need for sewing operations.
A flexible textile-based material that allows for the controlled release of a microencapsulated substance is the subject of International Patent WO 2004/048678.
Treatments based on silver ions improve the durability to high-temperature washing and reduce the discolouration of fabrics, according to USA's Milliken & Co.
Australian researchers report they have developed a novel way to mercerise cellulosic fibres.
A process for treating cotton and poly/cotton fabrics to improve colour-fastness, abrasion and shrinkage resistances, stain resistance and handle, also improves fabric stretch recovery, claims the inv
A plasma treatment for materials, particularly all kinds of textiles, has been developed in Italy by Universita' Degli Studi di Milano-Bicocca and Stazione Sperimentale per la Seta, both in Milan.
A Chinese company has patented a process to render cotton fabric resistant to creasing and shrinking despite repeated laundering.
Since the advent of transfer printing - largely restricted to polyester fabric - there has been a search for a process that could be applied to cotton while retaining the attractions of this dry proce
Malden Mills Industries claims to have developed a process that can be applied to a raised, knitted fabric to render it absorbent to moisture and/or water on one face while the other is repellent.
Talking to the world's leading producers of textile dyes and chemicals,Phil Owen has identified patterns of change in the industry: a growing focus on technical uses, accompanied by significant reloca
TWI's Ian Jones says that greater automation,increased productivity and higher quality will all result from the use of laser welding to replace traditional processes for seaming fabrics.
It is well known that textile fibre surfaces play a key role in textile processing and application technology.
P2i, a spin-out company from the UK's Ministry of Defence, has been formed to exploit plasma processing originally designed to enhance military garments.
A system for improving the rub fastness of dyed polyester fabrics and yarns has been introduced by Precision Processes Textiles (PPT) of Belper, UK.
USA's Polymer Group Inc (PGI) says it has found a way to transfer an image or pattern to a pre-coloured fibrous component of a woven fabric by means of a hydraulic treatment.
A printing technique capable of producing retroflective fabrics is described in European Patent EP 1 431 449.
A technique for applying a shrink-resist treatment to textiles that also provides water-, oil- and stain-repellency has been developed by Precision Processes Textiles Ltd of Ambergate, UK.
A method of thermally cutting and sealing the edge of a running web is the subject of US Patent 6 681 668.
USA's Prisma Fibers Inc says it has devised a way to combine single colour feed yarns to simulate space-dyed effects, without the need for twisting or heat-setting.
A technique for applying a protein sheathing around each fibre in a substrate is disclosed in International Patent WO 02/059413.
Previous attempts to incorporate durable and semi-durable scents in fabrics have had little success.
Developed by ILC Dover Inc, an arrangement for fastening a fabric to a metal is the subject of US Patent 6 612 360.
German dyestuffs manufacturer DyStar Textilfarben GmbH & Co has created a range of dyestuffs specifically for nylon fibre.
An International Patent (WO 01/06054) assigned to Avant-Garb LLC (now Nano-Tex) of Emeryville, California, USA, describes a system that is based on using nanoparticles to apply permanent finishes to v
Enzyme treatments of textiles, particularly cellulosics, that enhance the properties in ways not previously contemplated by such processes are the subjects of a patent from a UK finisher.
A UK company claims to have developed an antistat treatment that is good enough to meet a proposed European standard.
Treating hydrophobic fibres with a glow discharge plasma improves the ability to dye them, according to US researchers.
Textile Enhancements International Inc has developed a technique that it claims improve the appearance, cover and physical properties of woven fabrics.
Improvements to the hydroenhancement of fabrics are the subject of US Patent 6 343 410.
An abrasion- and wrinkle-resistant finish for fabrics that, its inventor claims, is effectively permanent is the subject of International Patent 01/18304.
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