The role of nanotechnology in textile industry has accelerated with a positive momentum during the recent past years. Textile companies have been spending ample in research and development activities in order to discover appropriate products, and add innovations to their existing ones. In fact, textile industry is the first manufacturing industry to come up with finished products that are enhanced through nanotechnology-based products. Nanotechnology has versatile applications
in Textile Chemicals industry in manufacturing garments with stain resistance, flame retardant finishes, wrinkle resistance finishes, moisture management, antimicrobial qualities, UV protection, and soil release properties, etc. for more details visit to www.explosive-product-launches.com .The leaves of certain plants always stay clean, because dirt cannot adhere to the finely- structured Surfaces and is easily washed off by rain.
The natural non-stick, and cleaning process, also known as the self-cleaning effect, is permanently transferred to the textile surface by means of nanotechnology.
The result is NanoSphere an ecologically clean textile finish, developed in accordance with the blue sign standard.
Water and stains have no chance:
Water and annoying stains have no chance on textiles with a NanoSphere finish. The nanotechnology-based textile impregnation is characterized by a high level of water resistance, a natural self-cleaning effect and a durable protective function.
Advantages:
? High level of water resistance
? Naturally self- cleaning
? Durable protective function
High level of water resistance:
On NanoSphere textiles, water drops, e.g. when it is raining steadily, runoff simply and reliably
Naturally self-cleaning:
Oil, dirt and dust do not adhere to the NanoSphere surface and can be rinsed off with water.
Durable protective function:
Due to the extremely high level of abrasion resistance, the NanoSphere protective function is retained even with heavy duty use, frequent washing or cleaning. To know more logon to www.create-video-product.com .The NanoSphere-finish when compared to other traditional textile finishes has a very high level of both wet and dry abrasion resistance.
Durable protective function:
Normal washing or dry cleaning.
? Garments with NanoSphere finish can be washed and dry cleaned very easily.
? After 50 washing cycles the function still remains.
? Fabric softeners or dryer sheets are not recommended.
? Ironing or Tumbling.
Heat and ironing recommended for optimum function.
NanoSphere is based on blue sign standard:
This NanoSphere technology is based on the blue sign standard, and guarantees the highest possible exclusion of substances which are harmful to human so the environment and promotes the economical use of resources in manufacturing.
? Elimination of all problematic substances
? Nano particles are fixed into a coating matrix.
? First class hygienic working conditions.
NanoSphere advantages at a glance:
? Uniquely repels water and stains.
? High level of abrasion resistance.
? NanoSphere offers reliable protection and lots of comfort
? The function is maintained even after numerous washing or cleaning cycles.
? NanoSphere can be applied on all types of textiles (cotton, synthetics etc.)
? Look, feel and breath ability are not affected.
Ecologically clean textile finish developed in accordance with the blue sign standard.
History Of Textile Industry
In our former article entitled 'Important fibres of technical textile industry - Part 1' , we discussed about five fibres Polyethylene, Polyester, Nylon, Carbon and Polypropylene. In this article we would be covering other five major fibres of technical textile industry. The properties, application and leading manufacturers are also covered.
These fibres are listed below:
1.Glass fibre
2.Viscose fibre
3.Acrylic fibre
4.Protein fibre
5.Metal fibre
Glass Fibre
Introduction
Glass fibre is obtained from the fine fibres of the glass. Fibre glass is formed from fine silica strands. Glass itself is a crystalline solid. Basically glass fibre is a polymer. The common properties of glass fibre are as follows.
Properties
* High strength
* Non flammable
* Relatively insensitive to moisture
* Good electrical insulation
* High production rates
* Relatively low density
* Good chemical resistance
* Relatively low fatigue resistance
* Good strength properties in various conditions
* Relatively low density
* Low modulus
* Good electrical resistance
* Low cost
Application of Glass fibre
* Reinforcement material in polymer matrix composites
* Laminate structures can be used in storage tanks
* Woven fabrics are used in production of surfboards, composite panels and other similar devices
* Useful for good thermal insulation
Manufacturers of Glass fibre
* Saint-Gobain Vertex, s.r.o.
* Nippon Electric Glass Trading Co., Ltd.
* Central Glass Co., Ltd.
* Texas Fiberglass Group
* Snoma Science & Technology Co.,Ltd.
Viscose fibre
Introduction
Viscose rayon is a cellulosic fibre, which is manufactured by regeneration. It is neither a synthetic fibre nor a natural fibre fully because it is obtained from naturally occurring polymers.
Properties
* Viscose has silk like feel and drape
* It retains its colors
* It has cellulosic base so it has many properties like cotton and natural cellulosic fibre
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