Rise in demand for technical textiles

Global demand for technical textiles is on the rise as new applications and new

markets continue to emerge, according to the latest issue of Technical Textile

Markets from the business information company Textiles Intelligence.

Over the long term, global demand for technical textiles is expected to rise

by 5% per annum, providing myriad opportunities for manufacturers supplying a

number of different sectors — notably automotive, construction, environment,

energy and medical.

In many developing and newly industrialised countries, the use of technical textiles

in industrial applications will intensify, thus providing enormous opportunities

internationally.

Demand is also being stimulated by the increasing need for mobility, where technical

textiles can play an important role by improving the attributes of products made

by the automotive industry. In vehicle construction, technical textiles have

an important role to play in increasing the safety and comfort of drivers and

passengers, and reducing the amount of energy consumed by vehicles.

More ambitiously, the use of technical textiles can help the automotive industry

to comply with EU directives aimed at reducing CO2 emissions. Panels and components

made from carbon fibre reinforced plastics (CFRPs) are now being used in mass

produced vehicles to reduce vehicle weight and hence fuel consumption.

In the construction industry, the technical textile industry should profit from

an increase in global demand for infrastructure, where technical textiles can

be used for both functional and visual reasons. For instance, embankments and

shore areas can be strengthened and stabilised using geotextiles based on natural

materials, such as jute. Energy consumption in buildings can be reduced by using

textile-based insulating materials.

The move towards increasing environmental protection and energy efficiency will

have a highly positive effect on the demand for technical textiles, where there

are numerous applications.

Source: Textiles Intelligence.