Aramid Fibre Market - Market Is Expected to Grow at Significant Rate from 2015 to 2025

Aramid Fibre Market - Market is expected to grow at
significant rate from 2015 to 2025

Persistence Market Research

Aramid Fibre Market - Market is expected to
grow at significant rate from 2015 to 2025

Persistence Market Research

1

Aramid Fibre Market - Market is expected to grow at
significant rate from 2015 to 2025
Persistence Market Research Released New Market Report on “Aramid Fibre Market - Market
is expected to grow at significant rate from 2015 to 2025”.

The utilization of aramid fibre is gaining significant traction in field of fibre for composites and
high-performance technical textiles used across various industries such as aerospace and
automobile. An aramid fibre is man-made organic fibre produced by spinning a solid fibre from a
liquid chemical blend. When compared to the other synthetic fibre aramids have 5-10% higher
mechanical properties such as tensile modulus and strength. These properties are replacing
metal wires and inorganic fibre for high performance application like ropes for offshore oil rigs
and bullet proof vests. Various type of aramid are available in global market place which can be
grouped into para-aramid, meta-aramid and other tailor-made solutions to meet the nice
demand of end-users from various industry. Para-aramid lack in fatigue strength and have poor
compression strength but possess high tensile strength, low breakage elongation and good
resistance to chemicals which makes it suitable for strong composite structural parts. On the
other hand, meta-aramid possess good thermal resistance properties which can be used for
various applications such as gaskets and jet engine enclosures.

Browse Report: http://www.persistencemarketresearch.com/market-research/aramid-fibremarket.asp

The global aramid fibre market is increasing rapidly due to its increasing usage across various
industries such as automobile and apparels. Some of the major factor identified are increasing
demand for aramid fibres for optical fibre reinforcement...