The Rupp Report: The Shift In Global Man-made Fibers Production

Since their invention in the late 1930s, man-made fibers production was first dominated by European
and U.S. manufacturers — and later on, by Japan. With the appearance of China as the dominant
producer of the whole textile chain, this scenario has changed drastically.

Also, the share of man-made fibers in global fiber production has turned in its favor. For
decades, the consumption of natural fibers — mainly cotton — and synthetic fibers was more or less
50:50. With the growing global population and the rising importance of technical textiles and
nonwovens, just to name a few reasons, this ratio changes almost every year in favor of man-made
fibers.

Dornbirn Man-made Fibers Congress

Last month, not only did the International Textile Manufacturers Federation’s ITMF Annual
Conference take place September 8-10 in Bregenz in the Austrian province of Vorarlberg, but also
the Dornbirn Man-made Fibers Congress (Dornbirn-MFC) was held September 11-13 in nearby Dornbirn.
This congress took place for the 52nd time and is without any doubt the most important event for
the global man-made fibers community. It is organized by the Austrian Man-made Fibers Institute and
supported by CIRFS, the Brussels-based European Man-Made Fibers Association.

Having in mind the dramatic changes on the global map of man-made fibers production, CIRFS
President Giulio Bonazzi reflected on the actual situation for the European producers versus their
global competitors. In his excellent paper titled “The European Man-made Fibres Industry: Meeting
the Challenges of Tomorrow’s World,” he gave an overview of the current situation and problems the
European man-made fibers industry is facing.


Dominant Man-made Fibers

In the 1990s, the share of natural versus man-made fibers was even at 50:50. In the last 15
years the ratio between natural and man-made fibers (MMF) has changed completely, as predicted. In
the year 2012, the world fiber production was 85.9 million metric tons (mt). The fiber breakdown
and the share of each fiber material speak for themselves.

58.568 million mt MMF = 68 percent

26.30 million mt cotton = 31 percent.

1.066 million mt wool = 1 percent.

During the 1950s up to the mid-1990s, Europe and the United States dominated the man-made
fibers market. With the rise of China, this situation has also changed completely. Table 1 shows
where man-made fibers were produced last year:

Global MMF Production In 2012

(million mt)


Table1



Source: CIRFS

Table 1

King Polyester

Among the most prominent man-made fibers in use, polyester is by far the king. Today, it
holds a position that is absolutely unbeatable. In this context, the production of polyester is
rising significantly (See Table 2).

Global Ratio Of Fiber Raw Material Production In 2012

(million mt)


Table2


Source: CIRFS

Table 2

Different European Picture

Polyester is on a global scale the most prominent man-made fiber. However, Europe already
has a large technical textiles/nonwovens industry. Therefore, the split of raw material must be
different, and Table 3 shows the relevant profile for European man-made fiber production for 2012:

European Ratio Of Fiber Raw Material Production In 2012

(million mt)


Table3


Source: CIRFS

Table 3

Bonazzi mentioned in this context the challenges for the European man-made fibers industry.
He said that the evolution of the man-made fiber industry is strongly influenced by developments in
the economy worldwide. It is also affected by crises and the recent economic downturn in Europe,
where related government measures, reduced spending and higher taxes to reduce government budget
deficits have led to unemployment and less disposable income. They have also led to a credit crunch
for businesses and consumers — and, consequently, to weak domestic demand in consumer and
man-made-fiber markets. For example, durables and construction are heavily affected in many
countries.

Bonazzi pointed out that man-made fiber overcapacities are growing, noting the following:

  • Overcapacity in man-made fibers is structural and further growing globally.
  • Technology for many fibers — among others, polyester is readily available.
  • In certain parts of the world, access to finance is easy.
  • Many new projects are decided without sufficient market research, mainly in Asia.
  • Costs of closure sometimes make industry restructuring and modernization more difficult.
  • Overcapacity leads to low prices and reduced profitability.

Special Fibers And Yarns Needed

As have many other sectors of the textile industry, man-made-fiber production has moved in
the last 20 years towards Asia in general, and China in particular, establishing gigantic
production sites. The man-made fibers industry has its roots in Europe and the U.S., where clever
researchers such as Hilaire de Chardonnet, Paul Schlack and Wallace Hume Carothers developed the
first man-made fibers.

However, the future of the European man-made fibers industry is not dependent on the Asian
overcapacities. It much more depends on creativity, new ideas and innovations of man-made fibers
with particular characteristics and finishes to fulfill the needs of a growing domestic technical
textiles market and special apparel end-use applications such as sportswear, protective and medical
applications.

October 1, 2013

Innovative Composites Summit To Be Held In Conjunction With JEC Americas 2013

The Innovative Composites Summit (I.C.S.), a program of strategic, technical and end-user
conferences, will be presented in conjunction with the JEC Americas Composites Show &
Conferences at the Boston Convention and Exhibition Center, October 2-4, 2013. I.C.S. will showcase
the vision, expertise and insights of top business and technology leaders from the global
composites industry. The program is designed to help attendees understand macro trends affecting
industry sectors including aeronautics and automotive, materials such as carbon, thermoplastics and
biocomposites, and cutting-edge processing and design approaches.

“JEC Americas is a collaboration among many stakeholders,” said Frédérique Mutel, president
and CEO, JEC Group. “I.C.S. will feature speakers from America’s composite associations,
universities, research centers and companies, including the University of California, MPACT
Corporation, Johns Manville, Agilent Technologies, MSC Software and Composites Innovation Centre.
In addition, multinational companies well established in North America, such as Chomarat, Siemens,
SABIC, Daimler AG and CarboTech, will be represented. Working together, we are committed to
providing an outstanding program for the composite industry as a whole, and for participants from
the Americas and many global locations.”

The I.C.S. conference will highlight the viewpoints of those who are breaking new ground in
the composites industry. Top thinkers from business, technology and government will share their
insights in:

Design & Processing Forums

  • Productivity & Robotization session: Increasing productivity while maintaining the same
    level of quality, whether in the materials or the processes, is the main challenge here. From
    on-line quality control to post-machining, rework and repair, automation is the key to mass
    production in the composite materials industry. Because of the high-level quality demanded by
    applications sectors such as aeronautics and automotive, automated production has faced many
    challenges.
  • Biocomposites session: Global manufacturers in many sectors are generating a growing market
    pull for composite materials that can be used to create lighter, stronger products with reduced
    costs and energy consumption. The presenters in this session represent key components of this
    global movement to deliver the potential of biocomposites to the industry.

Application Sector Forums

  • Automotive session: Composite materials have been used in the automotive industry since the
    1930s. This is easily explained by the unique solutions they bring: fuel efficiency by reducing the
    weight of the whole vehicle, improving safety and crash worthiness and strengthening of various
    parts.
  • Aeronautics session: In the aircraft industry, composite materials have been more and more
    widely used. Indeed, they offer the possibility to overcome obstacles that have been encountered
    when using individual materials. The key improvement they provide is structural strength comparable
    to metallic parts but at a lighter weight.

Materials Forums

  • Carbon session: Carbon fibers have long been specifically used in high-quality but restrained
    industries, due to their elevated manufacturing cost. However, their unsurpassed strength-to-weight
    ratio has made carbon fibers highly necessary in application sectors such as automotive and
    aeronautics.
  • Thermoplastics session: Over the last few decades, thermoplastic composites have gained market
    share and importance. The unique properties of thermoplastic composites, such as toughness and
    impact resistance, along with recyclability have created a lot of new opportunities.

The I.C.S. will also include a program of more than 100 presentations:

  • A large Education & Skills Village bringing together universities, industry organizations,
    academic groups, market associations and scientific centers. Further, given Boston’s global
    reputation as a center of higher education and technology development, JEC is granting students a
    50 percent discount to attend the sixth I.C.S. conference, and complimentary access to the entire
    JEC Americas Exhibit
  • A presentation of an automation process chain
  • A live demo of large-series reinforced thermoplastics parts manufacturing
  • A poster session
  • Three days of technical sales presentations

Posted October 1, 2013

Source: JEC Group

Black Diamond Introduces Alpine Apparel Collection Featuring Schoeller Technology

Black Diamond Equipment Ltd. — a Salt Lake City-based manufacturer of active outdoor performance
products — has introduced a collection of alpine apparel featuring Switzerland-based Schoeller
Textil AG’s stretch-woven textiles and NanoSphere® and c_change™ technologies.

The Dawn Patrol™ apparel collection comprises three jackets and four pants that are made with
Schoeller’s stretch-woven textiles — which, according to the company, offer durability, abrasion
resistance, shape retention, light weight and breathability. All items in the collection are
finished with Schoeller’s NanoSphere, a nanotechnology-based textile finish that provides water,
dirt and oil repellency. In addition, the Dawn Patrol Hybrid Shell features Schoeller’s c_change, a
wind- and waterproof membrane that offers heat retention or breathability based on changing body
temperature and moisture level.

Black Diamond also has introduced the Post-Op hoody, an after-climbing jacket made with
schoeller®-naturetec — a stretch-woven blend of nylon and Merino wool.

October 1, 2013

Brother Introduces Updated GT-3 Series Of Printers

Brother International Corp. — a Bridgewater, N.J.-based provider of industrial and home appliances
and business products — has updated its GT-3 Series of direct-to-garment printers.

The three printers in the GT-3 Series — formerly named GraffiTee™ — now offer a 20-percent
savings reduction in 380-cubic-centimeter ink cartridge costs. Other benefits include: a white ink
agitation feature that reduces ink waste by up to 60 percent; an enhanced maintenance process that
provides for improved efficiency; a built-in enlarged print area of up to 16 by 18 inches; and
increased data downloading speeds resulting from built-in LAN/Ethernet connectivity.

The GT-3 Series includes a CMYK-only printer; a CMYK with two white print heads; and a CMYK
with four white print heads and single-pass printing for increased speed and improved performance.

October 1, 2013

Stoll Software Solutions Offers Tools To Manage Stoll Machines, Design Solutions

Germany-based H. Stoll GmbH & Co. KG has introduced Stoll Software Solutions to bring its
customers software tools to simplify production and improve productivity. Tools include Stoll-knit
report®2, M1plus®, Connectivity Tool, and Machine Update.

Stoll reports the Stoll-knit report2 management tool gives users the ability to control and
manage a group of knitting machines in a fast, efficient and flexible manner using a smart phone or
tablet device on the plant floor. Order management software allows the operator to send immediate
orders to machinery.

Stoll’s established M1plus is a component of the Design Software solutions series of products
for fast and efficient design and pattern creation. M1plus supports all of Stoll’s knitting
applications including Fully Fashion, Stoll-knit and wear®, Intarsia, Stoll-Multi gauges®, plating,
Stoll-devoré knit® and plush.

All Stoll knitting machines are furnished with a USB interface, Ethernet and Stoll-KnitLan.
The new Connectivity Tool harnesses these features allowing the machines to communicate with one
another. Machine data may be transmitted and centrally stored in the network data storage unit.

The final application, Machine Update, facilitates machine operating system updates so that
efficient machine operation and innovative knitting techniques are maintained.

A new website, stoll-software-solutions.com, provides a detailed overview of the new tools
broken out into five application areas: Management Tools; Flexibility; Pattern Design Software;
Connectivity; and Operating Systems.

October 1, 2013

Chomarat To Open New Plant In South Carolina

Anderson, S.C.-based Chomarat North America — the regional division of France-based textiles and
composites manufacturer Chomarat Group — is building an additional 58,500-square-foot plant in
South Carolina for manufacturing advanced composites.

The facility, which is expected to begin production in mid-2014, will be fully equipped with
new equipment, including a LIBA Max5 100-inch variable width machine. The Max5 will be used to
produce the company’s C-PLY™ spread-tow carbon multiaxial reinforcements.

C-PLY is an unbalanced thin-ply biaxial carbon reinforcement non-crimp fabric (NCF) made
with unidirectional layers that are mechanically sewn together. Chomarat developed the fabric in
collaboration with Stanford, Calif.-based Stanford University’s Department of Aeronautics &
Astronautics and Korea-based Hanyang University’s Department of Mechanical Engineering. The company
won a JEC Innovation Award in the carbon category for C-PLY at JEC Americas 2012
(See ”
Chomarat
Wins JEC Innovation Award For Carbon Reinforcement
,”
TextileWorld.com, Oct. 30, 2012)
.

October 1, 2013

Alliance Machine And Engraving Reports Calendering Equipment Sales

Alliance Machine and Engraving LLC — an Ashland, Va.-based manufacturer of turnkey calendering
systems for nonwovens and textiles, and a provider of calender roll engraving services — announced
recent sales of calendering equipment.

Fiber Dynamics Inc. — a High Point, N.C.-based manufacturer of engineered nonwovens for
industrial, filtration, automotive and other applications — has purchased a calender for use in
meltblown media production. The machine is fitted with two steel rolls, is oil-heated, and is
capable of deflection control over a range of pressure settings, Alliance reports.

Crown Resources LLC — a Toccoa, Ga.-based producer of woven and nonwoven geotextiles — has
purchased a calender featuring a combination of steel and Syncast™ nylon roll technologies for
geotextile production.

Both machines will be commissioned this fall.

Alliance Machine and Engraving is represented by textile equipment and systems distributor
Ford, Trimble & Associates Inc., Burnsville, N.C.

October 1, 2013

Mount Vernon Develops AMTEX® TC TENCEL® Workwear Fabric Collection

Trion, Ga.-based Mount Vernon FR, a division of Mount Vernon Mills Inc., Mauldin, S.C., has
introduced a collection of flame-resistant fabrics featuring blends of cotton and TENCEL®. Called
AMTEX® TC, the collection includes 7.9-ounce and 8.4-ounce twill workwear fabrics designed to be
durable but also comfortable and lightweight. Mount Vernon reports the fabrics meet standards for
National Fire Protection Association (NFPA) 70E and ASTM F1506, and is currently in the process of
obtaining NFPA 2112 certification for the fabrics.

“Innovation is key to success in this industry as our customers continue to demand more from
their FR garments,” said Craig Tutterow, technical director, Mount Vernon FR Fabrics. “That means
we have to continue to develop new fabrics – such as our AMTEX TC collection – that improve optimum
physical performance and provide our customers with value-added products and benefits.”

“We’re always aiming to provide new fabrics and finishes to our customers that provide
solutions to industry demands, but as a manufacturer of flame resistant fabrics, our number one
priority always has to be protection,” said Mike Woods, vice president of FR Fabrics, Mount Vernon
FR. “We’re excited to launch AMTEX TC because it not only meets protection needs, but also
maximizes comfort, which is often overlooked in protective garments.”

October 1, 2013

Guilford Teams With Concept III

Wilmington, N.C.-based Guilford Performance Textiles will team with Red Bank, N.J.-based Concept
III Textiles to generate business opportunities with U.S. outdoor and activewear apparel brands.
The companies note that Asian supply chains still are important to U.S. brands, but in the light of
rising global transportation and manufacturing costs, garment production in the United States is
gaining some traction. Guilford and Concept III want to become an “Americas” solution for quality
knit fabrics offering Guilford’s bread and butter premium smooth surface knits, as well as
newly-developed unique knits featuring finishes for performance and appearance enhancements.

“Outdoor and active apparel has become everyday street wear around the globe,” said Chris
Parkes, partner and director of sales, Concept III Textiles. “Much of the volume is in poly/spandex
or nylon/spandex which Guilford offers in a collection of ‘top-of-the-line’ knits and has done so
here in the U.S. for over 65 years.”

“This partnership makes great sense,” said Devin Warren, director of sales and product
development, Guilford Performance Textiles. “Concept III brings with it decades of strong
relationships and performance fabric expertise, while Guilford is uniquely positioned to help
customers continue their trend of shifting sourcing back to this hemisphere.”

October 1, 2013

Polartec Supplements FR Layering System To Include Dual-Hazard Protection

Lawrence, Mass.-based Polartec LLC has added a high-performance yarn blend to its flame-resistant
(FR) layering system to incorporate flash fire and arc flash dual-hazard protection. Originally
developed with the U.S. military and workwear markets and introduced in 2009, the second-generation
layering system features FR knits made using the high-performance yarn blend including a 25-percent
lighter Polartec® Power Dry® FR baselayer fabric; Power Stretch® High Efficiency grid fleece;
Polartec Thermal FR® double-velour fleece; and wind-, rain- and soil-resistant Polartec Wind Pro®
FR outerwear sweatshirt fleece. The system meets National Fire Protection Association (NFPA) 2112
Flash Fire and NFPA 70E Arc Flash protection standards. Polartec reports all of its FR fabrics are
tested in state-of-the-art laboratories, with results confirmed by independent testing.

The same patent-pending technology also will be incorporated into Polartec Power Shield® FR
woven and soft shell fabrics currently in the late stages of development.

“After three years of research and development, we’re launching this new collection which we
feel offers the best combination of inherent flame resistance, performance, comfort and value on
the market,” said Michael Batson, senior business manager, Polartec, Professional Workwear and
Military.

October 1, 2013

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