H&V To Expand Virginia Plant, Add 17 Jobs

Hollingsworth & Vose Co. (H&V) — an East Walpole, Mass.-based provider of filter media,
battery separator materials and industrial nonwovens — will invest $6.1 million to expand
manufacturing capacity at its Floyd, Va., plant, and add 17 jobs.

H&V will add production capability for Technostat® and Technostat Plus electrostatic air
filter media used in applications including respirators; vacuum cleaners; automotive cabin air
filters; medical equipment filters; and residential and industrial heating, ventilation, and air
conditioning. H&V currently manufactures Technostat and Technostat Plus filter media only in
Europe.

“We are very pleased to continue to grow and invest in Floyd, Virginia,” said H&V
President and CEO Val Hollingsworth. “H&V has been operating there for nearly 40 years. We are
fortunate to have a lot of great people and we appreciate the support from Floyd County and the
State of Virginia.”

“This strategic expansion of our Floyd site will provide capacity to support the increasing
demand in North America for high performance synthetic filter media,” said Mike Clark, division
president, High Efficiency and Specialty Filtration. “This state-of-the-art production line will
produce H&V’s patented Technostat electret filter media, which provides high-efficiency
filtration with very low pressure drop.”

The Floyd site competed with H&V’s Hawkinsville, Ga., and West Groton, Mass., plants for
the project. H&V has manufacturing sites and research centers in the United States, Mexico,
Europe and Asia.

The new production line is expected to come online by the fourth quarter of 2014.

November 19, 2013

TenCate, DSM Offer TenCate Multi-light™ With Dyneema® Force Multiplier Technology

TenCate Advanced Armor — a division of the Netherlands-based Royal Ten Cate NV — and the
Netherlands-based fiber producer TenCate Advanced Armor have teamed to introduce TenCate
Multi-light™ inserts and vehicle armor solutions featuring Dyneema® Force Multiplier Technology.

TenCate Multi-light ultra-lightweight, flexible ballistic inserts offer protection against
both lead core and armor-piercing ammunition, and meet or exceed National Institute of Justice
(NIJ) level III and IV standards for multiple-hit protection.

DSM’s Dyneema Force Multiplier Technology combines advanced polymer science, innovative fiber
technology and unique uni-directional engineering to offer a high level of ballistic armor
protection for personal protection, vehicle armor and tactical gear. The material is thin and
lightweight and offers improved flexibility for soft-ballistic applications in addition to improved
multiple-hit protection.

“Current focus is on further reducing weight, increasing comfort and developing cost
efficient solutions,” said Steve Tanderup, managing director, TenCate Advanced Armor. “TenCate
Advanced Armour manages to combine those customer demands while increasing the level of protection.
Our cooperation with DSM is constructive and productive and the Dyneema Force Multiplier Technology
is a part of the innovation of the advanced armour solutions of TenCate. We intend to set a new
standard for ballistic armour protection in both personal protection applications like vests,
inserts, helmets, soft armor applications, and for vehicle armour. But also for next-generation
tactical gear that will be engineered around the future soldier programs. The application of the
Dyneema Force Multiplier Technology is an important part of this process.” 


TenCate and DSM Dyneema will co-market the product globally to defense and law enforcement
agencies.



November 19, 2013

Lang Ligon To Supply COMSAT Warpers To Norfab, Twitchell

Greenville-based textile machinery distributor Lang Ligon & Co. Inc. has added weaving
preparation, sectional warping and related equipment from Spain-based COMSAT to the product lines
it offers its customers in the United States and Canada.

The company recently sold COMSAT UNI EVO sectional warpers to Norfab Corp., a Norristown,
Pa.-based manufacturer of synthetic heat-resistant textiles; and to Twitchell Corp., a Dothan,
Ala.-based manufacturer of fabrics, vinyl extrusions and coatings for outdoor furniture, awning and
shade, industrial and other applications. The computer-controlled UNI warpers feature a completely
automatic advance determination system and can process a range of materials including cut or
continuous fibers with or without twist, in addition to glass, plastic and other materials.

Norfab selected the UNI warper after “years of research,” said Joe Bruderek, manager. “The
warper gives us the versatility we need for all our fabrics, fiberglass heavy fabrics to the Norfab
lighter-weight fabrics. The workmanship, commitment to the textile industry and the willingness to
customize ‘our’ warper are key reasons as well. We truly feel they produced a warper specifically
for us.” He also mentioned the service and spare parts COMSAT provides even for its older
machinery.  

“We visited several facilities which utilized COMSAT equipment and talked to management and
technicians at those locations,” said Tim Gilmore, manager, Twitchell. “To the person, they were
all very complimentary of the robustness of the equipment and the level of service supplied by
COMSAT after the sale. The warper seems to have all the capability that we need and yet is equipped
with a simple, straightforward control system that is easily understood by the operator.”

November 19, 2013

The Hosiery Association Announces It Will Close Its Doors

CHARLOTTE — November 13, 2013 — The Hosiery Association has issued a letter announcing it will
close its doors at the end of the year. The letter is reproduced below:

 

It is with mixed emotions that we share with you that The Hosiery Association’s (THA) Board
of Directors has voted to dissolve this 108 year-old organization effective December 31,
2013.  Economic volatility and increased globalization of the hosiery industry has caused
consolidation within the membership. Additionally, the membership demographics have changed. Some
companies have diversified the types of products they sell (both hosiery/non-hosiery). Most
companies have fewer employees and time for active involvement in association activities has become
more challenging. The requested needs and services within the current membership have become
decentralized.

 

All of these factors have caused a steep decline in THA’s membership over the last several
years resulting in a drop in revenue that has left the Association unable to sustain
itself.   While the decision was a hard one to make, we believe it is the right one given
the circumstances.   Change is not always easy, but it does often provide new
opportunities.

 

Many of you know that THA has been in talks with The American Apparel and Footwear
Association (AAFA) regarding opportunities for AAFA to serve THA’s membership in the future. 
As a result of our talks with them, AAFA is forming a Legwear Committee and has invited all current
THA member companies to become AAFA members.  

 

The ownership and management of THA’s sock/sheer sizing forms will be transferred to The
Hosiery Technology Center (HTC), now known as the Manufacturing Solutions Center (MSC) effective
December 1, 2013. The MSC has long been a champion for the hosiery industry and a valuable partner
to THA.  The MSC played a vital role in developing the sizing form programs and we are pleased
that it will continue this service which is invaluable to the hosiery industry worldwide. 

 

Lastly,  we’d like to thank you for your years of interest and support of THA and wish
you the best of luck.

 

Kind regards,

Rich Stober, Chairman, THA

and Sally Kay, President, THA

Posted November 19, 2013

Source: The Hosiery Association

 

TenCate Provides Colombian Army With TenCate Defender™ M For Aircrew

UNION CITY, Ga. — November 18, 2013 — TenCate Protective Fabrics has been chosen by the Colombian
Army Aviation Air Assault Division to deliver TenCate Defender™ M as the fabric of choice that will
be used to manufacture new, two-piece flight suits for its personnel. This adoption represents the
first major opportunity for TenCate Protective Fabrics to supply fabric to the Colombian Military
and to establish TenCate Defender M as a viable flame resistant (FR) fabric for military solutions
in South America.

The TenCate Defender M product portfolio has established a reputation for protection and
durability in recent conflicts in Iraq and Afghanistan by supplying all deployed American troops
with FR combat uniforms. Many European and other armies around the world have performed wear tests
and have subsequently ordered TenCate Defender M products to protect their military.

Fabric innovation in action

Engineered as a versatile and comprehensive FR fabric, TenCate Defender M offers a variety of
styles and features that satisfy a wide range of applications. The best option for use in the
Colombian Army Aviation Air Assault Division flight suits emerged as TenCate Defender M 6.5 ounce
(per yard²) in a rip stop weave with anti-static properties in the Colombian Jungle Camouflage
print. The Air Assault Division found this version of TenCate Defender M best suited to its FR and
tactical needs.

Supply chain management

TenCate Protective Fabrics USA partnered with Complementos Industriales Ltda. in Cartegena,
Colombia, to arrange the shipment of approximately 50,000 yards of fabric for use in the
manufacture of the flight suits. TenCate Defense and Tactical Market Manager, John Blackmon, says:
“Complementos Industriales have been a huge resource in this effort. The manufacture of the flight
suits will be overseen by the Brigada de Apoyo Logístico and the actual production will be
conducted by the Batallón de Intendencia, also known as Las Juanas, which handles textile
operations for the Colombian Military”.

Continued expansion

TenCate Protective Fabrics looks forward to continued success in protecting militaries around
the world. Military Market Manager, Franklin Massey, who spear-headed the effort with John
Blackmon, says: “We are happy to offer TenCate Defender M to the Colombian military and we hope
that we can supply them with the full range of FR protection”.



Posted November 19, 2013

Source: TenCate Protective Fabrics

Fitesa To Expand Simpsonville Facility, Add At Least 32 Jobs

Fitesa Simponsville Inc. — a Simpsonville, S.C.-based designer and manufacturer of nonwoven fabrics
for hygiene, medical, and industrial specialty applications — is investing $50 million to expand
its Simpsonville facility and create at least 32 jobs.

The company will improve the infrastructure of its 190,000-square-foot plant and add
equipment to increase production capacity for its spunmelt nonwoven hygiene fabrics. According to
Fitesa, the fabrics offer softness, strength, barrier, abrasion resistance, extensibility and
sustainability; and are widely used in consumer goods such as baby diapers and adult incontinence
products.

“Our mission is to be the preferred choice for the supply of nonwoven fabrics to the global
hygiene industry, and to deliver high quality products with exceptional service and sustainable
processes,” said Ray Dunleavy, director of marketing, Fitesa. “We are pleased to continue to grow
our operations here in Greenville County, and appreciate the support of the Greenville Area
Development Corporation and South Carolina Department of Commerce in making this announcement a
reality.”

Fitesa began its Simpsonville operations in 1990 and currently employs 100 people at that
location. Dunleavy noted that Fitesa already has invested hundreds of millions of dollars to date
in its Simpsonville plant, and that it competed with Fitesa’s other U.S. plants — located in
Washington and Wisconsin — for the $50 million investment.Fitesa also has production facilities in
Mexico, Peru, Brazil, Sweden, Germany, Italy and China.

Fitesa expects to complete the expansion by November 2014.

November 12, 2013

The Rupp Report: PCI Fibres Conference 2013: Excellent Source Of Fiber Information

The annual PCI Fibres Conference 2013 took place November 7-8, 2013, in Hong Kong. Topics included
the supply of the various fiber raw materials and the situation in the Asia-Pacific Rim. It was an
event full of valuable information and a gathering of global textile professionals from all
production sectors.

The PCI Consulting Group, of which PCI Fibres is a founding member, is an association of
specialist companies that together offer integrated consulting services related to the entire
fibers and intermediates chain and the related plastics industries. Its consulting perspective
ranges from refinery to finished product. PCI Fibres publishes reports that cover the major
manufactured fibers and raw materials for acrylic, polyamide, polyester and viscose as well as
related products. The PCI Fibres Red Book, published annually, provides an overview of both
consumer demand and textile mill consumption for wool, cotton and manufactured fibers. The analysis
breaks the world into 13 regions, and also looks at capacity and production for the primary
man-made fibers — acrylic, nylon and polyester — in 70 countries.

Fibers Play The Major Role

Since the beginning of all textile activities, fibers have played the most important role.
Fibers play a predominant part in defining the final fabric and its properties. Otherwise, apart
from ongoing technical improvements, the fundamental technology of forming a fabric either by
weaving or knitting hasn’t changed that much since its start. On the other hand, mostly over the
last few decades, all textile fibers have constantly gone through new developments, characteristics
and improvements — particularly man-made fibers. But also, natural fibers such as cotton have shown
permanent enhancements regarding properties. And not to be forgotten are cellulosic fibers, which
show a growing importance in global fiber consumption, not least due to the issues related to
cotton in the last few years.

Global Fiber Consumption

Peter Driscoll, managing director of PCI Fibres and head of the PCI Fibres Conference, even
declared cellulosic fibers to be the global fiber consumption winner in the past few years. He
mentioned that cellulosic fibers have enjoyed a strong recovery from a total of 1.7 million metric
tons (mt) in 2001 to a total of 3.9 million mt in 2012. In 2013, global cellulosic fiber
consumption grew by 17 percent, and the experts from PCI Fibres predict further growth of 12.3
percent in 2013 and 10.4 percent in 2014. From 2000 to 2012, world textile mill consumption reached
an average growth of 3.6 percent, to total 80.8 million mt in 2012. World textile mill consumption
in 2013 is projected to reach 84.1 million mt. Driscoll expects further growth to 87.6 million mt
in 2014.

Changing Marketplaces

As everybody in this industry is aware, fibers are the starting point of the whole
downstream process. In an evermore global textile business with its magnitude of product flows, it
is therefore vital and of outstanding importance to have a certain knowledge of global fiber
production, and consequently, its distribution channels and end-uses. The modeling system applied
in PCI Fibres’ reports takes into consideration the ups and downs of stock levels along the supply
chain. Material in this pipeline is only visible with any ease in the early stages of processing
before it is converted into other products, such as apparel. Therefore, the relationship and the
link between fiber production and the downstream processes are vital to know. Also, stock movement
along the pipeline, sometimes involving vast quantities, can be extremely influential on the future
of the global textile market – and its players.

Changing Fiber Applications

And global fiber production has gone through dramatic changes in the last two to three
decades: For a long time, the ratio of fiber consumption between the major natural fibers and
man-made fibers was about 50:50. This has changed dramatically to a current ratio of 72-percent
man-made fiber to 28-percent natural fibers. The reasons for that are well-known and don’t need to
be repeated here.

However, if one thinks that natural and man-made fibers have a separate and independent
life, that belief is more than wrong. The conference showed a crystal-clear correlation between the
different regions and fiber production as well as consumption. Certainly, everybody remembers the
big problems in 2011 with soaring cotton prices. It can be seen, for example, that polyester prices
for staple fibers and filaments rose, too. Especially, polyamide and polyester prices have a great
influence on global cotton prices and vice versa, and not only related to the costs of the raw
material — oil. Today, there are even more differences.

Changing Power Costs

The key to future success lies to a certain extent in the availability – or in other words,
the supply – of natural resources such as natural gas and, consequently, power. For example, as all
dear readers of the Rupp Report know, the U.S. textile industry, and mainly the spinning and the
man-made fibers sector, is having great success at the moment. One speaker at the conference
mentioned some possible reasons for that success: For one, all man-made fibers up to now are based
on naphtha as the raw material. All U.S./American crackers are linked with pipelines; therefore, it
is very easy to virtually send the product around to all refineries. This is not possible in China,
for example, as it would cause big logistical problems and costs as well as high energy consumption
to supply all production plants with the necessary feedstock.

Changing Fiber Mix

Nevertheless, China holds a major, if not the dominant, position in the man-made fibers
industry. Over the last few years, the mix of man-made fibers production has changed a lot. Using
the example of polyester textile filament, Driscoll presented in his paper the role of China and
its influence on global man-made fiber production. Today, polyester filament is by far the top
fiber. Its production has soared from 9.8 million mt in 2000 up to 25.7 mt in 2012. In 2000,
China’s production share was 35 percent; in 2012, its share was up to 72 percent.

Excellent Event

This was the first time the author of the Rupp Report has attended the PCI Fibres
Conference. Rarely has he visited an event that has provided better and more in-depth information
about the global textile products flow in general and the fiber markets in particular. The
presentations showed the impact of the global fibers business, the different application areas,
their correlations and even their implications. Many other events only focus on networking and
socializing. Don’t take the author wrong — they are also very important and a prerequisite for
success. However, to speak and exchange information with the right people and get most valuable and
in-depth information is seldom possible on the international events platform. The PCI Fibres
Conference encompassed both. More information about this conference will be available soon in some
of the forthcoming Rupp Reports.

November 12, 2013

Research Alliance For The Microbial Production And Application Of Biopolymers

BONNIGHEIM, ZWINGENBERT, KELHEIM and TUBINGEN — November 7, 2013 — The four partners BRAIN, the
Hohenstein Institute, Kelheim Fibres and rökona, announce the formation of a new research alliance
for the biotechnical production and modification of specialty alginates. The aim of the alliance is
to establish a sustainable microbial bioprocess for the production of specialised alginate
components. The biopolymers should serve a dual purpose: application in high-quality medical
product matrices and within the innovative textile industry.

In addition to the Zwingenberg-based biotechnology company BRAIN AG, the research alliance
involves the Hohenstein Institut für Textilinnovation gGmbH (Bönnigheim), the world’s leading
manufacturer of specialty viscose fibres Kelheim Fibres GmbH (Kelheim) and the manufacturer of
highly specialized materials for medical technology rökona Textilwerk GmbH (Tübingen).

The biopolymer products will be used in both topical and wound-phase specific dressings, as
well as for application-specific modification of matrices in technical textiles. Aside from high
purity and more defined material properties of the biopolymer, the advantage of microbial
production processes is an improvement in the environmental efficiency of products. Parts of the
alliance research project will be co-financed by the Federal Ministry of Education and Research
(BMBF) under grant number 013A126 and the acronym AlBioTex.

“Alongside our partners in the alliance, we want to build a high-quality bio-based matrix
system and at the same time, a sustainable process in terms of the yield and techno-functionality
of the biopolymers”, ex-plains Dr. Guido Meurer, Unit Head Microbial Production Technologies at
BRAIN. “BRAIN has been an active researcher of innovative, supportive, bioactive substances for use
in medical products for several years. These substances are then introduced into appropriate
biological matrices and ultimately into modern wound dressings.”

The primary objective of BRAIN, alongside the Hohenstein Institute, is to develop microbial
production organisms for application in industrial quantities of biopolymers in appropriate
biofermentation processes on an industrial scale. These research results also assist in the common
aim of developing innovative nonwoven materials.

“Until now, the variation and optimization of the material properties of alginate was either
not possible at all, or only possible with immense effort. Through the use of biotechnology, a
differentiated use of alginates is made possible in the specialized textile field for the first
time”, says Dr. Timo Hammer, Head of Research in the Department of Hygiene, Environment and
Medicine at the Hohenstein Institute, and coordinator of the AlBioTex project.

The partners Kelheim Fibres and rökona Textilwerk participate in the alliance by providing
access to high-quality, homogeneous biopolymers. The plan is to develop functional textiles with
new properties and to use them in pilot processes.

“The production of high-quality and homogeneous biopolymers is crucial for our functional
viscose fibers based on renewable resources. Various functionalities expand this range of
innovative fiber properties for new high-tech applications”, says Walter Roggenstein, Head of
Re-search and Development at Kelheim Fibres GmbH.

“The joint research in these two fields, the textile and medical technology industries, is
another prime example of the intensification of the biologization of industries”, concludes Dr.
Holger Zinke, CEO of BRAIN, the motivation behind the research alliance. “Biological knowledge is
the driving force of the bioeconomy and industrial biotechnology is one of its most important
fields.”



Posted November 12, 2013

Source: Hohenstein Institut

IFAI: 2013 Safety Products Design Challenge Winners Announced

ROSEVILLE, Minn. — October 23, 2013 — The tenth annual Safety Products Student Design Challenge
winners were announced today by the Safety and Technical Products Division of Industrial Fabrics
Association International (IFAI).

The annual contest is developed and supported by Safety and Technical Products and the
Narrow Fabrics Institute, special interest groups within IFAI, and encourages post-secondary
functional design training and the use of technical textiles in protective and safety applications.
Students were challenged to design original projects which protect people or property from hazards.
These conditions include, but are not limited to, extreme hot or cold temperature; impact; chemical
or biological exposure; poor visibility; fall protection.

This year there were 15 entries from 15 teams of students from around the world; Altogether,
there were 50 students in teams of 1-5.

The winning designers and their projects are:



First Place
: Motorcycle Riding Overalls With Integrated Torso Protectors

Designers: Dr. lmari Mansikkamäki, Emmi Pouta, Jenni Simanainen

Instructor: Jasmiine Julin-Aro

School: Aalto University, School of Arts, Design and Architecture, Helsinki,
Finland

Second Place: Dr. Glove — A Therapeutic Smart Glove

Designer: Harini Ramaswamy

Instructor: Dr. Lucy Dunne

School: University of Minnesota – Twin Cities

Third Place (1 of 2): High Visibility Firefighter Turnout Jacket

Designers: Alysia Fehrman, Paige Murray, Zoe Long, Phoua Vang, Jennifer Huynh

Instructor: Dr. Gindy Neidermyer

School: University of Wisconsin – Stout, Apparel Design and Development

Third Place (2 of 2): High Visibility Garment for Wastewater Plant Operator

Designers: Cassandra Berg, Madalyn Gibson, Lindsay Ley, Brooke Moylan, Helen
Stieve

Instructor: Dr. Gindy Neidermyer

School: University of Wisconsin – Stout, Apparel Design and Development

Posted November 12, 2013

Source: IFAI

Mogul Inaugurates Bicomponent PET Spunbond Line

Turkey-based nonwovens producer Mogul Co. Ltd. has begun production on a new core/sheath
bicomponent polyester (PET)/copolyester spunbond line. The new 365-centimeter-wide line brings
Mogul’s total PET capacity to 15,000 metric tons per year, and expands its product line to include
spunbond, spunlace and meltblown nowovens.

The new bicomponent PET line will produce area thermal bonded flat fabrics featuring
low-denier round and trilobal filaments. Fabrics will range in weight from 17 to 135 grams per
square meter. The new bicomponent fabrics will be targeted mainly to industrial markets and will be
sold under the Buffalo brand name.

In other company news, Mogul recently began production on its second 3,200-millimeter-wide
monofilament PET spunbond line.

November 12, 2013

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