Invista Looks To Expand Nylon 6,6 Production Worldwide

In response to increasing demand in
Asia for adiponitrile (ADN), hexamethylene diamine (HMD) and nylon 6,6 polymer, Invista, Wichita,
Kan., has begun engineering activities as it prepares to build an Asia-based nylon 6,6 facility
that will utilize its proprietary butadiene-based ADN technology. The new technology will enhance
the company’s competitive, low-cost position in that region, Invista reports.

The company has not finalized a location for the facility — which is expected to start up by
2011 — and is consulting key customers and suppliers in the region. “We are evaluating several
sites, but our current preferred option is to build in China, based on the continued growth
potential of that market and the needs of Chinese customers,” said Warren Primeaux, vice president,
ADN/HMD.

In addition, Invista’s ADN and HMD facilities in Victoria and Orange, Texas, are in the
process of expanding capacity by 100 kilotons per year, with completion expected by 2008. Those
expansions — along with improvements underway at intermediate chemical production facilities in
Wilton, England, and Sakra, Singapore — are part of an effort to improve and add to the company’s
existing network of facilities in the United States, Canada, Singapore and Europe.

October 24, 2006

Newson Gale Introduces Cenelectrex Clamps Cables

The latest Cenelectrex® clamps and
cables from Lakewood, N.J.-based Newson Gale Inc. may be used to dissipate static electricity when
using portable and mobile plant equipment and containers in hazardous areas. The Factory
Mutual-approved and ATEX-compliant stainless-steel static grounding and bonding clamps and
self-retracting Cen-Stat™ cables are available as separate items or as complete assemblies.

According to the company, the clamps meet standards for clamping force, vibration,
mechanical strength and electrical resistance; and feature sharp, hardened contact tips to
penetrate insulating layers such as paint, resins and rust. The chemical- and abrasion-resistant
coated cables are available in lengths of 10, 16, 32 and 48 feet; and are designed to maintain
their shape after 20,000 extensions.

When constant static grounding and bonding monitoring is needed or for safety-critical
applications, Newson Gale offers Bond-Rite Intrinsically Safe Self Testing Clamps and Earth-Rite
Static Ground Monitoring and Interlock systems.

October 24, 2006

Nordson VersaBlue Adhesive Melters Offer Versatility

Westlake, Ohio-based Nordson Corp.’s
VersaBlue® XN Series adhesive melters enable users to dispense up to 200 liters of up to two
different hot melt adhesives for nonwoven disposable feminine hygiene, adult incontinence and
infant applications; as well as to coat and laminate textiles, paper, films and other wide-web
materials.

The melters, available with 50-, 100- and 200-liter holding capacities, may be used in
combination with up to eight dual- or single-stream metering spur-gear pumps, which can dispense up
to 118.7 cubic centimeters of adhesive per revolution, and either the Siemens® S7 or Allen-Bradley®
ControlLogix® programmable logic controllers. The company reports the XN series also features
graphical touch-screen panels and a single-point management system that consolidates auxiliary
temperature, motor and pressure controls; the ability to control remote applicators and metering
stations; variable-speed alternating-current motors; and a grid and reservoir tank that are
designed to reduce adhesive degradation and ensure maximum throughput.

According to Nordson, easy installation, setup and servicing are made possible with
quick-disconnect hose/gun power, input/output connectors, and open access to hydraulic and
electrical sections. Because of the XN melters’ modular design, users may upgrade and retrofit
onsite and use common parts compatible with other VersaBlue melters.

October 24, 2006

Quality Fabric Of The Month: Climate Change – An Open And Shut Case

Shape memory technology is the basis for Switzerland-based Schoeller Textil AG’s new “smart” c_change™ bionic, flexible, adaptive membrane for sport and leisure apparel applications. Shape memory refers to the ability of a polymer’s molecular structure to change shape according to variables imposed upon it and to return to its original shape under set conditions.

Taking its cue from nature – more specifically, from the behavior of a fir, spruce or pine cone, c_change opens or closes in response to changes in external temperature and humidity as well as to changing body heat and perspiration levels. No matter what its state or the conditions
affecting it, the hydrophilic membrane is breathable – or moisture-vapor-permeable – relative to the specific condition, as well as windproof, waterproof, elastic and durable, according to Schoeller.

The membrane is set to a specific temperature range and humidity level, with the original closed, rigid state of the polymer structure occurring at the lower end of the range to hold in body heat during times of inactivity or colder external temperatures. In this state – which
Schoeller compares to the closed state of a pine cone in damp conditions – the reduced moisture vapor permeability allows retention of body heat, creating a comfortable microclimate inside the garment.

qfom_Copy_1

C_change™ functions similarly to a pine, spruce or fir cone. Left: In cool temperatures
and/or periods of low activity, the polymer structure is closed and allows very limited moisture
vapor transport. The membrane holds in body heat while remaining breathable. Right: In warm
temperatures and/or periods of high activity, the structure opens up, allowing significantly more
moisture vapor to pass through and releasing body heat. In all conditions, the membrane remains
wind- and waterproof.

The company notes that tests show the membrane’s moisture-vapor permeability increases by 55 percent as the temperature rises from 10°C to 20°C. In addition, tests comparing c_change to hydrophobic membrane systems show c_change allows wicking away of 25-percent more moisture to the outside within the same time period than do the hydrophobic systems.

According to Tom Weinbender, president of Seattle-based Schoeller Textil USA, the company’s US subsidiary, c_change is the first membrane technology in the market that adjusts its function to
environmental conditions. “In most membranes, the moisture-vapor transmission rate remains constant no matter what the temperature, but c_change works with the body, like a second skin,” he said. “Our whole intention is to make the body more comfortable, and that’s where c_change begins to take on some possibilities.” He said response to the new membrane has been very positive and noted interest for such applications as golf, sailing, other outdoor activities and even fashion.

Schoeller offers c_change in both two-layer and three-layer fabric constructions – both stretch and non-stretch styles – and in combination with its patented finishes including quick-drying, water-repellent, moisture-wicking 3XDRY®; water-, oil- and dirt-repellent NanoSphere®; and its standard durable water repellent that also is stain-repellent.

In a two-layer construction, the membrane is laminated to the underside of the fabric – including polyester, nylon, wool, cotton and blends of these fibers – using a new method whereby dots of polyurethane are applied between the fabric and the film. In a three-layer construction, c_change is laminated between the face-fabric layer and an under-layer that typically is a knit, fleece, charmeuse, tricot or jersey.

“The adhesive is critical,” Weinbender explained, noting that not only is the polyurethane vapor-permeable, but the space between the dots also allows vapor transport. “We’ve developed the dot adhesive so there is the same function throughout. Other adhesives are not vapor-permeable like ours. This is an added benefit to the c_change technology.”

C_change conforms to the bluesign® standard for environmentally responsible materials and processes using best available technologies, utilizing resources in the most efficient manner possible, and avoiding the use of harmful substances and processes in making the end product.

For more information about c_change™, contact Schoeller Textil USA, (206) 283-6991.

October 17, 2006

DuPont, Glory Team To Produce Bio-Based DuPont™ Sorona®

DuPont, Wilmington, Del., has
partnered with China-based Zhangjiagang Glory Chemical Industry Co. Ltd. to establish the first
production and distribution operation in Asia for bio-based DuPont™ Sorona® polymer.

Glory, formed earlier this year, is building a continuous polymerization facility expressly
to manufacture Sorona polymer using technology licensed from DuPont and Bio-PDO™ — 1,3 propanediol
derived from corn sugar — from Loudon, Tenn.-based DuPont Tate & Lyle BioProducts. The Jiangsu
province-based, 66 million-pound-capacity facility is expected to begin production before the end
of this year, with the first commercial product available in the second quarter of 2007.

“After screening over a dozen firms, we found that [Han Bin, president, Glory] and his team
were best positioned to be a strategic partner with DuPont, based on their impressive operating
experience, attention to quality and desire to be involved in every step of product
commercialization,” said Peter Hemken, vice president and general manager, DuPont Bio-Based
Materials – Sorona and Bio-PDO. “We believe our partnership with Glory will help us expand our
business on a global level and incorporate new thinking and experience into the Sorona brand. There
currently is a very strong supply chain in Asia, and this partnership will help us shorten the time
to market by having polymer, fiber, fabric and garments all created in one region.”

October 17, 2006

Outlast, Kelheim Fibres Team To Incorporate PCMs Into Viscose Fiber

Outlast Technologies Inc., Boulder,
Colo., and Germany-based specialty fiber manufacturer Kelheim Fibres GmbH have developed the first
patented viscose fiber with incorporated Outlast® phase change materials (PCMs) to provide
temperature-regulating properties to the fiber.

According to Outlast, PCMs previously have been incorporated only into acrylic fibers. The
company anticipates the new Outlast viscose fiber will open up new apparel and home furnishings
opportunities. “With their ability to absorb excess heat, PCM fibers in apparel provide excellent
temperature buffering and comfort,” said Pat Gruber, CEO, Outlast. He mentioned applications
including intimate apparel, knitwear, dresses, shirts and blouses, and pants; as well as
bedspreads, blankets, mattress ticking and sheets. The new fiber, which retains all the inherent
properties of viscose, can be blended with cotton, polyamide, polyester, aramids and practically
any other fiber.

“[Kelheim’s] focus on innovative products and flexible technologies was well-suited to
successful incorporation of Outlast’s phase change technology into the viscose fiber,” said Martin
Bentz, managing director of Germany-based Outlast Europe GmbH. The two companies worked quickly to
develop Outlast viscose, making use of Kelheim’s pilot plant, and Kelheim now has created a special
unit to manufacture the product.

“We are very pleased with the high level of incorporation of microcapsules we have been able
to reach while still retaining the critical properties of viscose, such as processability,
dyeability and soft [hand],” said Robert Gregan, CEO, Kelheim.

October 17, 2006

The Numbers Aren’t Bad


L
 atest statistical evidence continues to support

Textile World
 ’s contention that the textile industry is doing tolerably well. A case in point: profits,
where new Census Department data — carrying through midyear — show after-tax mill earnings running
close to 12 percent above comparable 2005 levels. Margin trends are equally upbeat, with profits
per dollar of sales over the same period put at about 3.4 percent — significantly above the
3-percent reading noted during the first six months of 2005. That’s also the highest level for this
key indicator of textile health in more than a decade. To be sure, earnings in the downstream
apparel sector are down a bit. But here, too, dollar and margin levels remain solidly in the black.

More importantly, all this basically encouraging profit news is likely to continue through
the entire year. At least that’s how analysts at economic forecasting firm Global Insight see
things. Their latest forecast, for example, calls for a solid 15-percent margin gain this year for
mills turning out finished products — rugs, home furnishings, etc. And even in the more competitive
basic mill sector — yarns and fabrics, current forecasts suggest a much smaller margin decline than
last year, with an even better picture, a basically flat pattern, anticipated here for upcoming
2007.

Oct06BFChart


Demand Is Holding Up, Too


Nor are activity figures all that discouraging. Mill production, for example, has remained
pretty much unchanged since last December. In any event, that’s a heck of a lot better than some of
the steep declines reported over the past few years. Behind this somewhat brighter picture: a still
basically strong economy — more about this below — plus smaller than previously expected textile
and apparel import gains.

This somewhat improved mill production picture is also confirmed by better than anticipated
manufacturers’ dollar shipments, where — as reported in earlier months — an actual uptick in more
highly fabricated textile mill products has been helping to offset some of the continuing erosion
in the basic yarn and fabric sectors of the industry. Still other positive signs: manufacturers’
apparel shipments, which also are up of late, plus better inventory management. On the latter
score, stock/sales ratios remain quite low, suggesting that new bookings — rather than being billed
by inventory drawdowns — are now quickly being translated into new production and shipments.


Strong Economy Will Help


Some further thoughts on the impact of continuing economic growth: To be sure, the housing
market has been weakening of late. But there are now plenty of areas that are likely to pick up the
slack. For one, considerably lower gasoline prices should leave a bit more money available for
clothing or other textile-related products. Household compensation — which at latest report was
rising at double the rate of inflation — should also help loosen up consumer purse strings, as well
as today’s somewhat smaller share of income going to pay down consumer debt.

Still another economic plus: the double-digit growth in US exports over the past year.
Finally, there are signs that capital spending on new plants and equipment — something that
accounts for more than twice as much gross domestic product as housing — is beginning to pick up.
This is a gain that also has positive ripples, helping to generate a secondary wave of jobs and
income for consumers. Given all the above, the current year-to-date modest boosts in apparel and
home-furnishing sales are likely to persist — not only through the remainder of the year, but also
into early 2007.


Chinese Concerns Persist


But not everything is coming up roses. That’s certainly true when it comes to resolving the
still-growing trade imbalance with China. To be sure, the United States’ current textile and
apparel imports from that nation are under earlier double-digit levels. Nevertheless, the
4.5-percent jump recorded so far this year can’t be ignored. Nor can the recent declines in the
United States’ Western Hemisphere imports be regarded as any sort of positive offset. The reason:
Double-digit slippages from Canada, Mexico and the Caribbean mean that these countries will be
buying less US-made yarn and fabrics for their operations.

There also are more questions about the Chinese yuan. Clearly, the near 4-percent upward
revaluation in that country’s currency over the past year or so hasn’t really helped stem imports.
Indeed, almost everybody now agrees that a much larger yuan adjustment is needed. But this seems
highly unlikely, given Washington’s approach to view such revaluation as part of a much broader
agenda — one that also calls for Beijing to reduce subsidies granted to its domestic industries and
allow for a more freely flowing capital market.



September/October 2006

BASF, Arch Form Global Alliance For Freshness Enhancers

In an effort to enter new market
sectors such as home textiles and apparel, the Performance Chemicals for Textiles business of BASF
AG, Germany, and Arch Chemicals Inc., Norwalk, Conn., have teamed to market Arch’s Reputex™ 20
antimicrobial treatment for cellulosic textiles and its Purista® label for finished consumer
products.

As part of the partnership, the companies will combine BASF’s global textile network and
technical expertise with Arch’s Purista branding efforts and freshness-enhancing technology as they
assist manufacturers that are incorporating Reputex 20 into their production processes.

“The benefits and strong position of the Purista brand open up new market sectors, and bring
BASF closer to the retailer and brand, as well as consumers,” said Michael Schmitt, Ph.D., head,
Innovation Textiles, BASF.

October 10, 2006

PGI Opens Medical Fabrics Plant In China

Polymer Group Inc. (PGI), Charlotte,
has opened a facility in Suzhou, China, for the manufacture of medical fabrics. The company reports
it now is the largest spunmelt fabric producer in China and the only vertical medical fabrics
manufacturer in the country.

The new facility is located in the China-Singapore Suzhou Industrial Park near Shanghai and
now is PGI’s Asian headquarters, employing 145 people in all functions at the site including
administrative, finance, information technology, sales and marketing, as well as manufacturing.

The manufacturing plant is equipped with a multi-beam Reifenhäuser spunmelt line and a
finishing line. Markets served include not only medical, but also industrial protective and
hygiene. Products include ultra-high-performance spunmelt medical barrier fabrics including the
company’s MediSoft™ line and spunlace medical fabrics including Provia™, which is finished using
proprietary processes and advanced treating systems.

“As more of our customers move to this growing area, we are committed to delivering the
highest-quality product from this new state-of-the-art facility,” said Jay Cheng, vice president
and general manager, PGI Asia. “The strategic location and combination of our manufacturing and
back-office functions at the same location will enable us to better serve our customers in this
region. We would like to thank the members of the Suzhou Industrial Park Administration Committee
for their support in making this a successful venture for PGI.”

Although the new facility now is open, the company will officially celebrate its opening in
early November, when it will invite elected officials and customers to participate.



October 10, 2006

Solutia Inventors Net Temperature-Sensitive Polymer Manufacturing Process Patent

The US Patent Office has granted a
patent to two St. Louis-based Solutia Inc. researchers for a process to produce specialty polymers
and plastics using the company’s Therminol® VP-3 heat-transfer fluid. Jerry L. Brown, retired, from
Solutia’s Anniston, Ala., plant, where Therminol products are manufactured; and Patrick P.B. Notte,
a research chemist at the company’s European headquarters and technical center in Belgium, received
US Patent No. 7,091,309 for their process.

According to Solutia, Therminol VP-3, with its boiling point of 243°C, enables vapor phase
heat transfer at lower temperatures than is practical when using conventional biphenyl/diphenyl
oxide eutectic fluids. Textile applications include spinning or processing of nylon 6 or specialty
polyester-based polymers. The fluid can be used at continuous operating temperatures of up to 330°C
in the liquid or vapor phase, and it crystallizes at 2.4°C. The company reports the fluid is easy
to handle and has a milder odor than other vapor-phase organic heat-transfer fluids.

The new patented process offers a commercially viable method for the manufacture of
temperature-sensitive polymers and plastics, solving problems that previously made such a method
impractical, according to Solutia. Although the patent covers a variety of chemistries, Therminol
VP-3 is the preferred chemistry, the company reports; adding it also is more environmentally
friendly than traditional fluids, offers improved health and safety attributes, and is more
economical to use.

October 10, 2006

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