ITMA 2003 Spinning Technology


T
he charge of reviewing developments in spinning equipment shown at a machinery show from
which several of the major players were absent could be viewed as a daunting task. The opposite has
proven to be true, however, because greater emphasis could be placed on the limited offerings of
those manufacturers that elected to exhibit.

There were developments from several machinery makers, but perhaps the most noticeable
feature was the general change in color of the offerings of major spinning machinery, from the
traditional blue/green to much lighter shades of gray/cream with highlights in bolder colors.
Greater use of improvements in drives and controls was promoted, and many manufacturers featured
touch screens to provide input of settings. It is also interesting to note that several machinery
makers promoted improvements aimed primarily at easier operation and maintenance, coupled with
improved product quality, rather than focusing on productivity. An additional feature was that
exhibitors showed only a small selection of their range of potential offerings, and these tended to
be the newer developments.







tc03




Trützschler’s TC 03 card features a raised cylinder, which increases the potential carding
area by 50 percent.






Carding

Since some of its major competitors were not present, Marzoli S.p.A., Italy, elected to
restrict its exhibit to the C601 card and indicated it would launch a new range of machinery in
2004. The new card, claimed to process potentially in excess of 120 kilograms of fiber per hour,
utilizes a 350-millimeter (mm), single licker-in rather than the multiple roller configuration used
by others. In order to maximize the potential carding and cleaning capacity, nine pre-carding and
six post-carding elements are used. The card also features a medium-term autoleveling system that
is based around the feed roll, and a short-term autoleveler that utilizes a 3/3 drafting system at
the delivery of the card and, according to Marzoli, enables the elimination of one (or more)
drawing passage(s). China Textile Machinery (Group) Co. Ltd. (CTMTC), part of China Textile
Machinery and Technology Import & Export Group, included a cotton card as part of Marzoli’s
exhibit.

Germany-based Trützschler GmbH & Co. KG’s new TC 03 card offers several developments and
innovations in short-staple carding technology. The major design difference between it and
traditional cards is that the cylinder has been raised a foot, and this in turn increases the area
potentially available for carding by 50 percent. The new card offers several advantages with regard
to quality, flexibility and optimization, according to Trützschler. Notable features include:

•    easier maintenance and cleaning through better access to machine
components;

•    assessment of fiber content in waste removed, achieved by detecting
white fiber in the suction duct;

•    easy adjustment of manual or motorized “mote knives,” which can be used
in conjunction with the waste assessment to optimize fiber usage;

•    automatic detection of flat settings and optional motorized adjustment;
and

•    on-line nep assessment.

An additional off-line mobile assessment system exhibited was the Trützschler TC-LCT Length
Control unit, which can be moved next to the carding machine or draw frame to assess slivers for
fiber quality. Properties measured include fiber length and short fiber content, plus information
on hooked fibers. The information provides feedback on the machines’ processing performance, and
the data can be used to assist in decisions about optimum settings, among others.

Era
N. Schlumberger – NSC Fibre to Yarn’s Era comb offers many new features.


Combing


In the arena of short-staple combing, there was little that could be regarded as novel.
Machines were exhibited by Lakshmi Machine Works (LMW), India, and Shanghai Pacific Mechatronic
(Group) Co. Ltd., Shanghai, but neither could be regarded as offering significant developments.

Sant’Andrea Novara S.p.A., Italy, exhibited its Millennium wool comber operating at 280 nips
per minute. This new comb is an evolution of the P100 comb, and affords the potential of higher
speeds coupled with improvements in setting times for the various units within the comb combined
with easier and quicker component change. Notable refinements include the possibility of
electronically adjusting the ratch while the machine is running and fully electronic bush
adjustment.

The Era combing machine from France-based N. Schlumberger – NSC Fibre to Yarn incorporates
many state-of the-art features including multiple motor drives, ease of use and maintenance, and
the ubiquitous touch screen controls. The use of four motors on the comb means the drives are much
simplified, enabling faster and more accurate adjustments. Additional features include
electro-pneumatic adjustment of nip distance, a new circular comb with pinning of more than 360
degrees, shorter drawing-off and detaching cylinder settings, an increase in sliver quality, and
increased production by about 25 percent (without increasing the speed), according to the company.

santandrea
Sant’Andrea Novara’s RF5 vertical rubbing frame features double rubbing aprons.


Drawing


Trützschler made a big impact with its new TD 03 draw frame. This machine offers several
innovations aimed at enabling processing to be more easily optimized, and potentially improving
product quality. The machine permits easy changes in ratch settings, and utilizes multiple motors
to drive creel and back rollers, front rollers and take-off rollers, can turntable, and middle
drafting roller.

It is the last of these that offers the possibility of readily changing the draft in the
back and front zones of the drafting system. In particular, the break draft is known to play a
significant role in yarn imperfections, and this can readily be altered on the new draw frame,
either manually using a push button, or by automatic adjustment so that the optimum value is used
for each lot. The Autodraft system performs a preliminary run lasting about one minute, during
which time a range of predrafts is utilized and the drafting force is assessed. From data generated
during this run, the optimum draft is selected and automatically set.

Schlumberger’s display included its GC 30 high-speed chain gill and GV 20 vertical gill. The
GC 30 utilizes multiple motor drives, and its maximum mechanical speed is 600 meters per minute
(m/min). There are some similarities to the TD 03 draw frame with respect to ease of ratch
adjustment, and rather than moving the front rollers to change the ratch, the back rollers and
faller assembly are moved. In common with the other machines exhibited by Schlumberger, the various
components are easily accessed for routine maintenance. The GV 20 vertical gill can be supplied as
either a four-head (bicoiler) or two-head output. The former runs at 400 m/min, while the latter is
capable of 500 m/min.

electrojet_Copy_1
Electro-Jet’s ADR cotton roving frame offers a doffing time of 90 seconds.


Roving


Cotton roving frames were shown by CTMTC and Electro-Jet S.A., Spain. The latter
manufacturer claims to have a very quick doffing time of about 90 seconds on its ADR frame, which
doesn’t require manual input during restart. This significantly enhances the productivity of the
roving frame, according to Electro-Jet.

Sant’Andrea Novara demonstrated its RF5 vertical rubbing frame which, when supplied with the
optional high-precision electronic winding device, offers a maximum mechanical speed of 300 m/min.
According to the company, this machine utilizes a double rubbing system, which doubles the amount
of rubbing at a particular running speed, enabling the rubbing section to potentially run at a
lower oscillation rate to maintain an acceptable compaction of the roving. An additional benefit of
this setup is that the second rubbing zone can reinforce the dead centers that occur at the
reversal of the rubbing aprons, which are present when only one apron set is used.

Schlumberger maintains only one set of rubbing aprons is necessary to achieve satisfactory
roving quality. The company demonstrated its FMV 42 vertical rubbing frame with integrated
automatic package doffing. A notable feature of this machine is that the drafting system can easily
be changed to accommodate different fiber types. Three possible alternatives – double apron,
roller/apron and short/long apron – are available.

The following review of the final stage of yarn production is constructed according to
technology and includes systems for both long-staple and short-staple fiber.

newcom4
The Com4® wool system from Cognetex uses angled balloon rollers in the compacting
zone.


Ring Spinning


In recent years, the major development in ring spinning has been the introduction and
promotion of compact spinning. This technology promises yarns with a more consolidated structure,
which in turn can offer the following:

•    less hairy yarns, which yield products with lower pilling propensity.
Additionally, lower hairiness is claimed to yield benefits in preparation and fabric formation –
including the possible elimination of sizing, singeing and waxing, which also can result in
improved print quality;

•    stronger yarns, yielding fewer breaks during spinning and subsequent
processes;

•    the possibility of utilizing lower twist (and hence, higher production
speeds) to achieve normal yarn strength; and

•    softer yarns and fabrics.

Unfortunately, the benefits may be mutually exclusive: If softer yarns are required, then
lower twist and associated higher production would be required as well – but the hairiness benefits
may not be realized.

There were several new entries into this area with very different approaches to achieving a
more compact structure.

Cognetex S.p.A., Italy, exhibited its Com4® wool system, which is a long-staple adaptation
of the Rieter Com4 system. The major changes made accommodate much longer fibers, achieved by
utilizing angled balloon rollers as the front rollers in the compacting zone. The usual benefits
for compact yarn are claimed for this system; however, the major potential advantages are
associated with the impact of these benefits in subsequent processing. One particular claim is that
it may be possible to replace a normal folded warp yarn with a single Com4 wool yarn. An additional
cover mounted over the sieve roller, termed the “air conveyor,” may be used for certain fiber
types. This is recommended for use when processing cashmere, but it is claimed to be unnecessary
for wool. An additional feature of the exhibition machine was the incorporation of a Fani end-break
detection system plus roving stop motion.

Officine Gaudino S.p.A., Italy, also showed a long-staple spinning machine – the Model FP 03
– with mechanical compacting system (MCS). This is an unusual system because it does not require
the additional suction system that is needed in other compact spinning machines. The MCS system
consists of an additional smooth bottom front roller and an angled top roller. These rollers run at
a slightly slower speed than the front drafting rollers, and this “negative” draft, coupled with
the offset top roll, creates false twist, which compacts the drafted strand as it issues from the
compacting zone. This system can be incorporated into new machines or retrofitted to existing
machines, and can easily be added or taken off the spinning frame. Compared to that of its
competitors, the cost of the compact spinning option on this system is about 20 percent higher than
the standard machine, whereas an increase of 200 percent to 250 percent was given for other
manufacturers’ offerings.

A totally different approach to reducing the hairiness of ring-spun yarn was promoted by the
Woolmark Co., Australia. The Solospun system, which is retrofitted to existing machinery, was shown
at a previous ITMA. It uses a small additional multi-grooved plastic roller to deliberately spread
and separate the strand issuing from the drafting rollers into a series of smaller strands, each of
which is consolidated by twist running into the yarn formation zone. While this system is presently
restricted to long-staple fibers, there are initiatives to determine its applicability to
short-staple processing.

The only short-staple ring frame with compact spinning was the LR6AX exhibited by LMW. The
RoCoS compact spinning system, developed by Hans Stahlecker of Rotorcraft Maschinenfabrik,
Switzerland, is incorporated into LMW’s LR6AX short-staple ring-spinning frame. This magnetic
compacting system replaces the normal top front roller with a pair of smaller rollers between which
is a condenser. The condenser is held against the bottom front drafting roller by means of a
magnet. This is a seemingly simple approach to reducing the width of the strand of drafted fibers,
but it carries a cost penalty of two to two-and-one-half times the price of a standard machine. The
use of very small rollers could be a potential problem with regard to both fiber lapping and
serviceability.

It is interesting to note that, while under a totally different classification of spinning
technology, Fehrer AG, Austria, exhibited a DREF® 3000 friction spinning machine in which the
drafting system creating the core component utilized a compacting roller, which was of course the
forerunner of the Com4 system. This approach yields a stronger core and thus a higher tenacity in
the resultant yarn, according to Fehrer.

gaudino
Officine Gaudino S.p.A. offers long-staple spinning systems.


Self-Twist Spinning


Self-twist spinning has been around since the 1970s with Repco, Selfil and a return to
SelTwist spinning. While the system never gained wide acceptance, it developed a niche market in
Europe for the production of high-bulk acrylic yarns. There were several in-house modifications
applied over the years. These were associated with trying to accommodate sliver feed rather than
roving, and facilitating easier relaxation of the yarns after spinning. These evolutionary concepts
all have been combined into one unit marketed by England-based Macart Spinning Systems as the S300.
In this system, slivers up to 12 grams per meter are fed through a pre-draft unit, which is placed
before the normal drafting unit, incorporated in the ST spinner. The main body of the ST spinner
looks identical to a Repco system – with one double apron drafting system for all strands and
reciprocating twisting rollers – but it has no built-in winding unit. The yarns instead are fed to
a continuous relaxation unit before being wound onto a take-up package. In an illustrated
installation, 15 S300 units were linked to one 60-spindle automatic winder.

Belgium-based Gilbos NV’s Air Twist system operates on the same self-twist principle, but in
this case, the process is applied to combining filament yarns to resemble a multifold twisted yarn.
The alternating twist is applied by means of detorque jets manufactured especially for Gilbos by
Heberlein Fiber Technology Inc., Switzerland, and the no-twist region is reinforced by an
intermingling process. The timing of the various functions and other processing parameters is
computer-controlled. The system has found use in the area of carpet yarns, and other areas of
application are being pursued.

rocos
The RoCoS magnetic compact spinning system is incorporated into LMW’s LR6AX short-staple
ring-spinning frame.


Rotor Spinning


The new Savio S.p.A. FlexiRotorS3000/Duo-Spinner is the first venture of this Italian
company into high-speed spinning utilizing the twin-disc bearing system that has been adopted by
other major players in this area. The politics behind the machine are almost as interesting as the
technology, as the new frame is based around a Suessen SC-S spinbox (as is Rieter’s), and the
machine is described as “essentially an updated R40.” Savio claims the following major improvements
for this machine:

•    straighter threadline;

•    two independent sides – the machine at the exhibition was shown spinning
Ne 30 using a 28-mm rotor at 150,000 revolutions per minute (rpm) on one side and Ne 6 using a
40-mm rotor at 85,000 rpm on the other side;

•    up to 312 positions;

•    flexible use of up to four doffing and piecing trolleys;

•    electronic threadguide drive and electronic package building that enable
flexibility of package size and production of denser packages up to 6 kilograms;

•    option to change from cylindrical to conical packages using an adapter;
and

•    wireless communication and control using a handheld computer.

fehrer_Copy
Fehrer exhibited its DREF® 3000 friction spinning machine at ITMA 2003.


Fasciated Yarn


Perhaps the displays arousing the greatest attention in the spinning area were both
associated with fasciated yarns. While the offerings are very different in their maturity and
product ranges, the underlying principles of yarn formation are the same.

The Murata Vortex Spinner (MVS) 861 from Murata Machinery Ltd., Japan, represents a
significant refinement of its previous machine with regard to footprint and energy consumption
(See Table 1).

p6_Copy_1
muratamen
Junichi Murata (left), chairman, and Daisuke Murata, president and CEO, Murata Machinery
Ltd., pose in front of the MVS 861.

The immediately observable differences between the new machine and its forerunners are that
it seems to be more compact, and the lower profile is more user-friendly. Another feature that
stands out is the so-called “Tension Ruler,” which functions like a yarn accumulator between the
take-up roller and winding unit. This unit not only enables higher speeds and the potential of 5
degree 57 cones, but it also does so with reduced energy when compared to earlier machines.
Additional features include the MSC-F improved yarn clearer with foreign fiber detection, new
waxing unit with alarm system, and automatic waste fiber extracting system. The machine offers the
potential to spin core yarns including spandex, and effect yarns can be created by utilizing
appropriate feed yarns. The current restriction on the system is the range of yarn counts that can
be spun successfully. A significant market potential would be available if it were possible to
process coarser yarns; however, there were reports of major sales of this machine at the
exhibition.

The second machine using this technology, which aroused considerable interest at ITMA, was
the Uniplex™ system developed by Wilmington, Del.-based DuPont and manufactured by Schärer
Schweiter Mettler (SSM) AG, Switzerland. It was shown at the exhibition as a three-position unit.
This system is radically different from other staple-spinning systems because the feedstock is
filament yarn, which is drawn and stretch broken, and the resultant yarn structure is held together
by wrapper fibers produced by an air jet. The modularly constructed machine, which is available
with up to 48 positions (16 x 3 position modules), is capable of processing a wide range of
filament types and blends, according to the companies, and production speed is currently limited by
jet design to about 350 m/min; however, the other components will run up to 700 m/min.

Significant work has been carried out in optimizing the processing parameters to yield the
desired fiber length distribution without creating a discontinuity in the fiber flow. Data seem to
indicate that the fiber length produced is about 10 inches, and there is information comparing
Uniplex, ring and rotor yarn and fabric properties; however, each of these technologies utilizes a
different fiber length. At the present time, the machine must be regarded as a development unit for
rapid prototyping and/or niche markets, but this may change as larger machines and more independent
information about product properties become available.

savio_Copy_1
The FlexiRotor S3000/Duo-Spinner from Savio uses a twin-disc bearing system.


Other Components


Several vendors exhibited sensing and detection units for mounting on spinning and winding
machines. Foreign fiber detection continues to arouse a lot of interest, and while there are
approaches applied earlier in processing (blowroom, draw frame), there also are several units for
the spinner/winder. Both Loepfe Brothers Ltd., Switzerland, and Barco, Belgium, had units
available. Barco claimed its units are able to sense the total length of a foreign fiber and not
just the portion on the yarn surface. This is achieved by utilizing multiple sensors, which were
shown mounted on an exit tube of a rotor-spinning machine.

loepfe_Copy_1
The Loepfe YarnMaster Spectra+ digital system provides yarn clearing and quality control in
the winding department.

Yarn-setting systems also were shown. While units such as Germany-based Resch Maschinenbau
GmbH’s Sewimatic utilize steam to set the twist, the Fehrer Yarn Puncher® uses mechanical forces to
lock the structure together. This is suitable for consolidating coarse multi-ply yarns, combining
different yarns, attaching yarns to substrates and preventing peel backing in core-spun yarns.

New models of winding machines were shown along with developments in wet splicing for
two-fold yarns. There also were a large number of exhibitors showing machinery for creating fancy
yarns. The technologies range from ring frames, modifications to rotor frames and hollow spindle
systems to variations on very small tubular knitting machines. Machines for making twisted chenille
also were numerous.

Several companies exhibited twisting machines. A lot of interest was aroused by Italy-based
MTS Officine Meccaniche di Precisione S.p.A.’s system for “four for one” twisting. While there have
been previous disclosures of such systems, this seems to be the first commercially available system
in operation. The system obviously needs development and refinement, but it was intriguing to see
the concept brought to realization.

uniplex
SSM and DuPont developed the Uniplex™ system, which uses filament yarn as
feedstock.


Spinning Evolution


There was very little that could be regarded as new in spinning technology at this year’s
ITMA, and some of the potential developments such as centrifugal spinning, present at the last
ITMA, seem to have floundered. It appeared there was a change in the manufacturing base for textile
machinery. For example, Turkish manufacturers offered several different machines.

In terms of evolution of the spinning industry, the following seems clear:

•    There is a move to make machines more accessible and easier to operate,
while maintaining or improving product quality.

•    The use of multiple motors controlled by integrated computer can lead to
a simplification of the process.

•    While there is interest in compact spinning, its area of application may
be restricted, and the economics of the process are worrisome.

•    The move by Savio into high-speed rotor spinning increases the
competition in this area in which the United States has, until recently, been a major customer.

•    Vortex spinning continues to improve, and while the jet-spun yarn market
has been almost exclusively in the United States, recent sales of MVS machines indicate this will
change.

•    There will be a market for machines creating products for niche areas.


Editor’s Note: William Oxenham, Ph.D., is associate dean for academic programs at North
Carolina State University’s department of textile & apparel technology & management,
Raleigh, N.C. Oxenham received a B.Sc. and a Ph.D. from the University of Leeds, England, and is
regarded as an international expert in the area of yarn manufacturing.



January 2004

Picanol Sells Looms In Vietnam, Verbrugge Relocates

Under a memorandum of understanding signed between Belgium-based Picanol NV and 8 March Textile
Co., Picanol is to supply 150 weaving machines to 8 March Textile, a Vietnam-based textile yarn and
cloth manufacturer, to replace existing equipment. The contract, valued at approximately $8
million, will take effect early this year with the first shipment of 35 machines. The remaining
machines, all of which will be built at Picanol’s headquarters in Ypres, will be shipped to Vietnam
in four to five separate deliveries over the next two years. In other Picanol news, the company’s
harness frame, heddle, reed and dropwire subsidiary, Verbrugge, has moved from its location in
Roeselare to Ypres. With the new proximity, the companies hope to take advantage of manufacturing
synergies, as well as research and development opportunities.

January 2004

Synalloy Unveils FR Coatings

The Chemicals Group of Spartanburg-based Synalloy Corp. recently entered into an agreement with the
Felters Group, also based in Spartanburg, to file jointly owned patent applications for
high-performance fire-retardant (FR) coatings. As part of the agreement, Felters will market to the
mattress trade and other markets its Sleep Safe product incorporating Synalloy’s FR chemical
compound.

According to Synalloy, the coatings meet or surpass recent federally mandated
flame-retardancy requirements.

January 2004

Lonati Institute Promotes Fashion, Hosts Seminar

The “Machina” Lonati Fashion and Design Institute, Italy, founded by the Adele and Francesco Lonati
Foundation, recently celebrated the opening of the current academic year.

The institute offers three courses – fashion marketing manager, fashion technology designer
and industrial designer.

kanews_Copy
Santoni seamlesswear designed by Emilio Cavallini

Speaking at the opening ceremony, Mario Boselli, chairman and managing director of
Marioboselli Holding S.p.A., Italy, underlined the importance of education and creativity offered
by the institute, and the need for cooperation between textile machinery manufacturers and fashion
producers – both important to the continued growth of the Italian fashion industry.

In related news, the institute recently hosted “Seamless Technology – The Fashion
Borderline,” a seminar that featured Emilio Cavallini, a designer for Santoni’s seamlesswear. The
seminar consisted of discussions on the applications, performance possibilities and results
achieved with seamless garments.



January 2004

RadiciSpandex Ups Capacity At Tuscaloosa Plant

Celebrating 10 years since the groundbreaking ceremony, RadiciSpandex Corp., Fall River, R.I., is
to expand production at its Tuscaloosa, Ala., spinning plant the fifth expansion since the facility
opened. The additional capacity will increase production by up to 20 percent, enabling the facility
to manufacture more than 7,000 tons of spandex fiber per year.

“Our Tuscaloosa operation has proven that a US fiber manufacturing plant can compete in the
global market”, said Rob Rebello, CEO. “Today, we face the necessity to further expand our capacity
as a result of the continued high demand for our products.”

RadiciSpandex also has introduced a new line of heavy-denier spandex products made at its
Gastonia, N.C., facility for narrow elastic, baby diaper, hosiery and industrial applications.

January 2004

Sultex Becomes Sole Sulzer Machinery Manufacturer

Effective the end of 2003, Switzerland-based Sultex Ltd. became the sole manufacturer and marketer
of weaving machines sold under the Sulzer Textil brand name. The company and its products are no
longer affiliated with Sulzer Tessile, now SMIT S.p.A., Italy. Sulzer’s product portfolio includes
the L9400 air-jet, rapier, projectile and multi-phase weaving machines built in Switzerland, as
well as its L5400 air-jet machines manufactured in cooperation with Japan-based Toyota Industries
Corp.

January 2004

Martin Color-Fi Under New Ownership

Automotive thermoformed nonwoven system solutions provider Formed Fiber Technologies (FFT) Inc.,
Auburn, Maine, and its majority investor Morgenthaler Partners have purchased Sumter, S.C.-based
polyester producer Martin Color-Fi (MCF) Inc.

“Martin Color-Fi represents a critical source of raw material for FFT, both now and for our
future growth plans,{” said David MacMahon, president and CEO, FFT. “This acquisition allows us to
consolidate FFTs relatively small solution-dyed polyester fiber manufacturing operation with MCF’s
larger facility and thus achieve economies of scale.”

January 2004

WHOLEGARMENT® Technology Introduced To NCSU Students

Shima Seiki Manufacturing Ltd., Japan, recently placed a 3-D seamless garment WHOLEGARMENT®
knitting machine at the Raleigh, N.C.-based North Carolina State University’s (NCSU’s) College of
Textiles. The machine allows students to experiment with whole-garment knitting design and to see
first-hand the benefits of seamless knitting, which include no chaffing and seams that don’t pull
apart.

“To us, the idea of whole-garment knitting is that we can do prototypes in one place we don’t
have to send garments out to be sewed but the other aspect is that you are getting a better design
because you are actually designing the fabric at the same time you are designing the shape of the
garment, so the two are better integrated,” said Lisa Parillo-Chapman, instructor, department of
textile and apparel technology and management.



January 2004

Textiles 2004


D
on’t bet the ranch on it, but the biggest decline in US textile/apparel history may be
slowing down. Indeed, if all goes well – and no new international crisis throws a monkey wrench
into things – the new year could mark a turning point for hard-pressed textile and textile product
mills.

To be sure, further modest shrinkage seems unavoidable. But, as the year wears on, the
overall picture should begin to brighten – with perhaps even some fractional gains in a few select
areas by late 2004 or early the following year.

That’s not to say textile executives can let their guard down. Clearly, global competition
continues to intensify – with the ending of quotas in 2005 spelling lots of trouble if the wave of
incoming Chinese shipments doesn’t slow down.

Compounding the problem is the lack of any coordinated government strategy to effectively
fight this import surge. Also disturbing: Both earnings and prices remain far too low for comfort.

p22_Copy_6

But these continuing problems have to be weighed against a growing number of offsetting
upbeat factors. These would have to include ongoing mill reorganizations and consolidations, as
well as the improved production and marketing steps currently being taken by an  increasingly
savvy industry.

Clearly, the shuttering of older inefficient mills, continuing plant and equipment spending,
solid productivity gains, and a more globally oriented approach should begin to pay off. All should
help make for a leaner, meaner industry – one more likely to survive in today’s hotly competitive
marketplace.

Costs, meantime, should remain in manageable bounds. True, raw cotton may cost a bit more.
But most man-made fibers are likely to remain steady, or at worst inch up fractionally. And on the
wage front, modest pay hikes will, for the most part, be offset by the aforementioned productivity
gains.

Aiding and abetting sales will be the ongoing introduction of innovative new and improved
products that look better, wear better, feel better, provide more protective features and are more
stylish.

Finally, there’s today’s improving business climate. True, a repeat of the big gross
domestic product gains of recent quarters is unlikely. Nevertheless, most analysts now predict
solid 3- to 4-percent annual rates of gain this year. These kinds of advances almost surely will
translate into increased consumer demand for both textile and apparel products.

In short, there’s precious little to indicate the demise of domestic activity. Combined
textile mill and mill product shipments still managed to reach about the $73.5 billion mark this
past year. True, that’s far under the near-$90 billion peak hit back in 1997. But, by and large, if
the industry plays its cards right, the next few years aren’t likely to turn out all that badly.

This is certainly the case for the year just getting underway – with

Textile World
editors expecting the key segments of the industry to shape up something along these lines:



2003 Demand
: Basic textile mill shipments (yarns, spinning, texturing, throwing,
twisting and all types of fabrics and finishings), which declined a hefty 35 percent since the late
1990s (to only $39 billion at last report) are likely to fall only fractionally in 2004. Credit the
likely bottoming out to somewhat larger apparel purchases (the first increase in purchases in seven
years), as an improving economy loosens consumer purse strings.

Meantime, mill product shipments (carpets, rugs, curtains, other home furnishings, canvas,
tire cord and fiber, and textile bags) – which have managed to remain in the plus column (though
just barely) over the past few years – should rack up another small gain. Best bet here: close to a
$35 billion shipment year – a bit more than 1 percent above estimated 2003 levels.

Add both major segments of the industry together, and total shipments should pretty much
equal the combined 2003 reading – a welcome change from the declines of recent years.

p23_Copy_2

Supply: No sweat here, judging from the combination of still-increasing imports
and more-than-ample US capacity. On the latter score, the textile mill operating rate is currently
pegged at around the 70-percent mark – with perhaps a fractional rise possible over the new year.
Even so, that’s a far cry from the near-90-percent reading reported in the early and mid-1990s.

Relatively high inventories also point to adequate or even excess supplies. Textile mills,
at last report, had a close-to-1.5-months’ supply of goods on hand. While down a bit from early
2003 peaks, that’s still considerably above the 1.4-month low hit during 1997 (the last good
textile year).

Nor are any major fiber problems anticipated. To be sure, cotton and wool supplies are down
a bit – but not to where they’re likely to precipitate any major dislocations. As for man-mades,
heavy capacity overhands – both here and overseas – continue to weigh down the market.

Prices: Any increase this year will be scattered and quite modest, with the
overall advance remaining well under the general inflation rate.

TW
‘s all-inclusive mill index, for example, isn’t likely to advance by more than 0.5 percent or
so over the year. That would still leave this bellwether average some 2 percent under 1997-98
peaks.

Factors behind all this price restraint would have to include a combination of foreign
competition, excess capacity and downstream apparel/retail pressures.

But there could be a few exceptions to the overall softeners. Cotton, for one, could see
some added firming as global supplies tighten. Rugs and carpet should also edge higher – aided by
another good construction and renovation year. And this would be on top of this past year’s
2-percent average advance. Strength is also seen for some of the newer specialty fibers and
fabrics, where product differentiation dampens the general competitive effect.

Costs: Fiber expenses look to remain under control – aside from the just-noted
creep-up in cotton. Labor rates, meantime, aren’t likely to advance by more than the 3
percent-or-so increase of the past year. But with a similar 3-percent increase anticipated for
productivity, overall mill unit labor costs should again remain relatively flat.

Global Insight, a leading economic forecasting firm, also backs up the feeling that costs
will remain under control. The company’s analysts, for example, expect overall labor outlays for
textile mill products to decline in each of the next few years. The firm is equally upbeat about
material and service costs, which are also forecast to edge down a bit.

Employment: The expected increase in productivity (output per worker) combined
with a fractional 2004 production decline would also seem to pretty much assure some further labor
shrinkage.

But any decline will be a lot more modest than the 7-percent drop in combined textile and
mill product jobs noted over the past year. Best bet here: a modest 4- to 5-percent slippage.

But add this to the much larger drops of recent years, and one can appreciate how much the
industry has been hurt. More specifically, basic mill employment in 2004, excluding mill products,
will be hard-put to reach 257,000 – little more than half the 478,000 total of a decade earlier.

The picture is even more disturbing in the apparel sphere, as imports take an
ever-increasing share of the market. True, the new year’s 9- to 10-percent expected decline here is
well under that of the last few years. But compare the 275,000 estimated 2004 apparel employee
level with the decade-earlier 883,000 level, and you end up with an eye-opening 69-percent decline.

Capacity: Industrial potential, meantime, hasn’t really dropped by all that much.
This can be inferred from the fact that this past year’s 5-percentage-point drop in the textile
utilization rate would never have occurred if capacity reduction had kept pace with reduced
industry production.

To be sure, spinning capacity has dropped – with declines over the past 12 months noted for
ring spindles, open-end rotors and air-jet positions. But given recent sharp declines in output,
there seems to be more than enough spinning capacity to go around.

Reports of fairly substantial purchases of new equipment also would seem to support the
feeling that overall capacity remains ample or even more than ample. So would rising productivity –
for, other things being equal, mill efficiency depends in large extent on the increasing number of
new and faster machines coming on-line.

Profits: Despite today’s rough times, the industry has managed to remain in the
black – at least as far as overall averages are concerned. True, this past year’s estimated
less-than-$200 million after-tax earnings total is pretty anemic, especially when compared to the
$2 billion levels of 1997 and 1998. But it does suggest US mills have the ability to ride out the
current storm – thanks to improved management strategies, overseas sourcing and still-increasing
productivity and innovation.

Looking ahead, it would be unrealistic to expect any significant improvement – at least not
over the next 12 months. On the other hand, the bottoming out in demand envisioned for 2004
(combined with continued efforts to keep costs under control) should allow for some fractional
advances in some sectors – enough to bring the after-tax overall profit level to more than $300
million.

The same pattern also is expected for margins (profits per dollar of sales and profits as a
percent of stockholders’ equity). They’ll remain very low, but begin to inch up – probably sometime
after mid-year.

Foreign Trade: Further import increases are unavoidable, though the 2004 gain
(expected to be something in the order of 6 to 8 percent on a square meters equivalent [sme] basis)
could fall a bit shy of this past year’s 11-percent-plus spurt.

Exports also should inch ahead – not so much because there’s all that much progress on
toppling overseas barriers, but rather because the global economy will be increasing faster than in
2003. And that, other things being equal, should raise foreign demand for US textile products.

But these export gains won’t be enough to reduce the dollar gap in the US textile and
apparel trade deficit. Indeed, it looks like another 5- to 6-percent increase in the red-ink
balance – enough to push the total trade deficit to nearly $74 billion. That would be more than
double the figure prevailing as recently as 1996.

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A Closer Look At Imports/Exports


A good deal of the import surge can, of course, be traced to China, whose shipments to the
United States have nearly doubled year-earlier totals. The Chinese increase over the past 12 months
represents more than two-thirds of the total US import advance over the period.

More importantly, these gains have established China as the number-one supplier to the
United States – replacing Mexico, whose incoming shipments have actually declined.

Also worth noting: The World Bank estimates that once all quotas are lifted in 2005, China’s
piece of the United States’ $60 billion in apparel and textile imports could rise from the current
$6.5 billion level to nearly $40 billion by 2010.

To be sure, the United States has already taken some corrective action by imposing a
7.5-percent cap on annual growth of knit fabrics, bras and dressing gowns. But it’s only a small
step because this will restrict the growth rate on only 4.7 percent of China’s textile and apparel
exports to the United States.

In any event, the China problem isn’t going to disappear. Blame much of this on the fact
that this Far Eastern producer’s currency (the yuan) is greatly undervalued – some feel by as much
as 30 to 40 percent. This, in turn, is keeping US imports from that nation unrealistically cheap.

True, there’s growing pressure to revalue the yuan. But little in the way of major change is
likely – partly because this could create an international financial crisis and partly because
China needs these exports to offset trade deficits in other manufactured products.

Another reason why China may avoid a currency revaluation: The country is increasingly
appeasing US critics by agreeing to buy more US non-textile products. Witness the recent agreement
to purchase millions of dollars worth of American-made autos and components.

Meantime, some aid to the beleaguered US textile and apparel industries could come from more
effective monitoring of illegal transshipments. New techniques have been developed for tracing such
clandestine imports. New approaches, for example, are being taken to eventually come up with a
marking system to determine country of origin.

Steps to improve exports – such as ongoing negotiations to lower other nations’ trade
barriers – can’t be ignored either. Other factors pointing to a more positive export picture would
have to include a slightly weaker dollar, which makes our offerings somewhat cheaper; and a
strengthening world economy, which will hopefully sweeten demand for our textile and apparel
products.

One answer to many of our trade problems has been suggested by Wilbur L. Ross, the new
leader of Burlington Industries Inc. As he puts it: “We believe the real solution to the China
problem is to revise the January 2005 quota date to a more gradual phase-in over a number of years.
That would give the industry a chance to consolidate and restructure itself to cope with the
inevitable globalization.”

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A Mixed Fiber Picture


A few further comments on basic fiber costs also are in order. The current supply/demand
situation, for example, suggests some new inching up in cotton quotes. On the other hand, no such
problems are seen for man-mades, where overcapacity and the absence of any major upward pressure on
petrochemicals (man-mades’ key feedstock) point to a relatively stable price pattern.

Zeroing in on cotton, upward pressure already is quite apparent, with current tags running
some 30 percent ahead of a year ago. The basic cause: a global market shortfall making for the
fourth inventory drawdown in five years.

The latest US Department of Agriculture (USDA) estimate, for example, puts global stocks at
32.2 million bales. That’s almost 5 million under last year, and not even within shooting distance
of the 48-million bale peak hit back in 1998-99.

Less-than-hoped-for US production has been a factor in this year’s drawdown. But probably
the key reason is a big Chinese production/consumption imbalance.

Battered by bad weather in some provinces, the Chinese have lost a hefty chunk of their
cotton crop. Result: Estimates of that nation’s 2003 crop have dropped by 3.5 million bales.

Result: only a 23-million bale production estimate – nowhere near the estimated 30-million
bale Chinese consumption requirements. Not surprisingly, the USDA has raised its forecast of
Chinese cotton imports in 2004 to 7 million bales. This, in turn, suggests our cotton exports could
climb 11 percent.

Given all this, it’s clear why cotton prices have tended to firm. On the other hand, there’s
little indication of any big inflationary spiral. Thus, while further price gains are likely, they
should be modest. Reasons: This past fall’s runup may have been overdone; and stocks, while low,
are nowhere near the critical stage. Also, current quotes will be high enough to eventually spark
some global production gains.

Meantime, prices of other natural fibers have remained quite firm. That’s not only true of
wool, but also silk, where output problems have been reported in both Japan and China.

One exception: cashmere, where ramped-up Chinese production has weakened prices
considerably. But quality could be a problem in some of the lower-cost grades.

On the other hand, the prognosis for buyers of man-made fibers is upbeat – with few upward
cost pressures anticipated. For one thing, there’s more than adequate capacity available both here
and abroad.

In any case, despite some announced closedowns over the past year, estimates of US 2004
potential is put in the 11.6 to 11.7 billion-pound range. That’s actually fractionally above this
past year. And there’s a lot more coming on-stream in developing countries.

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New Products Proliferate


But no matter what happens to prices, American fiber producers (along with mills and apparel
makers) are readying a spate of new niche offerings – all designed to whet consumer appetites.

It’s a strategy that makes a lot of sense. In addition to seeking a good fit, buyers are
increasingly interested in such functional apparel benefits as warmth, breathability, stain
resistance, water repellency, waterproofness, and perspiration and odor control.

Aiding and abetting all the above trends are new breakthroughs in such areas as ultra-fine
microdeniers; antibacterials that inhibit bacterial growth in fabrics; flame-retardant items with
increased performance; and even electronic textiles that permit the use of smart fabrics that can
sense, respond and adjust to stimuli such as pressure, temperature and electrical charge.

These latter new products, now dubbed electrotextiles, are giving birth to a host of
military applications.

But the real dollar potential for all these technological innovations lies in the consumer
field. One example here: new wash-and-wear suits targeted to men who wear suits regularly, travel
extensively, and lack the access to or do not have the time for dry cleaning.

There also seems to be a big potential for pants that are virtually impervious to stains. A
product of nanotechnology, the fabric provides a microscopic layer of “whiskers” – too small to be
seen or affect the feel of the fabric – that causes fluids to bead up and roll off garments before
they penetrate the cloth.

In another sphere, there’s a new NASA-developed aerogel – a silica insulation only three
times heavier than air that is now being used in lightweight winter jackets that protect in
temperatures as low as -50°F. The material has more than 10 times the insulating properties of
conventional jacket fills. Another insulation innovation: new lightweight jackets and other
outerwear that come with adjustable insulation.

Equally impressive are vests that monitor physiological changes. There are already 8-ounce
cotton/Lycra® vests that can constantly monitor a patient through sensors woven into the fabric.
Sensors connect to a small data-storage unit the size of a personal digital assistant (PDA) and
enable tracking of the heart rate, breathing and even posture.

Then there are advances in stretchwear – eliminating the fabric’s clingy, sleazy feeling.
New men’s suits are appearing that are made with fabrics whose content of elastic fibers with great
recovery properties is as high as 19 percent. And some stretch shirtings could now be passed off as
pure cotton.

Cloth keyboards for portable electronic devices also have big potential. They’re already
available on most handheld devices – the big plus is the elimination of cramped PDA keyboards. The
fabric is made of conductive cloth, and the keys are little more than raised bumps on the fabric.

And for a real space-age product, there are garments made with woven optical fibers that
display video clips on cloth. Download a 10-second video clip from the Internet and play it back on
a repeating loop on your T-shirt.

It should also be pointed out that all these new developments embrace a broad range of
fabrics – with cotton, as well as man-mades continuing to come up with a growing number of
improvements. Wool isn’t being ignored either, as modern technology increasingly allows machine
washing of this natural fiber. Wools now also come in grades that are fine enough to eliminate the
fiber’s innate itchiness.

Even fabrics such as denim are getting their fair share of attention. Attractive new entries
here include knitted, striated and stretch denims – and even denim that looks like corduroy. Users
of these fabrics also can look forward to more distressed looks, tweed or chevron looks, and
surface manipulations.

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Strategy For Survival


And there’s a lot more on the drawing boards – all being readied for introduction over the
next few years. One key factor behind all this activity is the need to de-emphasize today’s
extremely competitive commodity fibers and fabrics – and instead concentrate on more profitable,
custom-designed performance types.

In the words of one key textile executive, “the establishment of these niche markets,
coupled with new global strategies, will spell the difference between success and failure in the
years ahead.”

Burlington Industries’ Ross adds a second factor: the need to put the industry in stronger
hands. As he puts it, the survival of the US textile industry depends on the development of
technologies that will set it apart from foreign competition.

This theme of consolidation is also emphasized by John L. Bakane, CEO of Cone Mills, which
may also become part of Ross’ operations. He notes that, “by joining forces we will be much better
positioned to meet the enormous challenges of low-cost imports while remaining an important
employer in the textile industry.”

This same spokesman also sees capacity rationalization as a big help, adding that such
adjustments are “becoming increasingly feasible because you have so many big players in bankruptcy.
This is one time when you really get a chance to reinvent yourself.”

Still another part of the overall industry survival plan calls for improving supply chain
management. The problems and goals call for more emphasis in such areas as product tracking, global
linkages, better forecasting techniques, and third-party logistics.

In any event, the goal is quite simple – to deliver the right product at the right price at
the right time.

Quality control is still another area receiving a lot of attention these days. It’s become
especially important as global sourcing becomes more and more commonplace.

Helping quality control developments has been the introduction of a new generation of
electronic and automated instruments. Following up on this, a growing number of companies are
moving to on-line monitoring of spinning and finishing processes.

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Uncle Sam is also beginning to provide textile firms with more help – witness the curbs
recently imposed on selected Chinese textile shipments.

Moreover, increasing pressure from the industry itself should force more government
involvement. Clearly, the setting up of a textile trade coalition has made it clear that textile
executives and even the unions are determined to make trade a big issue in the upcoming
presidential election.

Taking off on this, Fernando Silva, managing director of consulting firm Kurt Salmon
Associates, says the Bush administration will have to bend a bit in the move to save US textile and
apparel firms – adding that “politically, it’s not going to be possible to do nothing.”

All these strategies should pay off. To be sure, they’re not very likely to spark any big
boom. But they certainly seem impressive enough to stem the sharp declines of recent years –
especially now that the economy is in a stronger recovery phase.

That’s the opinion not only of

TW
editors, but also of analysts at Global Insight. Their latest projections call for a
bottoming-out in textile mill activity after mid-2004. True, early-in-the-year declines could be
enough to make for another negative textile mill production year. But dollar declines will be small
– only in the order of a few percentage points, far less than the precipitous 7.4-percent drop of
this past year.

Go beyond 2004, and Global Insight analysts are cautiously optimistic. While still not
seeing any textile gains, they expect only minimal erosion – not only for 2005 but for 2006 and
2007 as well.

Bottom line: Don’t write off the American textile mill industry or even its downstream
apparel counterpart. Both industries will survive.

True, companies won’t have cheap labor going for them. But clearly, these domestic firms
have big advantages in such vital areas as management expertise, product design and development,
quality, sales, marketing, distribution and customer service.

But it won’t come without more big changes. The American Textile Manufacturers Institute’s
former  chairman, Willis C. “Billy” Moore, cautions the industry must come to grips with the
fact that free trade is here to stay – and in order to survive, it must learn to be globally
competitive in all phases of business.

And along with other top textile people, he stresses the big role that Uncle Sam will have
in all this – noting that industry survival will depend upon the ability of the government to level
the international playing field.

January 2004

2004: A Test For US Textiles


T
he ability of China, as a nation, to attract investment, build and accommodate new
production, supply labor and move goods strikes a chord that should make any US manufacturing
business leader shudder — not out of fear, but because of the cold reality of having to justify a
US-based bricks-and-mortar presence for any manufacturing industry.

Survive, innovate and prosper — if it were just that easy. This sequence of business
strategies seems to prevail in almost every conversation regarding the future of American industry.
Experts (read: non-industry participants) believe that old-line manufacturing must come of age, get
with the times and seek innovation to compete head-to-head with low-wage markets and prevail in a
global economy.

On the surface, who wouldn’t agree? Innovation is, and has been, key to successful
manufacturing strategies, as have cost reduction, automation, quality focus, customer-driven
programs and value-added manufacturing initiatives.

Few critics of US textiles realize how easy it would be for US textile executives to follow
many pundits’ advice and relocate their operations to China. All of the work by US coalition
partners to force fair trade initiatives never resonates with free-trade-at-all-cost advocates as
an effort by US executives to find an equitable solution to a global economic shift — a shift that
threatens the existence of all US manufacturing. For some reason, the effort is maligned as blatant
self-interest, preserving something antiquated and standing in the way of a free and global
economy.

The US textile industry is sliced by a double-edged sword. Neither is it understood as a
high-tech, efficient, strategically important manufacturing base, nor is there a domestic economic
policy in place that values core manufacturing assets. How, then, does a textile executive,
responsible for profitability, avoid domestic plant closure and manufacturing relocation outside US
borders?

Solutions to this question will dominate the decisions of 2004. Much energy will be spent on
CAFTA and the 10-year anniversary of NAFTA, but one wonders in 2004 whether the entire strategy of
a Free Trade Area of the Americas is completely superseded by China ‘s new dominance in the WTO.
Even with an active trade policy shift that would forestall the quota removals set for 2005, would
any policy really affect China’s ability to consolidate the world’s manufacturing bases as it
broadens its economic prowess into virtually every sector? Even agribusiness is threatened.

This year’s elections will certainly provide the forum to address the changing state of the
US economy, and hopefully the need for a domestic economic policy that values manufacturing as a
core asset. Innovation, investment, trade policy and the elections will drive the US textile
industry in 2004. It won’t be easy, and it will be the true test for US textiles.



January 2004

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