AFE Smart Labels Provide On-Line Client Tracking

AFE Industries Inc., Santa Fe Springs, Calif., has released its total technical support services
for businesses using the companys new Radio Frequency Identification (RFID) Smart Labels.AFE has
combined the Smart Labels RFID custom programming, client-interactive Internet order tracking, and
ion-deposition variable printing capabilities so they can be controlled from one location.According
to AFE, its start-to-finish seamless project flow, conducted from a centralized location, is the
first of its kind in the United States.Customers can electronically track label orders by logging
onto a secure, client-accessible URL.RFID Smart Labels can be placed on such substrates as paper,
cardboard, plastic, fabric, metal, wood or glass.

November 2001

KoSa Announces Shareholder Acquisition

Koch International Equity Investments BV and Koch Equities Inc., both subsidiaries of Koch
Industries Inc., Wichita, Kan., and current 50-percent owners in Houston-based KoSa, are set to
acquire the other 50 percent of KoSa from IMASAB S.A. de C.V., Mexico.KoSas mission is unchanged,
that is, to be the leader in the polyester industry, said George Gregory, CEO, KoSa.

November 2001

Hardide Coating Reduces Friction Parts Replacement

United Kingdom-based Hardide Ltd., has launched Hardide, a gas-phase process coating technology.The
environmentally sound process is the first low-temperature, super-hard coating that uniformly coats
out-of-sight surfaces such as valves, bearings and extrusion dies, according to the company.Based
on a tungsten carbide composition, Hardide includes the following characteristics: a wear factor
between 40 and 100 times less than that for case-hardened steel; low dry-friction coefficient from
0.1 to 0.2; and porosity of less than 0.04 percent.Hardide has a high resistance to corrosion, and
is inert to melt aluminum and other metals at high temperatures. The coatings slippery,
low-friction surface reduces wear, in turn reducing shutdown time needed to replace parts,
according to Hardide.

November 2001

Clariant Develops Polyamide Antimicrobial

Clariant Corp., Charlotte, N.C., has introduced Sanitized® BC 21-41, a proprietary, silver-based
antimicrobial. The product was developed for use in the manufacture of man-made fibers such as
polyamide and polypropylene, as well as coated fabrics and plastic films. It can be dispersed in
the polymer melt prior to fiber or film formation processes, or blended into resins and lattices
used for textile coating and laminating.According to Clariant, the product is ideally suited to
carpet backings, wall coverings, shower curtains and drapery fabrics.

 
November 2001

Textile World Magazine Acquired

Textile World, one of the oldest, globally recognized business magazines founded in 1868 by McGraw-Hill has been acquired by Atlanta based Billian Publishing, Inc.Billian Publishing, Inc., is no stranger to the textile trade publishing arena. With other titles such as Textile Industries, Textiles Panamericanos, the Textile Industries Red Book, and Diccionario Textil, Textile World is a natural addition to Billians Textile Group. Also included in Billians Textile Group are Textile Industries.com and the Textile Industries e-newsletter, bringing subscribers the latest textile industry developments and news.During his tenure at McGraw-Hill, Doug Billian, founder and CEO of Billian Publishing, Inc., relocated Textile Worlds publishing operation to Atlanta in 1971.In 1978 Billian founded his own publishing company with the purchase of Golf World magazine. In addition to the textile publications, Billian Publishing, Inc., currently publishes ArtandAntiques magazine, Boating World magazine, and a boating trade publication, Marine Marketing. In addition, Billian Publishing, Inc., also produces a series of healthcare directories and databases.

Lysac Technologies Receives 8 Million Capital Investment

Quebec-based Lysac Technologies Inc., a developer of non-abrasive absorbent polymers made from
natural, renewable resources, has received an investment of $8 million from SGF Sant44; CDP
AccCapital and Investissement Desjardins, all also located in Quebec.The capital investment will
allow Lysac to complete the first phase of its development plan. The company will launch
internationally its first generation of products, quintuple the size of its R and D laboratories,
and complete the scale-up of its second-generation products.Lysac developed its Safe and Natural
Absorbent Polymers (SNAPs) as an alternative to super-absorbent polymers (SAPs), which are made
from petrochemicals. LysorbMD, one of the first products available from Lysac, will be used in the
production of personal hygiene products such as diapers.

November 2001

Will Productivity Save U S Textiles

Will Productivity Save U.S. Textiles
Shedding light on the battle between U.S. manufacturing efficiency and textile importsA
recent article in the
Wall Street Journal (WSJ), The Welch Legacy: Creative Destruction, pays obeisance to the
20-year reign of Jack Welch at General Electric (GE). The author posits that Mr. Welchs true legacy
is changing the GE culture from being operationally sensitive to being capital-sensitive through an
almost religious dedication to the gales of creative destruction described in the 1930s by the
Austrian-American economist, Joseph Schumpeter.Welch and Schumpeter argue that a company
continuously must reinvent itself to create a corporate atmosphere in which the internal rate of
change matches or exceeds the rate of change in capital markets. This external pressure is more
important than constant application of assets to improve efficiency against some arbitrary
yardstick, and it offers growth industries opportunities to share in the distribution of wealth
assets.Welch recognized that destroying ones businesses or knowing when to let go of them and move
in another direction is a far surer way to protect what youve built, regardless of how grand,
Richard Foster wrote in the Journal. Corporate life is driven by the contradictions of survival; it
cannot succeed without excellent operations, but it will fail if it focuses primarily on operations
(Foster,
WSJ). The corporation is afflicted with the survivors curse, operational efficiency at
virtually any cost, including exclusion from market-driven efficiencies of capital allocation.
Control processes, designed to ensure the continuity of operational efficiencies, deaden
[corporations] to the need for change (Foster,
WSJ).Capital markets are built on assumptions of discontinuity; their focus is on creation
and destruction (Foster,
WSJ) of providers of products and services desired by the consumer. The market allocates
capital to those industries and companies that offer returns exceeding the costs of capital, and
corporations are rewarded when they provide internal returns exceeding the returns on capital
available in the external market. The corporate challenge is in managing to achieve rates of change
the same as or larger than the rates of return on capital external markets.Surveying the
textile/apparel complex against a Schumpeter/Welch backdrop suggests that while many resources have
been spent performing existing activities in an efficient manner, few resources are expended on
efficacy or effectiveness, the throwing out of old habits and replacing them with
new. Industry ProductivityTo understand this efficiency/effectiveness dichotomy, several years
have been spent trying to build a Productivity Index able to measure the textile industrys ability
to improve labor efficiencies to stave off continued import incursions. The starting hypothesis was
that an inverse relationship exists between the volume of imports and the efficiency with which the
domestic industry converts raw materials into finished products. To this end, Bureau of Labor
Statistics data were used to calculate the amount of labor dollars involved in converting total
domestic fiber consumption (domestic production plus imports of fiber) into textile mill products
(SIC 22) and divide the total dollar amount by total fiber consumed as reported by the Fiber
Economics Bureau.The resulting product indicates the number of labor dollars required to convert
one pound of fiber into a finished textile mill product. As this indicator shrinks, it should
herald a victory of mill efficiency over imports. The challenge is to find the level of efficiency
that holds imports at bay. This hypothesis led to the relationships detailed in Table 1.It is
accepted as gospel that the U.S. textile and apparel complex is drowning in imports from all over
the world, particularly from Southeast Asia. The North American Free Trade Agreement (NAFTA) has
performed as expected in diverting imports from Asia to Mexico, but the basic fact of a deluge of
imports remains a major issue. To be sure, the amount of apparel imports has increased
dramatically, followed closely by fibers and fabrics from corners of the world anxious to advance
their standards of living with cheap labor. Unfortunately, there is little the industry, or even
the broader U.S. economy, can do to change international wages as countries exporting to the United
States use apparel to accumulate hard currencies and trade surpluses on the backs of labor. Is
efficiency the way to compete, or should the creative destruction strategies of Welch and
Schumpeter be explored 

 Labor CostsSeveral relationships, which can serve to open the creative destruction
dialog, leap out of the Productivity Index database. First, total labor costs in the U. S.
textile/apparel complex have not risen significantly in the past 10 years. Total dollars did rise
in response to mid-1990s economic exuberance, but they settled back to historic levels late in the
decade. As an aside, the labor statistics are not corrected for inflation, so the industrys real
wage costs, in fact, have fallen in the period.Simultaneously, U.S. fiber and fabric manufacturers
have performed yeoman service in decreasing the unit cost of labor to produce a pound of fiber and
convert it into fabric. The U.S. Productivity Index dropped 22+ percent, from $0.678 per pound of
conversion in 1991 to $0.525 per pound estimated for 2000, a compounded average of 2.88 percent per
year. It must be noted that some of this improvement results from changes in product mix measured.
For example, the amount of woven materials included in the index has decreased over time, while the
amount of nonwoven materials has increased dramatically.Conversely, the amount of home fashions and
industrial materials has grown, while the quantity of fabrics produced for apparel has decreased
during the period. As a general rule, home fashions and industrial materials are run in smaller lot
quantities than apparel, often have more complex patterns and structures than those designated for
apparel, and, resultantly, require higher amounts of labor than traditional large-quantity apparel
materials.Fiber consumption in textile mill products for the non-carpet fashions market area have
risen 19 percent since 1991. This rate has slowed in recent years in response to market saturation
and a slowing U.S. economy. Similarly, fiber consumption in the production of industrial textile
mill products has risen 36 percent, but it also is slowing in response to the same pressures that
are slowing home fashions.Unfortunately, there is precious little data available to adjust the
index for product mix; it is assumed that these variables tend to offset, and comment is based on
the index in its raw form. In any case, it is absolute that the labor cost to convert one pound of
materials into textile mill products has decreased significantly in the past 10 years.It should be
noted that, while the Productivity Index shows recent mill efficiency improvements, the index
cannot continue to fall indefinitely. At some point, the investment needed to decrease labor costs
an additional unit will exceed the savings obtained by eliminating that unit. Continued improvement
will fall victim to the limits of decreasing rates of increase. Rising Domestic Fiber
UseSecondly, surprisingly, the use of domestic fibers in domestic mills continues to rise. Current
readings in some of the trade press could make a reader believe that everything textile was
imported. Quite the contrary, domestic mill consumption of domestically produced fibers has risen
26+ percent, from over 14 billion pounds to slightly over 18 billion, a 2.62-percent annual
compounded rate. True, net imports virtually doubled in the same period, from 2.9 billion pounds to
over 5.9 billion estimated for 2000, but some of this increase is offset by domestic manufacturers
changing product mix offerings and producing the new items more efficiently.Imports have taken two
paths to the current level. From 1991 through 1996, imports grew at an annual rate of 2.4 percent,
a level probably appearing sufficiently small to be manageable. From 1996 through 2000 however, the
rate skyrocketed to a 15.6-percent increase in annual rates. It appears that U.S. manufacturers
used efficiency programs to effectively hold imports to modest growth, until the Asian currency flu
hit in 1997 and the Tiger Nations attempted to export their way out of crisis. It appears that no
manner of efficiency improvements would deflect the political/economic decisions of exporting
nations to avoid a countrys failure by exporting, which keeps people employed and enables the
accumulation of hard currencies needed in world trade. A Case History

At the recent Springs Industries annual meeting, Chairman and CEO Crandall Bowles cited some
interesting productivity statistics. In 1966, the year Springs went public, the company generated
approximately $266 million in sales from 19 plants with 17,000 employees. This year, as the company
reverts to private ownership, revenue nears $2.3 billion from 41 plants using the same number of
employees. Using a traditional industry measure, 1966 sales per employee were $15,647; in 2001 the
measure reached $135,294, a 765-percent increase. Adjusting this calculation for inflation still
yields an impressive statistic.Since, in 2001, $5.48 buys one 1966 dollar (U.S. Bureau of Labor,
Statistics Inflation Calculator) the adjusted Springs efficiency still tops 57 percent, well ahead
of the change predicted by the Productivity Index. This certainly points to Springs dropping less
profitable lines and adopting/developing products with better returns. ConclusionsThe
Productivity Index shows clearly what the textile mill products industry has been able to
accomplish in reducing labor costs to improve world competitiveness. Unfortunately, it is a logical
calculation, and it is somewhat insulated from the economic/political pressures surrounding import
strategies. As such, it is not yet a valuable test of the textile industrys ability to improve
through efficiency, and it does nothing to lead us to efficacy.However, one major conclusion of the
Productivity Index appears to be a very strong suggestion that mill closings and labor losses are
as much a result of improving mill efficiencies as they are of imported products, particularly
apparel. If this is the case, it may be that continuing to improve mill efficiency is a
self-defeating goal. True, if imports did not exist, more mills would be open and more people would
be employed. Unfortunately, this is an unrealistic view of the world. Imports soon will accelerate,
prompted by full implementation of the World Trade Organization, and the situation will only get
worse. Textile mill product producers have continued to lose market share and business by
continuing to focus on efficiency to save them.How long will it take before the industry accepts
the admonitions of Welch and Schumpeter to change the business and weed out the old and invest in
the new Be honest in asking, What business should we be in What business will generate internal
rates of change consistent with the rates of change in capital markets Just because you produce a
certain product mix does not mean that mix will or can carry you in the future.Investment is
difficult without significant cash flows to support new technologies. The industry appears to be
nearing extremes from which no amount of investment will rescue it. Its expensive and risky to
invest, but it is fatal not to invest. A good industry is facing death on the back of efficiency if
it does not escape to the safety of the arms of efficacy. 
Editors note: John E. Luke is owner of Five Twenty Six Associates Inc., Bryn Mawr, Pa., a
consulting firm specializing in strategic marketing and operations facing textile fiber and fabric
manufacturers. He is also a professor of textile marketing at Philadelphia University,
Philadelphia.

November 2001

CEMATEX Reconfirms ITMA 2003 Will Be In Birmingham

Cematex ReconfirmsITMA 2003 Will Be In BirminghamThe France-based European Committee of Textile Machinery Manufacturers (CEMATEX) issued a statement reconfirming the International Exhibition of Textile Machinery (ITMA) 2003 will be held October 22-29, at the National Exhibition Center (NEC), Birmingham, United Kingdom.The structure of ITMA 2003 organization has been adjusted to include a supervisory committee. Evelyne Cholet, general secretary, CEMATEX, will lead the committee, with assistance from Thomas Waldmann, general secretary, German Engineering Federation (VDMA); Lukas Sigrist, general secretary, Swissmem (Textile Division); and a technical advisor, yet to be named. The supervisory committee will ensure that the CEMATEX rules are observed by the NEC.CEMATEX also announced the addition of the Textile Machinery Association of Sweden (TMAS) as a member of its association.November 2001

Steamy Conditions

Yarn ConditioningBy Eric Vonwiller, Senior Technical Editor Steamy Conditions
U.S. yarn manufacturers share their practical experiences with Xorella yarn-conditioning
equipment.


This LTC-S compact unit installed at Four Leaf Textiles, Spindale, N.C. is the
latest-generation Xorella Contexxor yarn-conditioning system. Yarn conditioning is one of
those subjects like flu shots or dental visits that do not elicit a great deal of excitement in
general conversation. Perhaps much of the reason has to do with the fact that a number of textile
people are dubious about the benefits of some systems they say the machines just dont work as
advertised.There is no doubt, however, that the proper yarn-conditioning technology properly
applied can make a big difference in the processability of yarns in weaving and knitting
operations. Such processes as vacuum steam or cold steam yarn conditioning can have significant
benefits for knitters and weavers.The first vacuum steam machines were installed in U.S. mills
about seven or eight years ago and have since become indispensible components of the manufacturing
process. But it was an uphill battle, not only to get textile manufacturers to consider the
technology, but also to get the machinery manufacturers to develop it.Freddy Wanger, founder and
managing director of Xorella AG, discovered this reluctance the hard way. His idea for a vacuum
steam yarn-conditioning process ran against the grain with a former employer. Rather than battle an
established corporate structure, Wanger decided to set up his own business. He founded Xorella AG
in 1971 in Wettingen, Switzerland.The textile mills around the world have finally realized what
great production improvements this system can provide, Wanger told
Textile Industries at a
recent textile exhibition, but it took us 20 years to convince them!His painful and patient
persistence, though, has paid off handsomely. Today, the Xorella system is considered to be among
the most effective and consistent yarn-conditioning systems on the market. Years In The Race


To get a good handle on the evolution of Xorella yarn-conditioning equipment, TI visited
two yarn manufacturers that have the system in place. R.L. Stowe, Belmont, N.C., has the first
generation of the Xorella machinery running at several plants, while Four Leaf Textiles, Shelby,
N.C., operates the latest incarnation of the equipment.The first Xorella Contexxor® LT-O machines
were sold to R.L. Stowes National and Helms plants in the early 1990s and are still in operation.
Age has added some appearance wear, but the machines still function without problems and fulfill
their tasks to full satisfaction everyday. Verner E. Stanley, Jr., executive vice president and
COO, said Xorellas yarn-conditioning process enhances the runability and presentation of the yarn
to weavers and knitters.When asked why Stowe selected Xorella, Stanley explained: Conditioning
cotton yarn in a vacuum at a relatively low temperature has all the attributes of success. This is
achieved by full penetration of the packages and at a condition that does not change the dye index.
Mechanically, the machine is extremely reliable, has excellent electronic controls and is built
with substantial structure.Both Stowe plant managers were positive about the impact of the
Contexxor LT-O machines, which have run continuously with few problems. Stowe conditions all of its
cotton yarns, specifically, plied and twisted yarns, for knitting and weaving customers. Only a few
of the companys hosiery customers request unconditioned yarns.The latest technology from Xorella,
the Contexxor LTC-S, is installed at the Four Leaf Textiles plant in Spindale, N.C. The
space-saving cubical unit was presented for the first time at ITMA 99 in Paris. Xorella received
TIs Innovation Award in 1999 for this technological development.Terry Lee, vice president,
operations, said, Xorella maximizes the yarn conditioning with this machine. Because Four Leaf also
has earlier designs of the Xorella machines in its plants, Lee is able to make a direct comparison
between the older machinery and the LTC-S unit. He pointed out that energy, time and water savings
are significant, especially when compared with conventional machinery on the market. He also
praised the consistency of conditioning the new unit produces. He and his staff consider the effort
for maintenance quite reasonable, as it is basically limited to cleaning door seals and draining
the water every two weeks.At the Spindale plant, Four Leaf produces mainly plied and twisted
man-made yarns from polypropylene/olefin fibers blended with acrylic and some rayon. The majority
of these yarns are conditioned to reduce loops and kinks, set the twist, and enhance knitability
and weaveability. Some single yarns are waxed and conditioned, depending on specific customer
request.Like the executives and managers from Stowe, those from Four Leaf were positive about the
impact of Xorellas Contexxor system. Lee said customer feedback has been very positive. Once
customers have seen the benefits of yarn conditioning, they dont want to be without it. 



Both R.L. Stowe (left) and Four Leaf Textiles (right) shrink-wrap their yarns immediately after
the conditioning process, retaining moisture and helping fight fiber fly typical of cotton
yarns. Technology With SuccessThe Contexxor vacuum yarn-steaming and conditioning system is
the primary product line of Xorella, which is represented in the United States by PSP Marketing
Inc., Charlotte, N.C. The vacuum and pressure vessels are built according to strictest safety
specifications and are manufactured to conform to each countrys regulations. A process of steam and
vacuum prevents loops in the yarn, sets the twist, humidifies and improves the efficiency of the
machines in the subsequent processes (spooling, winding, knitting, weaving, etc.).Additionally, it
improves yarn strength and elongation of cotton yarns. During a process that takes from 35 to 45
minutes, the initial and intermediate vacuum stages ensure accelerated penetration of the saturated
steam and 100-percent humidity without condensation from a temperature as low as 50ºC (122°F). At
the same time, air and atmospheric oxygen are removed. This saturated steam also penetrates paper
tubes and cardboard boxes without destroying them. A newly developed ECO-System achieves low energy
cost.Xorella offers the more conventionally based Contexxor LT-O with the ECO-System and the
patented overhead door. Its latest technology is the Contexxor Compact LTC-S unit that is designed
to treat especially high pallets up to 13 layers. The new cubical design offers even greater energy
savings, easier maintenance, a water bath cover against fiber fly, shorter processing times, and
full automation. One and two-door versions are available. According to Xorella, the system can be
offered with significant price advantages when compared with other conventional systems on the
market.Many companies in Italy and China use the Xorella equipment for treating silk yarns. Plants
in Europe, South America, Mexico, the United States, Pakistan and Taiwan use it for cotton. Mills
in Australia, England, Germany, Korea and Switzerland use it for wool. The Xorella system is used
for man-made spun and filament yarns in the United States, Russia and the Far East.

November 2001

Rosemount Offers CAT 7D Explosion-Proof Analyzer

Orrville, Ohio-based Rosemount Analytical now offers the CAT 7D Thermal Conductivity Analyzer for
stable measurements of hydrogen, nitrogen and other gases.The analyzer uses Wheatstone Bridge
technology to monitor changes in thermal conductivity between a known value and the thermal
conductivity value of the sample gas.The new design contains a twist-off cover for easy access to
the corrosion-resistant components. The CAT 7D explosion-proof enclosure is suited for hazardous
areas rated Class I Zone I, Group IIB+H2.The analyzer also provides a safety box in which signal
connections are mounted.

October 2001

Sponsors