TLV Introduces SH Traps For Severe Service Applications

Charlotte-based TLV Corp. has launched its line of SuperHeat (SH) traps for use in medium- and
high-pressure applications including turbines, superheated drips, thermal drains and flash pots.
The company states the traps are exceptionally reliable at pressures of up to 1,500 pounds per
square inch, eliminating steam losses and saving energy, as well as offering prolonged service life
and reduced maintenance costs.TLV traps are available in versions for temperatures up to 1,050°F.
The lines SS series offers several models in stainless steel.

November 2003

Koch Industries Subsidiaries To Purchase INVISTA

Koch Industries Subsidiaries To Purchase INVISTA
Will Integrate KoSa with former DuPont TextilesandInteriors UnitWICHITA, Kan., and
WILMINGTON, Del., Nov. 17, 2003 Koch Industries, Inc. announced today that its subsidiaries have
reached a definitive agreement with DuPont to purchase INVISTA, formerly DuPont
TextilesandInteriors, for $4.4 billion in cash. The two subsidiaries are KED Fiber Ltd. and KED
Fiber, LLC. Closing is expected in the first half of 2004, subject to regulatory approvals and
customary closing conditions.The purchase will include all of INVISTAs businesses, including
Apparel, Interiors and Industrial, and Intermediates. In addition, it includes INVISTAs extensive
portfolio of trademarks and brands including: Lycra®, Stainmaster®, Coolmax®, Thermolite®,
Cordura®, Supplex®, Tactel®, Antron®, DBE®, and C12®, to name a few, as well as over 8,000 patents
and significant proprietary intellectual property. Koch will integrate its KoSa business and its
subsidiaries, global manufacturers of commodities and specialty polyester products, into
INVISTA.This acquisition is an excellent fit with our capabilities and vision for long-term growth,
said Charles G. Koch, chairman and chief executive officer of Koch Industries. By combining
INVISTAs many capabilities and strong brands, primarily in nylon and spandex, with the polyester
businesses of our KoSa subsidiaries, we will create a diverse company, well-positioned to compete
in the global fibers and resins markets, long term. We are proud to carry with us the heritage we
gained at DuPont and thrilled to be headed toward a new company that has proven competitive
capabilities, sees growth opportunities in our businesses, and does not feel bounded by current
industries or product lines, said Steve McCracken, president and chief executive of INVISTA. While
being part of a different and privately held company will be a significant change for us, it will
certainly offer opportunities to improve our focus on long-term success and more stability in
weathering business cycles. McCracken added. It should also provide the scale and scope of
resources well need to more effectively compete in the challenging branded and commodity markets we
serve globally. Together with KoSa, we look forward to creating a renewed superior value offering
for our customers.The new company will be an independent subsidiary of Koch Industries, managed by
its own board of directors. Press Release Courtesy of Koch Industries Inc. and INVISTA Inc.
November 2003

Commerce Department Approves Petitions For Relief From Chinese Imports

Commerce Department Approves Petitions For Relief From Chinese ImportsIn response to petitions
filed by US textile manufacturers, the US Department of Commerce announced today that it will begin
negotiations with China that could result in the imposition of temporary import quotas on
brassieres, dressing gowns and knit fabrics. The action was taken under the so-called safeguard
mechanism in the US/China textile agreement that allows the US to impose quotas on products that
are found to cause market disruption.In making the announcement Commerce Secretary Donald Evans
said: This decision demonstrates the Bush administrations commitment to our trade rules and
American workers. I believe this will advance our future dealings with China, for no market
operates fairly without open dialogue. We look forward to beginning our consultations with the PRC
with the goal of achieving a mutually beneficial result on this issue.While negotiations will begin
soon, there is no guarantee quotas will be imposed, but todays action strengthens the possibility
of that happening. The National Retail Federation was quick to react to todays announcement, saying
the ruling will create shortages that could result in dramatic increases in prices for American
consumers while doing nothing to protect American jobs. The retailers charged there is nothing in
the factual record that supports the contention that Chinese imports are disrupting US
markets.Laura E. Jones, executive director of the US Association of Importers of Textiles and
Apparel, labeled the action pure politics, also claiming that the petitions filed by the textile
industry do not demonstrate market disruption. She said apparently the industry was counting on
pure politics to push the administration to impose quotas, and unfortunately it worked. Jones
believes placing quotas on Chinese imports will simply shift the trade to other countries.Cass
Johnson, interim, president of the American Textile Manufacturers Institute, praised the Commerce
Departments action, but said it is only the beginning. He said todays decision sends a strong
signal to Chinese officials that they should take immediate steps to cease their attempts to
dominate international trade in textiles and apparel, including an immediate end to Chinas blatant
manipulation of its currency. Johnson warned that if flooding of the US and other markets with
unfairly and illegally undervalued textile and apparel products continues, the industry will demand
further safeguard actions.Petitions filed by a united textile/fiber coalition July 24 of this year
cited dramatic growth in the three product categories where quotas were removed in 2001. They said
imports of dressing gowns grew by 905 percent, brassieres by 382 percent and knit fabrics by 905
percent.By James A. Morrissey, Washington Correspondent
November 2003

Solving Wool Finishing Problems


Cimi S.p.A. has conducted research into the use of bisulfite vapor for the stabilization of
woolen fabrics.
Stabilizing woolen fabrics in a reducing environment is a widely established
procedure, although there are many doubts concerning certain side effects.Today, the commonly used
reducing agent is sodium bisulfite or its derived and differently formulated products. According to
a mechanism suggested by Angliss, Cook, Delmenico and other researchers at the Commonwealth
Scientific and Industrial Research Organization, Australia, whose general principles are still
valid today, the bisulfite ion reacts through the direct attack of the disulfide bridges in order
to start the formation of thiosulfonate ions (Bunte salts). In the propagation reaction, the thiol
ions break the stretched disulfide bridges to create new disulfide bridges in a non-stretched
position: New thiol ions develop simultaneously and, theoretically, the reaction can continue using
a chain mechanism as long as accessible stretched disulfide bridges are present or the thiol ions
are removed for a terminal chain reaction or other secondary reaction.The terminal reaction occurs
through the addition of thiol ions to residues of dehydroalanine or through the release of
thiosulfate ions from Bunte salt by one thiol ion.Both reactions lead to the formation of
lanthionine and are much slower than the reactions of propagation. As a result, proper fixation can
be achieved in a short time with a very small quantity of reducing agent.


Cimis Multifix machine treats woolen fabrics using superheated bisulfite vapor, providing
higher and more stable fixation than standard treatments.The formation of lanthionine has not
always been confirmed with certainty in the reducing treatments, leading to the belief that its
formation is exclusively linked to the terminal chain reaction that occurs after many propagation
stages.Moreover, with excessive reducing agent, a useless and excessive amount of bisulfite and a
release of thiosulfate ions develop, which, in the operating conditions of the autoclave, can
create color changes and acid vapor that hydrolyze satins and corrode metal parts.Also, working
with excessive reducing agent can change the original structure of wool and its capacity to regain
humidity, thus enhancing the phenomena linked to hygroscopic expansion.Developing the action of the
bisulfite in the vapor stage can enhance the advantages of chemical fixation and reduce the
negative side effects caused by excessive reducing agent.Research into this alternate procedure has
been conducted using the Multifix machine, manufactured by Cimi S.p.A., Italy, and designed to test
woolen fabrics using bisulfite vapor.Standard TreatmentIn a standard 35-meter treatment tank for
bisulfite in a water bath, water usually amounts to about 2,500 liters with a 20 grams-per-liter
(g/l) bisulfite concentration and a product content of 50 liters. During the working stage, a
reintegration of 40 grams per kilogram of fabric is made in order to keep the concentration equal
to that of the initial bath. Treatment of 1,000 meters of fabric weighing 330 grams per meter
(g/m), working at a speed of 20 meters per minute (m/min), will consume 14 liters of bisulfite.At
the end of the treatment, the entire content of the treatment tank 2,500 liters of water and 50
liters of bisulfite is disposed of.Alternate MethodIf a wet saturated vapor tank set at 102°C is
used to develop bisulfite, water and product consumption will be much lower.The development tank
will have a constant volume level adjusted by a device that signals excessive and minimum levels. A
constant concentration of product in the bath will be ensured by the dosing pumps. The tank content
will be only 200 liters with a 30 g/l bisulfite concentration, which will require only 6 liters of
product to obtain the solution of work start. Treating 1,000 meters at 20 m/min will consume 6.5
liters of bisulfite because the bath will have to be reintegrated with only 126 grams per minute
(g/min) of bisulfite to keep the product concentration constant.At the end of the treatment, only
the content of the saturation tank will be disposed of 200 liters of water and 6 liters of
bisulfite thus leading to better materials management and greater purification savings.Moreover,
the amount of product that has reached the fabric and the uniformity of product distribution can be
measured precisely.


Machine DescriptionThe Multifix machine comprises three main parts: the inlet hydraulic head;
the treatment tank; and the outlet hydraulic head. The two heads are made up of a series of
cylinders that guide the fabric, and a suction bar with a liquid ring vacuum pump at the inlet of
the following tank or at the outlet of the previous tank.In the treatment tank, the fabric goes
through a heated impregnation tank that contains 100 liters of product. The product concentration
on the fabric is optimized by an equalizing bar. The fabric reaches the development section which
can either work with high bath for a natural crabbing or washing function, or develop chemical
products previously deposited in the impregnation tank in an atmosphere of saturated vapor created
by water in the tank bottom heated by a coil. This section has a fabric capacity of 48 meters.Tests
And ResultsThe Multifix process is being tested at Botto Giuseppe e Figli S.p.A., Italy, with the
cooperation of the Polytechnic of Turin, Italy. Mercandino Piero from Botto Giuseppe is managing
the process experimentation.Measurement of the crease angle, expressed as a percentage, permits the
quantification of the permanent stabilization given by a fixing procedure. One hundred percent
represents complete stabilization this occurs in the procedures that crush the fabric.At a
treatment speed of 20 m/min, water treatment at 90°C creates lower permanent fixation than other
treatments.The difference between the treatments in vapor and in water is obvious during the
different treatments carried out at a speed of 40 m/min. In this case, vapor treatments give a
higher permanent fixation degree.At a fabric-feeding speed of 50 m/min, the treatment that gives
the highest permanent fixation degree is the vapor-plus-Angra (a bisulfite product) treatment.


Research ResultsThese results conclude that the superheated vapor treatment leads to higher and
more stable fixation values up to a speed of 40 m/min; the superheated bath treatment leads to high
permanent fixation values provided that the permanence time of the fabric in the treatment area is
high for a speed of 20 m/min; and at 50 m/min, the only treatment that keeps a high permanent
fixation level is the vapor-plus-Angra treatment.
Editors Note: This article, written by L.
Gallotti and M. Zampieri, was provided by Cimi S.p.A., Italy.

November 2003

Benninger Delivers Machinery To Porcher39 S Glass Division

Benninger Delivers MachineryTo Porcher’s Glass DivisionBenninger AG, Switzerland, has delivered
warping and sizing machines to the European Glass Division of Porcher Industries Group, France, for
the weaving of glass filament yarns ranging from 68 tex to 2.8 tex. The yarns are used in such
markets as decorative, composites, industrial and electronics.Benninger has supplied BEN-DIRECT
warping, BEN-FULLSIZE and BEN-SINGLESIZE sizing machines. The company states the machines offer
high operating speeds; good reproducibility; the lowest level of filament breaks; and constant and
uniform thread tension, as well as uniform size pick-up and drying over the entire warp width and
length.
November 2003

Linzbach Heads KoSa Fibers Businesses

Linzbach Heads KoSaFibers BusinessesKoSa, Houston, has named Gerold Linzbach president, Fibers,
with responsibility for KoSas tire cord, technical filament, polyester textile filament, nonwovens
and fine-denier staple businesses. He is located at the companys US/Canada regional headquarters in
Charlotte.Linzbach previously served Germany-based Hoechst AG in various positions including
president of Celanese Acetate.Gerold brings a wealth of expertise, strong leadership skills and
tremendous knowledge of the industry to KoSa, said George Gregory, CEO. I am very excited to have
him join our team to further advance our Fibers business strategy.
November 2003


Gerold Linzbach

Static Electricity Control

A new static control product from Leatex can effectively reduce static electricity problems on
the production floor.
Lightning is one often observed result of static electricity (SE). SE
develops within the clouds, and as this buildup of SE discharges into the atmosphere, lightning is
seen. The potentially damaging effects of lightning are well-known. However, SE and its potential
for damage and injury in the workplace, as well as its effect on production, are less
understood.The most obvious consequence of SE is the hazard posed to employees from the shocks they
regularly receive. These shocks are the result of electrostatic discharge (ESD), which is described
as the sudden transfer of charge between bodies of different electrical potentials.Although ESD is
not believed to cause any permanent physical injury, the idea of being shocked many times a day by
tens of thousands of volts is one of the least enjoyable aspects of working in a textile mill. The
typical injuries directly associated with ESD which can be severe result from the persons repulsion
from the shock and subsequent collision into machines, walls or other objects. Additional
consequences include reduced employee and machinery productivity resulting from machine jams or
damaged electronic components; and the reduced product quality resulting from lint attraction,
fabric tangles, and especially, employee reluctance to touch fabric unless absolutely
necessary.What Is Static ElectricityOne of the most common definitions of SE is electricity at
rest, which seems to make sense because electric current is the movement of electricity. However, a
better description of SE is an electrical charge caused by an imbalance of electrons on the surface
of a material the result of the surface of a material adding electrons (becoming negatively
charged) or losing electrons (becoming positively charged). Causes of SE include heating, machine
processing and material separation. The effect is magnified by the tendency of the material being
processed to gain or lose electrons when the material comes into contact with other materials.
Heating a material and causing it to dry out, as well as quickly heating and cooling the surface,
make the material less conductive and more likely to develop a charge. The machine processing of a
material agitates the materials surface, generating an atmosphere for the ready transfer of
electrons between materials. The separation of two materials after they have been in contact causes
some electrons to jump from one material to the one with the stronger attraction. It appears the
separation of the materials after they have been in contact is the main cause of SE, not friction
between the materials.The process of material contact, electron transfer and separation is affected
by the size of the contact area, the humidity of the environment and the speed of the
separation.Tribocharging And TheTriboelectric SeriesAll materials in their natural state have a
neutral charge because, at the atomic level, the number of positively charged protons in the
nucleus of an atom is equal to the number of negatively charged electrons.Tribocharging is the
creation of a charge on a material by contacting and separating it from another material, causing
electrons to transfer between the two materials.The triboelectric series is a ranking of common
materials based on their tendency to gain or lose electrons because of tribocharging. Frequently,
in a triboelectric series, steel is listed as neutral. The materials above steel are listed as
having a positive charge, or having a tendency to lose electrons. The materials below steel are
listed as having a negative charge, or having a tendency to gain electrons
(See Table 1). The listing compares a materials tendency to gain or lose electrons when it
comes into contact with other materials on the list. The electrons tend to transfer from the
materials higher on the list to the materials lower on the list. The further apart on the list two
materials are, the stronger the charge that is created as they are separated.ESD In TextilesThe
textile industry has developed and tried many programs to address SE in the workplace without
significant success.The industry processes many materials, notably man-made materials, that readily
transfer electrons to other materials to create charges. It also has processes notably drying at
high speeds and temperatures that create optimum conditions for tribocharging. On many processes
the charge measured on numerous materials has ranged from 20,000 volts to more than 100,000 volts.
These conditions make ESD and static control (SC) in the textile industry a very big
challenge.Following is a review of some of the methods currently used by the industry and a brief
review of the latest alternative.Traditional SC MethodsThe most basic SC method is the grounding of
equipment and machines in the plant. This is primarily important for electrical safety, but it also
allows high charges of SE to be reduced although not eliminated. A second SC method is to use
climate control devices, which have been built into some newer textile plants or installed in older
mills. Unfortunately, this is prohibitively expensive for most mills, and it frequently replaces a
static problem with a maintenance problem. The use of a humidification system may reduce the SE,
but it also will increase the maintenance of the equipment and machines because of the corrosive
atmosphere it creates. Other mills inexpensively adjust their climate by opening up their steam
pipes to increase the relative humidity, a maintenance and safety nightmare. Another SC method is
the addition of antistatic chemicals during the wet processing of a substrate. Typically 1 to 2
percent on weight of goods of a cationic surfactant is used. While this method improves the static
dissipative effect of the surface of the material, thereby reducing the buildup of SE, it does not
eliminate it. Concerns with these products include recurring annual cost, tendency to cause
substrate yellowing, and addition to the mill effluent.Frequently used SC devices include static
bars and other active electrical eliminators. They generate positively and negatively charged ions
that help dissipate the charge on the material. They require power supplies to step up plant
voltages to higher voltages 5,000 volts to 20,000 volts at low amperages. While these products
reduce static levels in other industries, the static levels experienced in textile processing are
frequently unable to be sufficiently reduced by this method. Additionally, while these products can
be purchased off the shelf, they often need to be custom-built for the specific machine size. Also,
most static bars need to be positioned within 1 inch of the processed fabric in order to achieve
maximum performance.The final type of SC typically used in the textile industry is tinsel, which
utilizes copper to help transfer the electron imbalance from the material to a ground through
induction. Tinsel is an inexpensive and readily available method for SC, but it has limited
effectiveness. The primary reason for this limitation is that any contamination either in its
manufacture or use will severely degrade its effectiveness.Alternative SC MethodA recent SC
development is the introduction of CONTAX by Leatex Corp., Philadelphia. Contax is a highly
engineered construction of extremely conductive materials that economically removes static from
textiles on contact. The technology has been used in the aerospace, electronic and military
industries for many years. The product works through conduction and induction, transferring the SE
on the textile to the Contax.Contax has taken extremely high levels of SE to minimal levels on all
types of textile machinery and textile fibers. It has been used in a number of mills and has
produced immediate and significant improvements in employee comfort and safety, as well as
improvement in productivity and quality. It is easy to install and is adaptable to all textile
manufacturing processes.Case StudyA major vertical manufacturer of knitted apparel was experiencing
recurring severe SE problems, which seemed to get worse every year. A worker had been injured as
the result of a severe jolt of SE. The company used a chemical antistatic product that somewhat
reduced the SE, but problems persisted.The company approached Leatex to find a solution to its SE
woes. Leatex had begun working on its Contax technology, and was looking for the right situation in
which to test its ideas. The textile manufacturers products included various fibers, blends and
constructions; and its many processes included drying, napping, tube reversing and cutting, making
it a perfect testing facility.In the first test, Contax was placed across the width of the exit to
a loop dryer so that goods leaving the dryer would come into contact with it. High levels of SE
were eliminated. The performance was evaluated and compared to that on a control dryer that did not
use Contax. Regardless of fabric type or construction, Contax removed the static. Eventually, the
success was repeated on all of the companys dryers and napping machines.The next test was conducted
on the machine that had caused the employee injury a tube reverser, which turns a knitted tube
inside-out for further processing. Analysis of the process determined it could generate more than
100,000 volts. Because Contax was placed at the exit of the reverser, where it could come into
contact with the fabric, it eliminated the static problem.The final trial was conducted on an
automated cutting machine, which takes four separate tubes of fabric and cuts them simultaneously.
As the tubes were running through the machine, one or more of the strands would jam or tangle,
causing the machine to either shut down or cause poor cutting, creating off-quality material.
Contax was placed on the trays that the tubes ran across, removing and eliminating the static and
improving yields.SC System BenefitsBetter SC in a mill will enhance the comfort, morale and safety
of the workforce. Other benefits include increased productivity of the machinery and workforce, and
improved quality of the finished product because the workers are no longer reluctant to touch the
goods as they are processed. A good SC product must effectively and economically eliminate SE
problems. Investing in a SC system that accomplishes these items will pay for itself many times
over.
Editors Note: Brian D. McChesney is vice president of Leatex Corp., Philadelphia, a supplier to
the textile industry since 1922. McChesney has worked with the company since 1988.

November 2003

Symtech To Represent Roaches, Automation Partners

Spartanburg-based Symtech Inc. has added two new product lines to its offerings for the US textile
industry.

Roaches International Ltd., England, has chosen Symtech as exclusive US representative for
its laboratory dyeing, finishing and testing equipment. Symtech has spare parts in stock and also
provides technical service for the product line. Tony Gowan is Symtech’s product manager for
Roaches’ products.

supplier_Copy_1
Roaches International’s Martindale APS wear and abrasion tester

Automation Partners Inc., Sunnyvale, Calif., has named Symtech exclusive representative for
the US market excluding California for its electronic monitoring and control products for knitting
and textile finishing. Symtech has designated Herbert Busch and Tony Gowan as joint product
managers for Automation Partners’ products.



October 2003

Campaign Seeks Relief From Chinese Imports


I
mporters of textiles and apparel say it’s all smoke and mirrors, but a coalition of 14
fiber and textile associations is conducting a major campaign to get government relief from rapidly
increasing imports from China. As China has become the largest exporter of textiles and apparel to
the United States, domestic manufacturers are waging a battle for what they say is their very
survival. China now has 20 percent of the US import market for textiles and apparel, and industry
leaders are concerned about what will happen when all textile and apparel quotas are removed by
January 2005.

The United States Association of Importers of Textiles and Apparel (USITA) says textile
manufacturers are relying on public relations, not facts, in their effort to curb Chinese imports
and the future threat they pose. USITA’s Executive Director, Laura Jones, charges that the textile
coalition is “holding press conferences and parading congressmen and governors before the cameras —
all smoke and mirrors — and not providing factual evidence that Chinese imports are disrupting
markets and displacing American jobs.” She says that instead of seeking “more protection,” US
textile manufacturers should be preparing for the day when all textile and apparel quotas will be a
thing of the past. At that time, she says, apparel importers and retailers “can finally make their
buying decisions like every other industry, focusing solely on which factories can deliver quality
goods on time at the right price” instead of wrestling with a complicated system of quotas. She
contends the removal of quotas will put “wasted money in the pockets of consumers.”

Even though an apparel import is an apparel import, US textile manufacturers realize some
benefits from the special trade agreements such as the North American Free Trade Agreement, the
Caribbean Basin pact agreements and bilateral agreements that require apparel imports receiving
special tariff and quota concessions to use fabric and yarn made in the participating countries.
They see the pacts as a way to compete with Chinese imports.

In their appeals to the government, textile manufacturers and their supporters in Congress
contend that competing with China is anything but fair. They say China manipulates its currency to
realize as much as a 40-percent price advantage; subsidizes its manufacturers; is a major illegal
transshipper; and can price its goods at any level in order to sell them because it has a
state-controlled economy.

The initial thrust of the coalition’s efforts was aimed at getting the government to use the
so-called safeguard mechanism in the United States/China bilateral agreement to reimpose quotas on
imports of dressing gowns, brassieres, knit fabrics, and work gloves, which were decontrolled last
year. Imports of those products have enjoyed double-digit growth since quotas were removed. The
interagency Committee for the Implementation of Textile Agreements has asked for comments from
interested parties to help it determine if the coalition’s petitions for relief are valid.


Textile Coalition Will Target 2004 Election Campaigns


Leaders of the textile trade coalition, recently joined by the Union of Needletrades,
Industrial and Textile Employees (UNITE), have made it clear they are going to do everything they
can to make textile trade an issue in next year’s presidential and congressional election
campaigns. In a series of meetings in the South and New York City, leaders of the coalition
mobilized textile company executives for what they say will be a major grass roots campaign to call
attention to the plight of the US industry and the need for government help.

The campaign will include voter registration drives to ensure that voters in textile
communities will have an impact on the upcoming elections.

In addition, the coalition hopes to spark e-mail and letter-writing campaigns to Congress
and the White House, underscoring the threat of textile trade with China. While the coalition does
not plan to target any particular candidates, it will support those candidates who understand the
textile trade issue and demonstrate a willingness to do something about it.

Although they have no particular candidates in mind at this time, there are some
textile-area congressional seats that will receive special attention. The retirement of six-term
Sen. Fritz Hollings (D-S.C.), a long-time supporter of the textile industry and its workers, will
focus special attention on the campaign in South Carolina. National Republican election officials
would love to see that seat swing into their camp. The contest for the seat of retiring Sen. Zell
Miller (D-Ga.) will likely see the Bush administration’s textile trade policies on trial. Some of
the other congressional seats in the textile belt could be heavily contested on the basis of the
textile trade issue.

Although President Bush swept the South in his 2004 election, the heavy loss of textile jobs
since he took office could become a major problem for him. Some textile industry leaders and their
lobbyists have indicated the South may not be all that solid if Bush does not come through on his
commitments to protect the interests of the textile industry
(See “Coalition Seeks To Save Textile Jobs,” www.TextileWorld.com, September 2003).

During a series of textile coalition-sponsored news conferences, textile company and union
officials were outspoken in their warnings to the Bush administration. Bruce Raynor, president of
the 250,000-member UNITE, said, “It is unacceptable for countries like China that don’t respect
basic human rights or environmental standards to flood our market, destroy entire industries and
put hundreds of thousands of men and women out of work.”

raynor
Bruce Raynor, president of UNITE

Roger Chastain, CEO of Mount Vernon Mills, said, “I think the Bush administration can forget
that the Solid South is solid any more, and he is running the risk of losing the next election.”

And Auggie Tantillo, Washington coordinator for the American Manufacturing Trade Action
Coalition, said, “Democrat or Republican …, we don’t care, the textile trade issue has to be the
centerpiece of the discussions as we go into the election cycle.”



October 2003

October 2003

The HMC-18 model of the E-Z Slide Conveyor from
Eriez Magnetics, Erie, Pa., uses a counter rotating weight drive system to convey
fragile products forward.

bb_Copy_1
Eriez Magnetics’ HMC-18 E-Z Slide Conveyor

Cleveland-based
Astrup Co.’s line of NorthStar™ back-lit awning fabrics is now offered in a
78-inch width.

The
Digital Printing & Imaging Association (DPI), Fairfax, Va., has added a
Digital Ultraviolet (UV) Printing Information Center to the members-only section of its website,
www.dpia.org. The information center keeps DPI’s members informed of developments in digital UV
printing technology.

KoSa, Charlotte, has announced an 8- to 10-percent price increase on fine-denier
polyester staple fiber.

Great Lakes Chemical Corp., Indianapolis, has increased the price of its KP-140®
specialty additive by 6 cents per pound.

Hagemeyer North America, Charleston, S.C., has released new 2003-2004 maintenance
repair and operating products, and safety products catalogs.

Fairfield, Conn.-based
RBC Bearings’ Nice Ball Bearings Division has released a line of ground,
semiground and unground bearing assemblies.

The
Waitex Group has relocated to 135 West 36th St., New York, N.Y. 10018; (212)
967-8100; fax (212) 967-8180.

The four-strand, light-duty, continuous lift VALU-LIFT™ vertical conveyor from
TKF Inc., Cincinnati, handles cartons and unit loads weighing up to 50 pounds at a
speed of 118 feet per minute.

The P7 drive for industrial fans and pumps from
Yaskawa, New Berlin, Wis., is equipped with a liquid crystal display screen that
can display five lines of 16 characters in any of seven optional languages. Other features include
V/f control, 110-percent overload capability, and network communication and input/output options.



October 2003

Sponsors