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A mixed bag for engineering TPs in '98.


Stable was the word for most engineering-resin prices in 1997, and this year should also be fairly quiet on the pricing front provided that feedstock feed·stock  
n.
Raw material required for an industrial process.

Noun 1. feedstock - the raw material that is required for some industrial process
raw material, staple - material suitable for manufacture or use or finishing
 supplies remain healthy. Polycarbonate A category of plastic materials used to make a myriad of products, including CDs and CD-ROMs.  resin resin, any of a class of amorphous solids or semisolids. Resins are found in nature and are chiefly of vegetable origin. They are typically light yellow to dark brown in color; tasteless; odorless or faintly aromatic; translucent or transparent; brittle, fracturing , for one, will stay fairly tight, as will feedstocks for making it. Feedstocks could also push up nylon nylon, synthetic thermoplastic material characterized by strength, elasticity, resistance to abrasion and chemicals, low moisture absorbency, and capacity to be permanently set by heat. After 10 years of research E. I.  resin tabs somewhat. On the other hand, a global glut glut pronounced as rut, slut Vox populi An excess of a service or skilled labor in a particular area. See Physician glut.  of styrene sty·rene
n.
A colorless oily liquid from which polystyrenes, plastics, and synthetic rubber are produced. Also called vinylbenzene.
 monomer monomer (mŏn`əmər): see polymer.
monomer

Molecule of any of a class of mostly organic compounds that can react with other molecules of the same or other compounds to form very large molecules (polymers).
 could put some downward pressure on ABS (Automatic Backup System) See backup program.  prices. No real change in PBT PBT Provider Backbone Transport (networking technology adding determinism to ethernet)
PBT Polybutylene Terephthalate
PBT Profit Before Tax
PBT Paper Based Test (education) 
 or acetal acetal /ac·e·tal/ (as´e-t'l)
1. any of a class of organic compounds formed by combination of an aldehyde molecule and two alcohol molecules.

2.
 prices is foreseen fore·see  
tr.v. fore·saw , fore·seen , fore·see·ing, fore·sees
To see or know beforehand: foresaw the rapid increase in unemployment.
 for this year.

One wild card that could affect pricing is the economy of Southeast Asia Southeast Asia, region of Asia (1990 est. pop. 442,500,000), c.1,740,000 sq mi (4,506,600 sq km), bounded roughly by the Indian subcontinent on the west, China on the north, and the Pacific Ocean on the east. . Last year, while the region was experiencing growth, engineering resins resins,
n.pl complex, insoluble, sticky substances secreted by plants. Used as astringents, antimicrobials, and antiinflammatories, and are burned as incense. Can cause oral ulcers and epidermal irritations.
 were stockpiled and new resin plants came on line. Now, with the local currencies depreciated Depreciated may refer to:
  • Depreciation, in finance, a reference to the fact that assets with finite lives lose value over time
  • Depreciated is often confused or used as a stand-in for "deprecated"; see deprecation for the use of depreciation in computer software
, some U.S. producers are very concerned about a potential flood of imports.

POLYCARBONATE GOING UP

GE Plastics announced a 13% increase on extrusion grades of PC, effective January 1. Dow Plastics followed suit just before Christmas with a 16[cents]/lb hike on film and sheet grades effective January 15. No comment was available from Bayer Corp. at press time.

Contributing factors: Dow sources attribute this price hike partly to increasing costs of feedstocks. A company official notes that supply of bisphenol-A is tight and likely to remain so. Industry sources say the same is true of phenol phenol (fē`nōl), C6H5OH, a colorless, crystalline solid that melts at about 41°C;, boils at 182°C;, and is soluble in ethanol and ether and somewhat soluble in water. . At least one producer, Shell Chemical, will begin constructing a world-scale phenol plant this month at the site of its Deer Park, Texas Deer Park is a city in Harris County, Texas within the Houston–Sugar Land–Baytown Metropolitan Area and is situated in Southeast Texas. As of the 2000 U.S. Census, the city population was 28,520. History
Deer Park was founded in 1892 by Simon West.
, facility. The project is due for completion in the second half of 1999 and will add 500 million lb of phenol capacity to the existing 400 million lb/yr.

Voracious voracious

said of appetite. See polyphagia.
 polycarbonate demand took resin makers by surprise last year. GE, for example, did not expect the 135 million lb/yr of new capacity it launched in the fall of '96 to be absorbed so quickly. Another supplier recalls, "We were at four weeks' lead time through the first half of 1997. By late August or early September, we started to see the supply/demand situation change. We had to move lead times out to seven weeks."
Bulk(*) List & Market Prices Effective Mid-January

                       LIST                    MARKET
RESIN GRADE(b)      [cents]/LB      [cents]/LB(b)   [cents]/CU IN(b)

ABS

MED IMPACT           128-138           89-91             3.4
HI IMPACT            135-141           94-100            3.7
X-HI IMPACT          140-147          102-105            3.9
HI HEAT              132-155          117-121            4.7
PIPE                 110-115           78-82             2.6-3.0
SHEET                 95-105           87-90             3.4
TRANSPARENT          152-158          152-158            5.7-5.9
FITTINGS             102-107           88-92             3.3-3.4
PLATING              137-139          105-115            4.0
FLAME RET            138-161          122-130            5.7
STRUCT FM            120-126          103-107            NA(d)
10% GLASS            147-160          140-160            6.0-6.1
30% GLASS            143-156          136-156            6.0-7.2
ABS/PC ALLOY         148-154          145-150            6.0-6.1
ABS/PVC ALLOY        144-161          140-45             6.0-6.1
ABS/NYLON ALLOY      177-199          177-199            7.0-8.0

ACETAL HOMOPOL       180-184          123-127            6.1-6.4
20% GLASS            183-197          142-150            7.9-8.4
COPOLYMER            180-184          123-127            6.1-6.4
25% GLASS            190-201          142-150            7.9-8.4

ACRYLIC

G-P                 1.25-1.32         101-1.08           4.3-4.9
IMPACT              1.60-1.73         162-173            6.9-7.3

ACRYLONI-
TRILE COPOL

EXTRUSION            119              101-116            4.0-4.6
INJECTION            158              120-135            4.8-5.4

ALKYD                 72-85            65-74             4.9-5.5

CELLULOSICS

ACETATE              156              156                NA(d)
CAB                  154              154                NA(d)
CAP                  154              154                NA(d)

DAP (G-P)            251-497          251-497          16.26-34.71

EPOXY

G-P RESIN            128-137          116-126            NA(d)
COMPOUNDS
C/B/T(e)             123-166          123-166            9.4-12.9
R/C/D(f)             208-271          208-271           15.3-20.1
SEMICONDUCTOR
NOVOLAC              193-228          193-228           13.1-15.9
ANHYDRIDE            188-268          188-268           13.9-19.2

EVA

INJECTION             84-110           60-95             2.4-4.0
FILM EXTRU            55-95            55-87             2.4-2.7

EVON                 265              265               11.3

FLUORO-
POLYMER

CTFE                3000             3000              237.6
ECTFE               1200             1100               70.1
ETFE                1230-1505        1230-1505          79.3-97
FEP                 1100-1500         925-1090          70.3-82.8
PFA                 2100-2700        1830-2005           141-154.5
PTFE                 650-720          570-640           45.0-51.0
PVDF                 700-850          650-700           41.7-44.9

IONOMER

PACKAGING            127-166          127-166            4.3-6.0
INDUSTRIAL           150-244          150-244            5.0-8.3

LIQUID-
CRYSTAL
POLYMERS

INJECTION

MIN FILLED           690-1035         690-1035          44.2-72.1
GLASS FILLED         715-1065         715-1065          50.5-100.4
CARBON FILLED       1700-2000        1700-2000          83.2-138.6

EXTRUSION

UNFILLED            1200-2200        1200-2200          60.5-110.9

MELAMINE
MOLD
COMPOUND              95-103           90-94             5.5-5.6
MELAMINE/
PHENOLIC
COMPOUND              78-117           75-83             4.5-5.0

NYLON

TYPE                   6              228-345            129-1335.9
MIN FILLED           170-177          122-130            6.3
30% GLASS            210-244          156-160            7.7
TYPE                  66              240-241            136-1436.5
MIN FILLED           175-195          123-127            6.3
30% GLASS            240-244          165-175            9.8
TYPE 69              255-280          250-276            9.7-10.7
TYPE 6/10            332              286-313           12.4-13.6
TYPE 612             341              286-327           11.4-13.2
30% GLASS            330              309-311           14.7
40% GLASS            328              309               14.7
TYPE 46              295              295               12.6
TYPE 11              403              329-341           13.6-14.1
30% GLASS            415              331-350           15.0-15.8
40% GLASS            415              347-360           17.7-18.5
TYPE 12              392              318-341           12.1-13.0
30% GLASS            403              327-350           14.7-15.8
50% GLASS            400              299-340           15.6-17.8
TRANSPARENT
AMORPHOUS            365              247-360           10.3-15.0

PHENOLIC
MOLD COMP             62-100         55.5-87.5           2.8-4.0
REINFORCED GRADES    115-300        100.5-267.5          6.0-15.9

POLYAMIDE-
IMIDE

MODIFIED            1975             1975             113.8
UNMODIFIED          2225             2225             128.2

POLYARYLATE          225-280          200-280            8.8-12.3

POLYARYL-
SULFONE              440              440              21.8

POLYBUTYLENE

G-P                   94-96            94-96            3.1
FILM                  88-91            88-91            2.9
PIPE
COLD WATER           116-120          116-120            3.9-4.0
HOT WATER            162-166          162-166            5.5-5.6

POLYCAR-
BONATE

INJECTION            242-249          148-163            6.7
20% GLASS            240-329          178-190            8.9
30% GLASS            219-247          188-217           10.4
EXTRUSION            242-249          137-145            5.9
BLOW MOLD            240-262          150-170            6.7
STRUCT FOAM          222              159-181            NA(d)
20% GLASS            297              245-255            NA(d)
FR                   255-289          176-197            8.2
CD                   281              185-200            9.6

POLYESTER (TP)
PBT TYPE

UNFILLED             164-175          143-150            6.9
HI-IMP               195-205          154-165            7.6
30% GLASS, FR        170-190          165-187           10.0
STRUCT FOAM          165-170          159-165            NA(d)

PET

BOTTLE (RAILCAR)      81-89            54-55             2.7-2.8
MOD PET
30% GLASS            176              132-143            7.4
55% GLASS            200              148-155            9.8
30% GLASS,
FLAME RET            230              147-157            9.2
PETG COPOL            98               98                 45

POLYESTER
THERMOSET

G-P ORTHO             68-79            57-65             NA(d)
ISOPHTHALIC           81-85            60-70             NA(d)
BIS-A                120-150          120-150            NA(d)

PEEK                3300             3300              109.3
30% GLASS           2875             2525              110.0

POLYETHER-
IMIDE                465              465               21.5
30% GLASS            380              380               19.8

POLYETHER-
KETONE (PEK)        2950             2950              130.1
30% GLASS           2600             2600                153

POLYETHER-
SULFONE              549-571          549-571           27.1-30.8
30% GLASS            457-505          457-505           26.0-29.2

POLYETHYLENE
(RAILCAR)
LDPE

G-P MOLDING
& EXTRU               55-60            46-48             1.6
INJECTION             55-60            46-48             1.6
LID RESIN             55-60            49-53             1.7
LINER                 55-60            42-44             1.5
CLARITY               55-60            47-50             1.5

EXTRU COATG           55-60            47-51             1.6-1.7
BLOW MOLD             67-80            48-52             1.6-1.7

LLDPE,
BUTENE-
BASED

G-P MOLDING           55-60            41-43             1.4
FILM                  55-60            38-40             1.3-1.4
ROTOMOLD              70-75            40-42             1.4

LLDPE,
HAO-BASED

G-P MOLDING           63-67            44-47             1.5-1.6
LID RESIN             63-67            44-46             1.5-1.6
LINER FILM            63-67            42-44             1.4-1.5

HDPE

G-P INJ MOLD          60-63            38-42             1.4
FILM                  60-63            43-45             1.5
BLOW MOLD             60-63            41-44             1.5

HMW-HDPE

BLOW MOLDING          60-63            43-46             1.5
FILM                  60-63            44-46             1.5
PIPE                  63-67            47-49             1.5-1.6
UHMW-PE              110-125           95-120            3.6-3.7

PPE/PPO-
BASED RESIN

INJECTION            140-220          116-139            4.9-5.6
20% GLASS            214-226          170-207            7.4-9.0
30% GLASS            200-220          214-274           10.5-10.9
EXTRUSION            170-240          150-181            5.8-7.0
STRUCT FM            164-175          125-137            NA(d)

PPS

40% GLASS            313-330          295-313           15.5-18.3
20% GLASS/
35% FILLER           157              150-159           11.1-12.3
35% GLASS/
35% FILLER           197              147-149           10.1-11.5

POLY-
PROPYLENE
(RAILCAR)

G-P HOMOPOL
INJECTION             55-60            34-37             1.2
EXTRUSION
FIBER                 55-60            30-32             1.1-1.2
PROFILES              55-60            36-38             1.2-1.3
RANDOM COPOL
BLOW MOLDING          60-65            39-43             1.3-1.4
FILM                  60-65            40-43             1.4
INJECTION             60-65            40-44             1.4
IMPACT COPOL
MED IMP               58-70            37-40             1.3
HI IMP                70-84            48-50             1.7-1.8

POLYSTYRENE
(RAILCAR)

G-P CRYSTAL           39-42            37-42             1.4-1.6
HI HEAT               40-43            38-43             1.4-1.6
HIPS                  42-45            40-45             1.5-1.7
SUPER HI IMP          55-60            50-55             1.9-2.0
FR                    80-90            75-85             2.8-3.2
STRUCT FM (FR)       100-105           93-94             NA(d)

EPS

UNMODIFIED            79               75-79             NA(d)
MODIFIED              81               79-80             NA(d)

POLYSULFONE          440-490          440-490           19.8-21.9
10% GLASS            410-480          410-480           19.8-22.7
30% GLASS            370-420          370-420           19.6-22.1

POLYURE-
THANE (TP)

ESTER TYPE           168-215          168-215            7.5-9.3
ETHER TYPE           283-304          231-243           10.0-10.5

PU
ISOCYANATES

POLYMERIC MDI        105-110           90-96             NA(d)
80/20 TDI            125-141           90-105            NA(d)

PVC RESIN
(RAILCAR)

G-P HOMOPOL           37-38            31-33             NA(d)
PIPE                  36-37            28-31             NA(d)
FILM                  39-40            32-34             NA(d)
COPOLYMER
FLOORING              57               45-47             NA(d)
DISPERSION
HOMOPOLY              74               61-64             NA(d)
COPOLYMER             74               65-69             NA(d)
CPVC PIPE
COMPOUND             137              122                NA(d)

PVDC

EXTRUDABLE           162              162                NA(d)

SILICONES

MOLD. COMP.          581-640          581-640           38.1-39.3
SPECIALTY GR.        891-3148         891-3148          NA(d)
SILICONE/EPOXY       339-343          339-343           22.5-22.8

STYRENE-
ACRYLIC              112-118          108-112            3.7-4.0

SAN (G-P)             97               85-88             3.3

STYRENE
MALEIC
ANHYDRIDE

G-P                  115-120          110-115            4.2-4.3
HI IMP               149-179          130-140            4.2-4.5
FR                   185-189          175-183            6.7-7.0

TP ELASTOMERS

OLEFINIC              95-115           70-76             2.4
POLYAMIDE            287-337          287-337           10.4-12.3
POLYESTER            245-310          200-310            8.8-13.6
STYRENIC              63-350           83-237            2.9-8.3

UREA MOLDING
COMPOUND

BLACK & BROWN         67-78            67-78             3.6-4.1
WHITE & IVORY         72               72                3.8

VINYL ESTER

COR RES              140              144                NA(d)
HEAT & COR RES       145              158                NA(d)

KEY Colored areas indicate pricing activity. An arrow ([up arrow])
indicates direction of price change. * Truckload, unless otherwise
specified.

a Unfilled, natural color, unless otherwise specified.

b Based on sampling of processors. c Based on typical or average
density.

d Not applicable.

e For coils, bushings, transformers; novolac and anhydride grades.

f For resistors, capacitors, diodes; novolac and anhydride grades.


Several factors contributed to this increased demand. The most surprising was the result of Princess Diana's death. Polycarbonate suppliers say Elton John's tribute song "Candle in the Wind (1997)" caused CD manufacturing plants to sell out their capacity just as the already-busy Christmas season was about to kick off. CD replication Manufacturing CDs and CD-ROMs by stamping blank plastic discs from a metal die that contains the predefined pit pattern (binary pattern). Contrast with CD duplication.  plants carry little inventory if any, so when sales unexpectedly soar SOAR - 1. State, Operator And Result. A general problem-solving production system architecture, intended as a model of human intelligence. Developed by A. Newell in the early 1980s. SOAR was originally implemented in Lisp and OPS5 and is currently implemented in Common Lisp. , resin demand increases are dramatic.

And right around the same time, the automotive industry The automotive industry is the industry involved in the design, development, manufacture, marketing, and sale of motor vehicles. In 2006, more than 69 million motor vehicles, including cars and commercial vehicles were produced worldwide.  was going through its traditionally strong season. Normally, automotive demand winds down in October or November, but in 1997 it did not. The computer industry also saw a prolonged pro·long  
tr.v. pro·longed, pro·long·ing, pro·longs
1. To lengthen in duration; protract.

2. To lengthen in extent.
 peak-activity period in 1997. Unexpected demand came also from Southeast Asia, where demand for water bottles was very strong, and the expected seasonal decrease did not occur.

Healthy growth is predicted again for PC resin in 1998. To meet the demand, Bayer will add 120 million lb/yr of capacity at Baytown, Texas Baytown is a city located along the Gulf Coast region in the U.S. state of Texas within the Houston–Sugar Land–Baytown metropolitan area. The city is mostly in Harris County with small portion in Chambers County, located along both State Highway 146 and , this year. Dow will debottleneck 40 million lb at Freeport, Texas Freeport is a city in Brazoria County, Texas within the Houston–Sugar Land–Baytown Metropolitan Area and is situated in Southeast Texas. As of the 2000 U.S. Census, the city population was 12,708 and is about sixteen miles away from Angleton. . But brand-new capacity for GE and Dow is not expected until 1999. GE will then bring on a grass-roots plant with annual capacity of 300 million lb in Cartagena, Spain For other places with the same name, see Cartagena (disambiguation).

Cartagena (Coordinates:  
, while Dow will build a 231-million-lb/yr plant in Stade, Germany.

NYLON UNDER PRESSURE

Suppliers say continued strong demand for nylon and higher costs for the feedstocks needed to make it could lead to resin price increases this year.

Contributing factors: The precarious feedstock balance for nylon 66 became evident last May when DuPont had an adipic-acid plant outage out·age  
n.
1. A quantity or portion of something lacking after delivery or storage.

2. A temporary suspension of operation, especially of electric power.
, which forced a month's allocation The apportionment or designation of an item for a specific purpose or to a particular place.

In the law of trusts, the allocation of cash dividends earned by a stock that makes up the principal of a trust for a beneficiary usually means that the dividends will be treated as
 or so. Since then, DuPont started up an adipic-acid plant in Singapore. The new capacity eased the situation, although it reportedly has just kept up with demand growth, leaving no extra to spare. No other significant expansions in adipic acid a·dip·ic acid  
n.
A white crystalline dicarboxylic acid, C6H11O4, that is derived from oxidation of various fats, slightly soluble in water and soluble in alcohol and acetone, and used especially in the manufacture of
 have been announced by the major players.

The feedstock tightness is much the same for nylon 6, where the caprolactam Caprolactam is an organic compound which is a cyclic amide (or lactam).

The primary industrial use of caprolactam is as a monomer in the production of nylon. Most of the caprolactam is synthesised from cyclohexanoxime by a Beckmann rearrangement.
 supply continues to be stretched thin. Restricted availability of cyclohexane cyclohexane (sī'kləhĕk`sān), C6H12, colorless liquid hydrocarbon. It is a cyclic alkane that melts at 6°C; and boils at 81°C;. It is nearly insoluble in water.  adds to the pressure, and the supply of glass for reinforced nylon 6 compounds is also likely to be strapped strapped  
adj. Informal
In financial need: We are strapped for cash right now.


strapped
Adjective

strapped for Slang
, further inflaming in·flame  
v. in·flamed, in·flam·ing, in·flames

v.tr.
1. To arouse to passionate feeling or action: crimes that inflamed the entire community.

2.
 the situation.

In the Americas, 1998 growth in nylon resin consumption is expected to be in the 7-8% range and slightly higher for glass-reinforced grades. According to according to
prep.
1. As stated or indicated by; on the authority of: according to historians.

2. In keeping with: according to instructions.

3.
 one source, "New capacity is well-balanced with growing demand." BASF BASF Bar Association of San Francisco (since 1872; San Francisco, California)
BASF Badische Anilin und Soda Fabrik (German chemical products company)
BASF Builders Association of South Florida
, for example, recently completed a 70-million-lb/yr nylon 6 expansion at Freeport, Texas. Solutia Inc Solutia Inc. is a chemical production company. It was formed in 1997 as a spin-off of Monsanto Company. History
Monsanto's core business was chemicals, and so Solutia traces its antecedents back to the foundation of Monsanto in St. Louis in 1901.
. (the Monsanto spin-off The situation that arises when a parent corporation organizes a subsidiary corporation, to which it transfers a portion of its assets in exchange for all of the subsidiary's capital stock, which is subsequently transferred to the parent corporation's shareholders. ) started up a new 60-million-lb/yr expansion of nylon 66 at Pensacola, Fla.

ABS PRICES COULD WEAKEN

Last year, the overall pricing trend was down for ABS. An increase was attempted during the first quarter of 1997, but it failed. Downward pressure is again likely in 1998, although most suppliers say prices will remain flat.

Contributing factors: Excess capacity in Asia, coupled with weak currencies in that region, lead some ABS suppliers to fret that a wave of bargain-priced imports may arrive on our shores this year.

Another factor is a glut of styrene monomer and weak prices for feed-stocks generally. Styrene and acrylonitrile acrylonitrile /ac·ry·lo·ni·trile/ (ak?ri-lo-ni´tril) a colorless halogenated hydrocarbon used in the making of plastics and as a pesticide; its vapors are irritant to the respiratory tract and eyes, may cause systemic poisoning, and are  prices may drop 1 to 1.5[cents]/lb this year, while butadiene butadiene (byt'ədī`ēn), colorless, gaseous hydrocarbon. There are two structural isomers of butadiene; they differ in the location of the two carbon-carbon double bonds in the  will remain flat.

Not least important is that 1997 was the third straight year of declining ABS consumption in North America North America, third largest continent (1990 est. pop. 365,000,000), c.9,400,000 sq mi (24,346,000 sq km), the northern of the two continents of the Western Hemisphere. . Suppliers report that last year's drop was 4-6%, and they expect another 3% decrease in 1998. Competition from polypropylene polypropylene (pŏl'ēprō`pəlēn), plastic noted for its light weight, being less dense than water; it is a polymer of propylene. It resists moisture, oils, and solvents.  and HIPS are said to be the major culprits.

PBT TO STAY PUT

PBT polyester polyester, synthetic fiber, produced by the polymerization of the product formed when an alcohol and organic acid react. The outstanding characteristic of polyesters is their ability to resist wrinkling and to spring back into shape when creased.  prices were generally stable in 1997 and are expected to remain so this year.

Contributing factors: Arrival of new capacity last year is balanced by continued strong demand. Volume growth was 8-10% last year and will be about 8% worldwide this year, suppliers predict. Growth is fueled primarily by automotive and electrical applications.

ACETAL PRICES REMAIN STABLE

Acetal prices have been steady for some time and are expected to stay that way as long as feedstock prices stay put.

Contributing factors: Early last year, high natural-gas prices pushed up methanol methanol, methyl alcohol, or wood alcohol, CH3OH, a colorless, flammable liquid that is miscible with water in all proportions. Methanol is a monohydric alcohol. It melts at −97.  tabs, the major feedstock for acetal. However, by the second half of the year, feedstock price pressures began to subside sub·side  
intr.v. sub·sid·ed, sub·sid·ing, sub·sides
1. To sink to a lower or normal level.

2. To sink or settle down, as into a sofa.

3. To sink to the bottom, as a sediment.

4.
 and are expected to remain fiat [Latin, Let it be done.] In old English practice, a short order or warrant of a judge or magistrate directing some act to be done; an authority issuing from some competent source for the doing of some legal act.  through 1998.

Acetal demand grew 5% worldwide in 1997, although the greatest growth was in Asia. The growth rate this year is expected to be about the same, though economic trends in Southeast Asia are an unpredictable factor. Domestic producers fear that if Asian producers start dumping dumping, selling goods at less than the normal price, usually as exports in international trade. It may be done by a producer, a group of producers, or a nation.  resin to raise hard cash, domestic acetal prices could soften.
COPYRIGHT 1998 Gardner Publications, Inc.
No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 1998, Gale Group. All rights reserved. Gale Group is a Thomson Corporation Company.

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Title Annotation:engineering-resins
Author:Block, Debbie Galante
Publication:Plastics Technology
Geographic Code:1USA
Date:Feb 1, 1998
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