1996 SR consumption totaled 9.6 kt IISRP forecasts 10.8 kt in 2001.The International Institute of Synthetic Rubber synthetic rubber: see rubber. Producers predicted worldwide synthetic rubber (SR) consumption will increase by 12% to 10.8 kt (thousand metric tons). SR consumption should average a moderate growth rate of 2.2% per annum Per annum Yearly. over the period. In 1996 worldwide consumption of SR increased by 1.6% to 9,644 kt. In 1997 it is forecast to increase at the same rate to 9,803 kt. "Latin America Latin America, the Spanish-speaking, Portuguese-speaking, and French-speaking countries (except Canada) of North America, South America, Central America, and the West Indies. and Central Europe experienced the strongest growth in 1996, climbing by 9% and 8% respectively," Britt D. Theismann, IISRP IISRP International Institute of Synthetic Rubber Producers information and systems director, said. "Consumption in Latin America increased from 572 kt to 623 kt, and in Central Europe from 291 kt to 314 kt," he added. Other regions also experienced significant growth in 1996. China continued its strong rate of growth, increasing by at least 7%. (Some estimates have indicated growth closer to 10% in recent years.) The Middle East and Africa increased from 165 kt to 173 kt for a growth rate of almost 5%. Of the three larger regions of the world, North America and the Far East experienced modest growth in 1996 while Western Europe declined 1.6%, falling from 2,311 kt to 2,273 kt. Many factors are responsible for the decrease in Western Europe. Among them: relocation of some tire production to Central Europe, a slowdown in automotive production, and a general softening in the macro economic situation. SR consumption growth continued in North America in 1996, rising from 2,962 kt to 3,027 kt for an increase of 2.2%. In the Far East, SR rose by 1.9% from 2,165 kt to 2,207 kt. "SR consumption fell in the Commonwealth of Independent States Commonwealth of Independent States (CIS), community of independent nations established by a treaty signed at Minsk, Belarus, on Dec. 8, 1991, by the heads of state of Russia, Belarus, and Ukraine. Between Dec. 8 and Dec. in 1996 as the economic situation there worsened," said Theismann. "1995 saw a dramatic increase in SR, which was predicted to continue in 1996. However, several factors caused the recovery to halt in 1996. One of the major problems for the SR industry in the CIS Cis (sĭs), same as Kish (1.) (1) (CompuServe Information Service) See CompuServe. (2) (Card Information S is their rapidly escalating energy cost." 1996 saw growth in many elastomer elastomer (ĭlăs`təmər), substance having to some extent the elastic properties of natural rubber. The term is sometimes used technically to distinguish synthetic rubbers and rubberlike plastics from natural rubber. types. Ethylene propylene rubber Ethylene propylene rubber (EPR) is an insulation used for high voltage cables. It has improved thermal characteristics over more traditional cables, such as cross-linked polyethylene, enabling a smaller cross sectional area for the same load carrying capacity. (EPR EPR Electron Paramagnetic Resonance EPR Extended Producer Responsibility EPR Electronic Patient Record(s) EPR Emergency Preparedness and Response (US DHS) EPR Endpoint Reference EPR Ethylene-Propylene Rubber , both EPM EPM equine protozoal myeloencephalitis. and EPDM EPDM Ethylene-Propylene-Diene-Monomer EPDM Enterprise Product Data Management EPDM Ethylene Propylene Dimonomer (industrial/commercial piping/plumbing components) EPDM Engineering Product Data Management ) increased by 3.4% to 708 kt. Polybutadiene rubber (BR) followed at 2.7% for total consumption of 1,624 kt. 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 butadiene rubber (NBR NBR Number NBR Nightly Business Report (PBS show) NBR National Business Review (New Zealand weekly business newspaper) NBR National Bureau of Asian Research NBR National Board of Review ) continued to be a workhorse in the auto industry, increasing by 2% to 290 kt. Apart from BR, other tire elastomers increased at lower rates of growth. Styrene sty·rene n. A colorless oily liquid from which polystyrenes, plastics, and synthetic rubber are produced. Also called vinylbenzene. butadiene rubber (SBR SBR - Spectral Band Replication ) rose at a rate of 1.6%, from 2,864 kt to 2,909 kt. Other synthetic rubbers, made of predominantly polyisoprene (JR) and butyl rubbers (IIR IIR - Infinite Impulse Response ), increased marginally at 0.4% from 1,339 kt to 1,344 kt in 1996. Polychloroprene rubber (CR) fell by 2.1% from 262 kt to 256 kt. All regions are expected to show gains in SR consumption over the coming five-year period. "Although uncertain, the SR industry in the CIS is optimistically forecasting SR consumption to increase at an annual average rate of almost 6% over the five-year period, from 472 kt to 629 kt in the year 2001," Theismann said. Growth in China is predicted by the Institute to continue at rates between 7-10% to nearly 800 kt in 2001. In the Far East (Asia and Oceania, excluding China, North Korea and Vietnam) SR consumption is forecast to increase at a rate of 2% from 2,207 kt in 1996 to 2,445 kt in 2001. As some Western European tire production continues to relocate to Central Europe, SR consumption is predicted to increase at an annual rate of almost 4% from 314 kt in 1996 to 376 kt in 2001. Western Europe is therefore expected to experience moderate growth, increasing from 2,273 kt in 1996 to 2,432 kt in 2001 at an annual rate of 1.4%. SR consumption growth in the Middle East and Africa is forecast to increase from 173 kt in 1996 to 208 kt in 2001 at a rate of almost 4%. In the Americas, Latin America is predicted to increase at an annual rate of 3% from 623 kt in 1996 to 719 kt in 2001. Following a fifth year of growth, North America is predicted to grow at a more moderate rate of 1% from 3,027 kt in 1996 to 3,184 kt in 2001. According to forecasts, over the next five years all elastomer types will experience growth. BR should reach 1,854 kt in 2001, with an annual average growth rate of 2.7%. SBR is predicted to reach 3,161 kt in 2001 and experience an annual average growth rate of 1.7%. EPDM should reach 792 kt in 2001, with a 2.3% rise per annum. Also increasing at 2.3% is NBR, which should reach 325 kt in 2001. CR is expected to increase at a 1% rate, reaching 270 kt in 2001. The IISRP also forecasts that consumption of NR over the five-year term should experience an annual average growth rate of 2.4%. Higher than normal NR growth rates Growth Rates The compounded annualized rate of growth of a company's revenues, earnings, dividends, or other figures. Notes: Remember, historically high growth rates don't always mean a high rate of growth looking into the future. are expected to occur in Central Europe and the CIS. In W. Europe and N. America, NR consumption is expected to remain flat around 972 kt and 1,102 kt respectively. In the Far East, it should increase at a 1.5% rate to 2,601 kt in 2001. The IISRP views thermoplastic elastomers (TPEs) as a "below-the-line" item in its long-term forecast. World wide use of TPEs is expected to increase from 920 kt in 1996 to 1,203 kt in 2001, reflecting an overall increase of 31% or an annual average growth rate of 5.5%. Consumption of TPEs in Latin America is expected to expand annually by 4.9% to 17 kt and by 6.9% to 578 kt in North America. TPE TPE Thermoplastic Elastomer TPE Terminal de Paiement Electronique (French) TPE Total Power Exchange TPE Twisted Pair Ethernet TPE Tampines Expressway (Singapore) TPE Therapeutic Plasma Exchange consumption in Western Europe should increase at an annual rate of 4.2% to 387 kt in the year 2001. Asia and Oceania are expected to register an annual average increase of 3.1% to 187 kt by 2001. The annual forecast is based on worldwide industry data compiled by the Institute's regional statistical committees.
Global rubber consumption through 2001
1996 1997 2001
SR NR SR NR SR NR
North America 3,027 1,085 3,047 1,083 3,184 1,102
Western Europe 2,273 948 2,292 959 2,432 972
Asia & Oceania 2,207 2,415 2,256 2,451 2,445 2,601
Latin America 623 281 649 291 719 331
Middle East &
Africa 173 198 177 203 208 219
Central Europe 314 88 317 88 376 130
Commonwealth of
Independent
States 472 50 472 50 629 85
China/Asia
CPEC 555 919 594 983 780 1,290
Total 9,644 5,984 9,803 6,109 10,772 6,730
SR figures exclude TPEs; NR figures exclude consumption by producing
countries
New rubber consumption by type
Product 1995 1996 1997 2001
SBR solid 2,864 2,909 2,926 3,161
SBR latex 365 365 368 381
Carboxylated latex 1,557 1,554 1,583 1,700
Polybutadiene 1,581 1,624 1,662 1,854
Ethylene propylene 685 708 721 792
Polychloroprene 262 256 257 270
Nitrile solid 285 290 296 325
Nitrile latex 38 38 38 39
Other synthetics 1,339 1,344 1,357 1,470
China/Asia CPEC
total SR 519 555 594 780
Total synthetic
rubber 9,493 9,644 9,803 10,772
Natural rubber 5,797 5,984 6,109 6,730
Total new rubber 15,290 15,629 15,912 17,502
Synthetic percent 62.1% 61.7% 61.6% 61.5%
TPEs 873 920 969 1,203
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