主要铁矿石产品产地.doc

CountryIron content%Identify resources / one million tonsTotal reserves / one million tonsShare of the world%Proved reserves / one million tonsShare of the world%Australia64%60000400008.5150007.1Brazil58%10000061000132300010.8India61%2000098002.166003.1Russia36%1915179951721.25591426.3Chinese33%46000460009.8210009.9 The referable catalogue of our product国家含铁量%查明资源量/百万吨总储量/百万吨占世界的份额%探明储量/百万吨占全世界的份额%澳大利亚64%60000400008.5150007.1巴西58%10000061000132300010.8印度61%2000098002.166003.1俄罗斯36%1915179951721.25591426.3中国33%46000460009.8210009.9铁矿石品种产地品位 特点PB粉、块(PbFines/PbLumps)澳大利亚61.5%、62.5%部分褐铁矿，烧结性能较好；属褐铁矿，还原性好，热强度一般杨迪粉(YandiFines)澳大利亚58%属褐铁矿，结晶水较高，混合制料所需水分要求较高，可部分替代纽曼山粉矿或巴西粉矿麦克粉（MacFines）61.5%属褐铁矿，烧结性能较好，含有5%左右的结晶水，炼铁时烧损较高，随其配比加大，烧结矿的烧成率逐步下降纽曼粉、块矿(NewmanFines/NewmanLumps)澳大利亚62.5%、65%属赤铁矿，烧结性能较好罗布河粉、块(RobeRiverFines/RobeRiverLumps)澳大利亚57.5%含3%-5%的复合水，这会导致高燃料率及低生产率；属于褐铁矿，烧结性能不好，但其烧结矿的冶炼性能很好火箭粉：又称FMG（福蒂斯丘金属集团（FortescuemetalGroup(FMG)）粉澳大利亚58.5%属于褐铁矿，烧结性能较好，储量大且单烧品位高，结晶水在8%左右。FMG粉矿化学成分优于扬迪粉，但烧结性能和造球性能不如扬迪粉火箭特粉澳大利亚57.5%冶炼性能同火箭粉阿特拉斯粉块澳大利亚57.5%属褐铁矿，结晶水在9%左右，硅含量高，在8%左右，物理化学性能和冶炼性能跟火箭粉的超特粉相近。KMG粉澳大利亚58-59%铝3%，磷0.08%，硫0.03%，硅8%。性能类似于火箭特粉，但比火箭特粉的硅高很多CSN粉、块巴西65%硅含量在1%-2%卡粉：（SFCJ粉）巴西65%硅含量在1%-2%。铝1%左右，磷0.033-0.045%，烧损1.6%左右，水分8-9%，产于拉加斯矿的铁矿石，因为该地方的粉矿的质量优异巴西南部粉巴西66这一带以铁英岩为主，赤铁矿含量较高。主要包括SSFG粉（巴西南部标准烧结粉，铁品位65%，硅3.2-3.8%，铝1.2-1.8%，磷0.049-0.065%，锰0.25-0.40%，水6.5-8.5%，烧损1.7%左右），SFOT粉等。巴粗巴西65%-58%是巴西粗粉的统称，包括卡粉、SSFT粉、CSN粉、南部粉等。品位不等，其中东南部铁四角生产的矿粉冶炼性能最好。Iron ore varietiesPlace of originGrade FeaturePbFines/PbLumpsAustralia61.5%、62.5%Part limonite, better sintering properties; genus limonite, reducing resistance, thermal strength generalYandiFinesAustralia58%Belongs limonite, crystal high water, mixed-feed required higher moisture requirements, can partially replace Newman fine ore mountain or Brazilian iron oreMacFines61.5%Belongs limonite, better sintering properties, crystal water containing about 5% higher when burning iron, with the ratio is increased, the firing rate of the sinter gradual declineNewmanFines/NewmanLumpsAustralia62.5%、65%Belong to hematite, better sintering propertiesRobeRiverFines/RobeRiverLumpsAustralia57.5%Containing 3% -5% compound water, which results in a high rate of fuel and low productivity; are limonite, sintering performance is not good, but the good performance of its sintered ore smeltingFortescuemetalGroup(FMG)Australia58.5%It belongs limonite, better sintering properties, large reserves and high grade single burning, crystal water at around 8%. FMG powder ore chemical composition than Yang Di powder, but sintering and pelletizing performance performance than Yang Di powderRocket special powderAustralia57.5%Smelting performance with rocket powderAtlas powder blockAustralia57.5%Belongs limonite, crystal water at around 9%, silicon content, about 8%, the physical and chemical properties and performance with rocket powder metallurgy super special powder similarKMG powderAustralia58-59%3% aluminum, 0.08% phosphorus, 0.03% sulfur, 8% of silicon. Performance is similar to rocket special powder, but much higher than that of silicon rocket special powderCSN powder, blocksBrazil65%A silicon content of 1% -2%SFCJ powderBrazil65%A silicon content of 1% -2%. About 1% of aluminum, phosphorus 0.033-0.045%, burning about 1.6%, 8-9% moisture, high-quality iron ore fines in the place of production to mine iron ore Lagasse, becausepowder southern BrazilBrazil66This belt itabirite mainly higher hematite content. Including SSFG powder (southern Brazil standard sintered powder, iron grade of 65%, 3.2-3.8% silicon, 1.2-1.8% aluminum, phosphorus 0.049-0.065%, 0.25-0.40% manganese, 6.5-8.5% water, burning 1.7% left and right), SFOT powderPakistan roug