%9d%90料的发展现状及其在继电器中的应用

202004No.4AgsnO2(,541004);;TM201.4A1671-8887200404-0020-07DevelopmentsituationofAgsnO2ContactMaterialsandTheirApplicationsinRelaysZHANGMing-jiang(GuilinConinStElectrical&ElectronicMaterialSCo.,Ltd.,Guilin,Guangxi541004,China)Abstract:Thispaperdescribedtheproperties,functionsµstructuresofsilver-basedcontactmaterialsforrelays;andtheapplicationsoflowvoltagecontactmaterialsinlowvoltageelectricapparatuses.Italsointroducedthetypes,manufacturingprocesses,staticpropertiesandapplicationsofsilvertinoxidecontactmaterialsmadebyEuropeancompa-nies,Japanesecompany,KoreancompanyandChinesecompanies.Keywords:contactmaterial;relay;Agsno2AgsnO21962-0773-58882972004-09-301200214.7,:21!!!!!!!!!!!!!!!!!!2004NO.421!m/!mm2g/cm3HV10[1]1Ag99.956010.530~902AgNi(0.15)99.855610.5!663Agce(0.5)99.505310.48!614[2]Agcu(3)97.005210.445~1155AgNi(10)90.005010.250~1106AgNi(15)85.004810.160~1157AgNi(20)80.004610.060~120[3]8Agpd(1)99.004610.540~78HRB9Agpt(1)99.004110.656~72HRB10Agpd(3)97.003510.650~78HRB11Agpt(3)97.002910.760~76HRBpcB12pMAgcdO(10)90.005010.26013AgcdO(12)88.004810.16514AgcdO(15)85.004510.07015(spW)[4]AgsnO2(8)92.004810.15716AgsnO2(10)90.004710.06217AgsnO2(12)88.00459.96718AgsnO2(7)In2O3(3)90.0048~4510.3~10.4643~55HB19[5]AgsnO2(8)In2O3(4)88.0034~339.85~9.9583~97HB!#$AgsnO211AgcdOAgsnO2AgcdOAgsnO2AgcdO222004NO.43AgsnO2DEGUssADODUCOAgsnO2AgsnO2(8,10,12):;METALORAgsnO2MeOAgsnO2(2,6,8,10,12,14)WO3,MOO3,Bi2O3,ClO,Ag2MO4TanakaHEEsUNAgsnO2AgsnO2(10,12)AgsnO2MeOAgsnO2+!+AgsnO21n2O3AgsnO21n2O3(10,12,14)AgsnO2AgsnO2(8,10,12);AgsnO2MeOAgsnO2(8,10,12)WO3,MOO3,Bi2O3,ClO;AgsnO21n2O3AgsnO21n2O3(10,12):22C[6,7]Ag-960/AgNi(0.15)Ni1453,AgCe(0.5)Ce795,AgCl(3)Cl1083/,AgNi(10~20)Ni1453,;,PMAgCdO(10~15)CdO1426(800C),;,sPWAgsnO2(8~12)snO21625,;,AgsnO2(7)1n2O3(3)snO21625,;,AgsnO2(7)1n2O3(3)1n2O31900,;,AgPd(1~3)Pd1552AgPt(1~3)Pt1769AgsnO23AgNiNiAg2342Ag1003Ag2004AgcdO3AgsnO24AgsnO2(12)5~9AgsnO22004NO.4234AgsnO2(12)%!cmg/cm3HV10[8]882.509.80112[9]882.559.8871~102882.409.9090~110882.219.88100~102882.229.7569~70882.339.7369~83UmicoreSPW882.229.967METALOREMB882.209.9570TANAKA88.32.4610.01234200)AgSnO224ZOOANO.A5UmicoreAgsnO2[4]%SnO2SPW48,10,12WO3SPW612MOO320~400ASPW712WO3Bi2O3AC3PMT112Bi2O3SP8,10,12Bi2O325ASPW2,8,10,1225A6METALORAgsnO2[]SnO2!m%g/cm3HV1!cmEFO-0.5109.98952.16AC/DC24~600V,10~1000AEMO-2~5810.08551.97109.98602.08129.95652.21EMBBi2O32~5810.12601.961010.03652.09129.95702.20149.85752.33ECBBi2O32~5129.95952.08149.851052.30CCBBi2O32~5129.95952.16149.851052.397AMIDODUCOAgsnO2[2]AgSnO28~12P-AgSnO28~12WP-/AgSnO212PWWO3AgSnO212PEBi2O3CUOAgSnO22~8PXBi2O3CUOAgSnO26~14WPXBi2O3CUO/AgSnO22~8PCBi2O3CUOAgSnO26~14WPCBi2O3CUO/AgSnO26~14WPDAg2MOO4/AgSnO22004NO.4258TanakaKikinzokuGroupAgsnO2[13]%g/cm3HVlPOcmPEl30Ag90.7SDO29.3l0.0l202.36FEl60Ag88.3SDO2ll.7l0.0l302.46SBE-l2WAg90.2SDO2+B9.8l0.0952.l0;AgSDO2SBE-l7Ag87.4SDO2+Bl2.69.9l052.36SIE-l4BAg89.9SDO2ID2O3+Ol0.ll0.0902.30SIE-l8BAg87.5SDO2ID2O3+Ol2.59.9l002.46SIE-l9BAg86.3SDO2ID2O3+Ol3.79.9l002.36SIE-85DAg87.0SDO2ID2O3+Bl3.09.9l002.30SIE-2lDAg85.5SDO2ID2O3+Bl4.59.9l052.469AgsnO2%g/cm3HVPOcmObS,%AgSDO2(l0D+BAgSDO2(l0DAgSDO2(l2DAgSDO2M(l2DAgSDO2M(l0DAgSDO2M(l2DAgSDO2(7DID2O3(3DAgSDO2(8DID2O3(4Dlll0l2l2l0l2l0l29.829.929.889.759.839.739.799.7490~l0472~80l00~l0269~7076~7869~8382~9l9l~992.l82.l42.2l2.222.222.332.l92.40305~3l02l5220---280~285305202622---27~3023~27ATSAgSDO255AgsnO2(200)(aDAgSDO2(l0D(D(bDAgSDO2(l2D(D(cDAgSDO2(l2D(D(cDAgSDO2(7DID2O3(3D(DAgSDO226!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!####2004NO.4AgsnO2!AgsnO2AgsnO2AgsnO2[1]MerIW..DODUCO[M].1983.[2]KeiIA..[M].1993.[3]HausnerHH.[M].1982.[4]Umicore[5].[J].,1984,(1):25-36.[6].[M].1979.[7]M..CIBBIHCKII..[M].,,1965.[8].[9].AgsnO2[J].,2003,(3):3-11.[10].[11]METALOR,[12]AMIDODUCO,[13]TanakaKikinzokuGroup,!r=60A,230V6kA60A5000(1)AgWC230V6kA5000(2)AgAg0.61g0.42g31%(3)AgWC55[1].[J].,1999,(1):11-35.[2].Cu-W-WC[J].1990145-53.AgSnO2触头材料的发展现状及其在继电器中的应用作者：张明江作者单位：桂林金格电工电子材料科技有限公司,广西桂林,541004刊名：电工材料英文刊名：ELECTRICALENGINEERINGMATERIALS年，卷(期)：2004(4)被引用次数：6次参考文献(13条)1.日本TanakaKikinzokuGroup公司查看详情2.德国AMIDODUCO公司查看详情3.法国METALOR公司查看详情4.浙江福达合金材料股份有限公司产品样本5.陈敬超反应合成AgSnO2电接触材料的组织与性能研究[期刊论文]-电工合金文集2003(03)6.佛山精密电工合金有限公司产品样本7.Mпсдавинский;王勤和元素的物理化学性质上册19658.戴安邦元素周期表19799.梁秉钧银氧化锡氧化铟合金触头材料组织结构的研究1984(01)10.德国Umicore公司查看详情11.HausnerHH粉末冶金手册198212.KeilA;赵华人电接触和电接触材料199313.MerlW;胡明忠DODUCO电触头数据集1983引证文献(6条)1.张志伟.陈敬超.张昆华.冯晶.郭荣鑫制备工艺对Ag/SnO2材料力学性能的影响[期刊论文]-材料科学与工程学报2007(4)2.吴春萍.易丹青.陈敬超.李荐.王斌.方西亚银稀土氧化物电接触材料的组织与物理性能[期刊论文]-中南大学学报（自然科学版）2007(2)3.周晓龙.陈敬超.孙加林.张昆华.杜焰AgSnO2触头材料的反应合成制备与大塑性变形加工[期刊论文]-中国有色金属学报2006(5)4.甘卫平.李晶高能球磨及掺杂对AgSnO2触头材料性能的影响[期刊论文]-粉末冶金材料科学与工程2006(5)5.陈妙农家用电器用银基触点材料发展状况[期刊论文]-家电科技2005(4)6.陈京生.王学林.谢忠光AgSnO2电触头材料检测技术现状分析[期刊论文]-电工材料2005(2)本文链接：