手机镜头常用光学塑胶zema玻璃库的设置和材料实用简介

手机镜头常用塑胶材料简介一下内容原创，转载请注明出处1，高折射率王者“OKP-1”拥有顶尖的高折，在前一个通用的成功材料OKP4HT的基础上，改进降低了双折射，改善了脱模效果和流动性。台湾和韩系厂都在使用，2014年上半年，才开始推大陆市场。价格和OKP4HT差不多。本人看好的材料。Glass:|AO：|2.EOS5Eia3E+OaODO：o.oaooE4-000EP5DD0APL5014CLK.26RAl:4.96287723E-002D1：O.OaOOE4-000A2：7.45160191E-002D2：o.oaooE4-000A3;|-8.47746337E-003ED;|O.OOOCE^OOOFlename;|0KP1M:112231521TEWE1;|o.oooceh-oooFormula:SchottA5:1-3.29788716E-005Ltk:|O.OOOCE^OOOStatus:StandardITCE:|cTNd: 1642500V止22.465CITemp:120I-IgnoreThermalExpansionI珅 」I-EwcludeSubstitutionIdPgF:[cTI-MetaMaterial(NegativeIridew)MinWa^eleriglh:0.40465600MawWavelength:o.E9aoooao2,经典的高折贵族“OKP4HT”塑胶材料的高折一族，稀缺的高折和较好的成型效果使其价格一直维持高昂。双折射较差,nO:|1.59324307E+000A:|1.39345233E-Oa2B：|2.434722eiE-0a3MinWavelength;MawWavelength;DO:1-2.1255E-004是已经大规模实用过的材料，现在仍然在大量运用中。nO:|1.59324307E+000A:|1.39345233E-Oa2B：|2.434722eiE-0a3MinWavelength;MawWavelength;DO:1-2.1255E-004'IgnoreThernialEMpansioriExcludeSubstitutionMetaMaterial[NegativeIndex]

3,OKP系列的奠基者“OKP4”拥有较好的双折射和成型特性，但折射率在OKP系列里偏低。不少设计都会实用到。厂IgnoreThermalExpansionI厂IgnoreThermalExpansionI-EwcludeSubsd^danI-M&taMaterial(NegativeIndes)A:|1.35154714E-002 D1:|-8.4983E-008B：|1.88337185E-003 D2:|-6.9903E-009EO:|-7.8006E-009E1:|-2.6949E-009Ltk:|4.3950E-0aiTCE：叵11dPgF;11dPgF;|0Temp:(20MawWavelength: |l.200000004,持续改进的智者“APL5514DP,APL5514ML,APL5514CL”厂IgnoreThermalExpansion厂ExcludeGubstitution厂MetaMaterial[NegabveIndex]A1：-1.0471596SE-001D1：a.ooooE+oooA2:|-7.39025S65E-002D2：|O.OOOOE+OCOA3:2.41216014E-002EQ:a.ooooE+oooA4:-3.10489703E-003E1:a.ooooE+oooA5:1.55170702E-004Ltk:a.ooooE+oooIITCE:[a厂IgnoreThermalExpansion厂ExcludeGubstitution厂MetaMaterial[NegabveIndex]A1：-1.0471596SE-001D1：a.ooooE+oooA2:|-7.39025S65E-002D2：|O.OOOOE+OCOA3:2.41216014E-002EQ:a.ooooE+oooA4:-3.10489703E-003E1:a.ooooE+oooA5:1.55170702E-004Ltk:a.ooooE+oooIITCE:[a-IITemp:125II IIr"■「dPgF:[O-A0:|2.49599856E+000DO:|a.OOOOE+ODOMinWavelength;10.40470000MawWavelength;[065630000Nd:dPgF:[□I-MetaMaterial[NegativeIndex)MinWavelength:|0.40000000Glass:330R480RAPL5014DPOKPC_AD5503APL5014DP_405_DELETEE48RMawWavelength:|0.78010000A0：|2.3a4eOGOOE+OODA1:|2.05847900E-002A2;|3.520121ODE-002DO：I-2.3843E-004D1:3.2644E-0a7A3;I-5.81625400E-003D2;|-2.2740E-009EO;I-1.5644E-007Nd:dPgF:[□I-MetaMaterial[NegativeIndex)MinWavelength:|0.40000000Glass:330R480RAPL5014DPOKPC_AD5503APL5014DP_405_DELETEE48RMawWavelength:|0.78010000A0：|2.3a4eOGOOE+OODA1:|2.05847900E-002A2;|3.520121ODE-002DO：I-2.3843E-004D1:3.2644E-0a7A3;I-5.81625400E-003D2;|-2.2740E-009EO;I-1.5644E-007A5:Hk:|Formula|Schott ▼|-4.29964100E-005|2.9188E-0aiTCE:Status:|Standard 二|11I ||60Nd: 1.543405Vd: 55.8438「Temp:|[23-I-IgrioreThernrialEwpsrisior讨|11I-EwcludeSubstitutiondP口F:|1|o|0.40000000MetaMaterial(NegativeIndew]MmWavelength:Rename:OKA4:8.24835600E-004E1:-2.7090E-008Glass:0KP700D263TAIR亠A0:2.61274GG3E-nOaODO:|O.OOaOE-nOOO□A1;I-1.46S42377E-001D1;|O.OOOOE-nOOOAPL5514MLA2:I-1.78269055E-001D2:IO.OOOOE+OOOOKPUV0KP4HTTA3:6.55074753E-002E0:|O.OOaOE-bOOORename:APL5514MLA4:-1.05918530E-Oa2ei：|o.ooaoE+oooFormula:Gchott3A5:e.5859g058E-004Ltk:|O.OOOOE4000Status:StandarddITCE：[65-Temp:|251.544102Vd:5G.1142IgnoreThermalEnp^nsionEwcludeSubstitution

5,黑马材料“EP5000”大阪瓦斯的EP5000从出道就针对OKP4HT，它与OKP4HT拥有极其接近的折射率。同时拥有更好的流动性和超低的双折射，还具有比OKP4HT稍低的价格。所以EP5000迅速抢占了OKP4HT的市场，这才逼的三井化学出OKP1。EP5000,我做设计优选的材料。A;|1.5405234SE+000B:|177216675E-002C:|-2.05406268E-004D:|2.09035a95E-001E:|-3.25278343E-001A;|1.5405234SE+000B:|177216675E-002C:|-2.05406268E-004D:|2.09035a95E-001E:|-3.25278343E-001F：|1.88016243E-001厂IgnoreThermalExpansionI-ExcludeSubstitutionI-MetaMaterial(NegativeIndex)MinWavelength:MawWaveleriglh:DO:|O.OOOOE+COOD1:|o.ooooE+ooaD2:|o.ooooE+ooaEO:|O.OOOOE+OOaE1:|O.OOOOE+OOaLtk:|O.OOOOE+OOaTCE：[o-Ternp:|20口 zdPgF:『|a.40460000|1.200000006,内力深厚的高僧“E48R”ZEONEX的看家材料，从330R,480R一路发展起来。低双折射，低吸水率，耐高温，不易附静电，外观容易保持。早已经被大规模使用起来了，通常被设计在对外观要求较高的最后一片镜片。APL系列和其有类似的价格和相差不远的折射率，可想相互替代设计，但APL的外观效果通常没有E48R优异。强烈推荐的材料。I-IgnoreTh&rnnslEwpansioriII-IgnoreTh&rnnslEwpansioriI-EwcludeSubstitutioriI-MetsMaterial Iridew)A0:2.30319693E+000DO:O.OOOOE+OOaA1:-1.17825616E-003D1:O.OOOOE+OOaA2:1.40597151EW2D2:O.OOOOE+OOaA3:2.97687093E-Oa5E0:O.OOOOE+OOaA4:3.28913151E-OQ5E1:O.OOOOE+OOaA5:-1.61443145E-006Ltk:O.OOOOE+OOaIITCE:可IITemp:125II口IIdPgF:[0-MinWavelength:|0.4000a000MaxWavelength:|i.eoooaooo7,超凡脱俗的高僧“K26R”K26R是E48R的升级版本，略微提高了折射率，继承了E48R的各种优异特性，进一步改善了成型的流动性和脱模效果。K26R在日企已经有很多成功设计在使用中了，大陆才刚刚接触使用。这是我也很看好的材料。价格比E48R稍高，后面可能会降价。AO:|2.316908e3E4-000I-IgnoreThermalEwpansioriI-ExcludeSubstitutionAO:|2.316908e3E4-000I-IgnoreThermalEwpansioriI-ExcludeSubstitutionI-MetaMaterial(NegaliveIrd&wJMawWavelength:[040470000|1.05630000PCAD5503A0:|2.4283S5e6E+000DO:|-2.2730E-004A1:PCAD5503A0:|2.4283S5e6E+000DO:|-2.2730E-004A1:I-3.86116G45E-005— D1:|0.aODOE+000A2:|2.87574474E-002 D2:|0.aODOE+000A4;|1,43篦的関E-0D4E1;|0,MOOE+000A5:|1.386E1335E-OO6Ltk:lO.QOOOE+OOOITCE:[eFITemp:|20IP：|1.25IdPgF:[0-A3：I-1.97897366E-004EO：|0.aODOE+0008,经典的PC材“PC_AD5503”PC系列的老前辈代表，高折射率（不够高），比较大的双折射，吸水率高，成型缩水大。总之作为光学材料物性不够好。但其价格不到OKP系列的1/10,所以低端的，廉价的手机镜头都还在使用这种材料。在国内的用量很大。Catalog:|SOC_101130.AGF三]Glass:330FS480RAPL5014DPOKAPL5014DP_405_DELETETOC\o"1-5"\h\zE48R TRename;|PC_AD5503Formula|Schott ▼|Stalus:|Slandard _<jNd: 1.585470Vd: 29.9032I-IgnoreThermalExpansionI-EwcludeSubstitutionMawWavelength:1.01400300MinWavelength: |0.2£5DOClOO厂MetaMaterial(NegabveInde>c]MawWavelength:1.01400300MinWavelength: |0.2£5DOClOO9,经典通用的材料“PMMA”又称亚克力，经典的透明塑胶，低折射率，低双折