PLAB 产品介绍_051206
PLA简介
聚乳酸的简称（PLA）PLA是生物降解塑料聚乳酸的英文简写，全写为：polylactice acid聚乳酸也称为聚丙交酯(polylactide)，属于聚酯家族。
聚乳酸是以乳酸为主要原料聚合得到的聚合物，原料来源充分而且可以再生,主要以玉米、木薯等为原料。
聚乳酸的生产过程无污染，而且产品可以生物降解，实现在自然界中的循环，因此是理想的绿色高分子材料。
聚乳酸的热稳定性好，加工温度170～230℃，有好的抗溶剂性，可用多种方式进行加工，如挤压、纺丝、双轴拉伸，注射吹塑。
由聚乳酸制成的产品除能生物降解外，生物相容性、光泽度、透明性、手感和耐热性好，还具有一定的耐菌性、阻燃性和抗紫外性，因此用途十分广泛，可用作包装材料、纤维和非织造物等，目前主要用于服装(内衣、外衣)、产业(建筑、农业、林业、造纸)和医疗卫生等领域。
PLA最大的制造商是美国NatureWorks公司，其次是中国的海正生物，他们目前的产量分别是7万吨和5千吨。
PLA有很多的应用，可以在挤出、注塑、拉膜、纺丝等多领域应用。
聚乳酸的制备1.1.合成方法总的来说，聚乳酸（PLA）的制备是以乳酸为原材料进行合成的。
目前合成方法有很多种，较为成熟的是乳酸直接缩聚法，另一种是先由乳酸合成丙交酯，再在催化剂的作用下开环聚合。
另外还有一种固相聚合法。
1)乳酸直接聚合法直接聚合法早在20世界30~40年代就已经开始研究，但是由于涉及反应中的水脱除等关键技术还不能得到很好的解决，所以其产物的分子量较低（均在4000以下），强度极低，易分解，没有实用性。
日本昭和高分子公司采用将乳酸在惰性气体中慢慢加热升温并缓慢减压，使乳酸直接脱水缩合，并使反应物在220~260℃，133Pa 下进一步缩聚，得到相对分子质量在4000以上的聚乳酸。
但是该方法反应时间长，产物在后期的高温下会老化分解，变色，且不均匀。
日本三井压化学公司采用溶液聚合法使乳酸直接聚合得到聚乳酸。
直接法的主要特点是合成的聚乳酸不含催化剂，因此缩聚反应进行到一定程度时体系会出现平衡态，需要升温加压打破反应平衡，反应条件相对苛刻。
PIAB
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Gasket kit Round pump @Vacuum pump M25B5ADN Suction cup F20.10.02CD100197 @Vacuum pump M25B5ADNA Suction cupBL30-2.10.04CA0100215 H120B6-DVA @Vacuum pump M50B5ADN Suction cupF50-2.30.05CA100366 @Vacuum pump M50B5ADNA Suction cup U20.10.02CD0100372 Vacuum pump M50B6-DN @Vacuum pump M100B5ADN Suction cupB50-2.30.05CA100378 @Vacuum pump M100B5ADNA Suction cupBL50-2.10.05CA0100411 X40F6-KN @Manifold profile 1x2G AVP BX75P 2 Rail Gasket kit MiniFlex 20-60 @Manifold profile 2x2G AVP BX75P 4 Rail Gasket kit MidiFlex 160-320 @Connection plate G3/4 AVP BX75P 6 Rail Gasket kit Midi 160-320 @Connection plate 3/4 AVP BX110P 2 Rail 100563 @Housing Maxi L200 cpl. AVP BX110P 4 RailStrenghtening ring 20-30 Silic @Housing Maxi L400 cpl. AVP BX110P 6 RailStrengthening ring 40 Silicone @Housing Maxi L800 cpl. VacTrap & COAX with lock-pin 1Strengthening ring 50 Silicone @Housing Maxi L1200 cpl. VacTrap VT-1AMGM x-drilled/mou101101 @Housing Maxi L1600 cpl. @VacTrap VT-1A (3/8101102 @Vacuum pump M25B6ADN @Locking device AVR BX75P-BX110101103 @Suction cup D20-2, 500 pcs. @Lateral support 87mm w. print101105 @Suction cup B75.30.W, 250pcs.@Lateral support 126mmw.print0101107 Suction cup B50.30 @Suction cup B10-2.20, 1000pcs@Side plate PIAB0101109 Suction cup B50-2.30 @Suction cup B15-2.10, 1000pcs@Support beam 500 AVRBX75P-BX10101110 Suction cup B50-2.20 @Suction cup B50-2.30 filt.500@AQR vavle101111 @Suction cup B10-2.10, 1000pcs@Profile 45x90L L4004xM120101123 Suction cup D20-2.10 @Suction cup B75-2.30.W 250pcs@Profile 45x90L L8004xM12101129 @Vacuum pump L25B6-DV @Profile 45x90L L1200 4xM120101131 Suction cup F25.10 @Vacuum pump L25B6-DVA@*111537 Conveyor IC3301F30-2.10 0101133 @Vacuum pump L50B6-DE @Mounting kit Level compensator LC300101135 Suction cup F40-2.30 @Vacuum pump L50B6-DV @Level compensator LC30 cpl.0101137 Suction cup F50.2.30 @Vacuum pump L50B6-DVA @Suction cup F75P.4E101140 @Vacuum pump L100B6-DE @Suction cup F75P.4E.07NA0101144 U20 @Vacuum pump L100B6-DEA @Suction cupF75P.4E.07ND101146 @Vacuum pump L100B6-DV @Suction cup F75P.4E.07NE101147 @Vacuum pump L100B6-DVA @Suction cup F75P.4E.07NF101150 @Vacuum pump M25B5-DE @Spare part kit LC30 0101152 Fitting 20-30 02AF @Vacuum pump M25B5-DV @Suction cup F110P.4E 0101153 Fitting 40 04AG @Vacuum pump M50B5-DEA @Suction cup B75P.4E0101154 Fitting 50 05AG @Vacuum pump M50B5-DV @Suction cup F110P.4E.11NA0101176 Suction cup B20.20.02AF @Suction cup B20.20, 500pcs.@Suction cupF110P.4E.11NB101205 @Suction cup B15-2.20, 1000pcs@Suction cupF110P.4E.11NCSuction cup D20-2.10.02AB @Housing M50B6 V @Suction cup B75P.4E.07NA101238 @Housing M50B5 E @Suction cup B75P.4E.07ND101264 @Interm. housing M50B6 V @Suction cup B75P.4E.07NESuction cup F20.10.02DB @Sideplate AD V @Suction cup B75P.4E.07NF101275 @Valve plate M V A @Suction cupBL40-3P.4L.04AJ101326 @Vacuum pump X20F6-TN @Silencer Mini Coax 101330 @Vacuum pump 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B110吸盘@Suction cup B110.30.11UA250 p@Control unit AVM 001 NO50/700101914 整体吸盘@Suction cup B20 500 pcs. @Control unit AVM 001 NC 30/500101915 Suction Cup F110.30.11NA @Suction cup D20-2.20, 500pcs.@Control unit AVM 001 NC30/700101938(F150) @Suction cup B20 copal, 500PCs.,@Control unit AVM 001 NC50/70M50B5-ENA @Vacuum pump H40B6-ENA @Valve unit P6010M100B5-ENA @Vacuum pump H120B6-ENA @Fitting 40 04AJ, G3/8 0102113 M50B6ADN @Vacuum pump M50B5-ENA @Suction cup BL40-3P.4L0102119 /L50B6ADN @Panel sideplate 3/4 @Filter and O-rings for PCC102133 @Vacuum pump M20F6-TNA @Fitting 40 04AL, 3/8102135 @Vacuum pump M20F6-TE @Suction cupBL40-3P.4L.04AL102137 @Vacuum pump M20F6-TEA @Valve unit VU EP-1 0102761 M10A5-CN @Vacuum pump M30F6-TNA @Housing P60100102789 M20F5-TN @Vacuum pump M30F6-TE @Cartridge Module Blind X4102805 @Vacuum pump M30F6-TEA @Cartridge Module Si32-3X1Vacuum pump M20A5-B1N @Vacuum pump X20F6-TNA @Cartridge Module Si32-3X20102853 L7A6-AN @Vacuum pump X20F6-TE @Cartridge Module Si32-3X30102865 真空发生器@Vacuum pump X20F6-TEA @Cartridge Module Si32-3X4103061 @Vacuum pump X30F6-TNA @Cartridge Module Si32-3X1, A103109 @Vacuum pump X30F6-TE @Cartridge Module Si32-3X2, A103203 @Vacuum pump X30F6-TEA @Cartridge Module Si32-3X3, A103296 @Vacuum pump X20F5-TNA @Cartridge Module Si32-3X4, A103299 @Vacuum pump X20F5-TE @Cartridge Module Pi48-3X10103879 Pump unit Maxi L400真空发生器@Vacuum pump X20F5-TEA @Cartridge Module Pi48-3X20103884/1 Connection unit 33/26,D=76,NBR 进料部分@Vacuum pump X30F5-TNA@Cartridge ModulePi48-3X30103890/1 3302 Gore Sinbran filter unit,NBR 过滤部分@Vacuum pump X30F5-TE@Cartridge ModulePi48-3X40103915/1 Bottom value unit 33/34,fluid,NBR,AL 底阀@Vacuum pump X30F5-TEA@Cartridge ModulePi48-3X1, A0103919 Control unit Cu-1B,Normal Colse,with mounting bracket 控制器@Valve 3/2 G1/8@Cartridge ModulePi48-3X2, A0103930 Nylon tubing Kit Cu-C33,Fluid 连接器@Suction cup BL20-2,Silicone 500 pcs@Cartridge ModulePi48-3X3, A0104162 M200B5-VN cpl @Suction cup F30-2, 500 pcs. @Cartridge Module Pi48-3X4, A104274 @Vacuum pump M40F6-TN @Mounting T-slot, Cover plate labelled104284 @Suction cupBL50-2.10.05AB, 500 pcs@Cover plate G-con.,Cover plate plain104315 @Suction cup B10-2.10.01AC1000 pcs@Function PCC, Coverplate G connections106200 @Suction cup F15.10, 1000pcs.@Function AVM NO30/50,Cover plate G con.PNP30-KPA 真空发生器@Suction cup B50-2 filtercpl,@Function AVM NO30/70,Cover plate G con.106619 @Suct.cup B50-2 filter cpl500 pcs@Function AVM NO50/70,Cover plate G con.106676 @Level compensator G1/8 @Function AVM NC30/50, Cover plate G con.106895 @Suction cupF75.20 250-pcs@Function AVM NC30/70,Cover plate G con.0107321 B75P @Valve kit, Kalrez @Function AVM NC50/70, Cover plate G con.108141 @Lab Vac H80K6-REAC @Cover plate Classic G, Cover plate plain0109006 Suction cup BX25P.4K @Lab Vac H80K6-RVAC @Cover plate NPSF con., Cover plate plain110238 @Suction cup B20.20.02AD,500 pcs@Cover plate ClassicNPSF, Cover p. plain0110245 PNP30-KPA @Suction cup U20 Silicone500 pcs@Function AVM NO30/70,Cover plate NPSF110307 @Suction cup F20 500-pack @Function AVM NO30/50, Cover plate NPSF0112495\n @Suction cup F25.10, 500pcs.@Function AVM NO50/70,Cover plate NPSF115344 @Vactivator V10/20 @Function AVM NC30/50, Cover plate NPSF116971 @Suction cup B40 Silicone @Function AVM NC30/70,500 pcs Cover plate NPSF117611 @Fitting 20-30 Al. cpl. 500pcs@Function AVM NC50/70,Cover plate NPSF0118445 P5010 @Fitting 40 cpl. 500 pcs. @Function PCC blow, Cover plate G conn.0118446 P5010演示盒@Suction cup F40-2 500 pcs. @Function PCC blow, Cover plate NPSF conn118724 @Duo valve 12 @Function PCC vacuum, Cover plate NPSF122881 @Vacuum chip L7 model 1 @Connections 2x G 1 122882 @Vacuum chip L14 model 1 @Connections 2x G1 122884 @Vacuum chip L14 model 2 @Connections 2x G3/4122896 @Vacuum chip M5L model 1 @Connections 2x G3/4, silencer122898 @Vacuum chip M10L model 1 @Connections 2x 1 0124506 piGRIP样品包@Vacuum chip M10L model 2 @Connections 2x 1 0124515 BL30-5.20.04AZ @Vacuum chip L7A6-ZN @Connections 2x 3/4 Valve DI82406SE @Vacuum chip L7A6-ZNA @Connections 2x 3/4 Valve DI82406SD @Vacuum chip L14A6-ZN 31.01.613DP082406SEN @Vacuum chip L14A6-ZNA Remote valve G1/2 excl filter housingDP162425SEN @Vacuum chip M5A5-ZN Silencer inner MLL200-400 cpl.Valve DP232425SEN @Vacuum chip M5LA5-ZNA @Silencer outer MLL200-400 cpl.Valve DP082406SDN @Vacuum chip M10A5-ZN @Silencer inner MLL800 cpl.Valve DP162425SDN @Vacuum chip M10LA5-ZNA @Silencer outer MLL800 cpl.Valve DP232425SDN @Vacuum pump L7A6-CN @Silencer inner MLL1200 cpl.Vacuum pump X40H6-O @Vacuum pump L7A6-CNA @Silencer outer MLL1200 cpl.Vacuum pump X40H6-P @Vacuum pump L14A6-CN @Panel MLL200/400 cpl. Valve DG162425SE @Vacuum pump L14A6-CNA @Panel MLL800 cpl.Valve DG162425SD @Vacuum pump L28A6-CN @Panel MLL1200 cpl. Vacuum pump M50B6-EEA @Vacuum pump L28A6-CNA @Vacuum pump MLL200 Vacuum pump M100B6-EE @Vacuum pump M5A5-CN @Vacuum pump MLL200 Vacuum pump M100B6-EV @Vacuum pump M5A5-CNA @Vacuum pump MLL400 Vacuum pump X40B6-DN @Vacuum pump M10A5-CN @Vacuum pump MLL400 Vacuum pump X40B6-DV @Vacuum pump M10A5-CNA @Vacuum pump MLL400 Vacuum pump X40B6-DNA @Vacuum pump M20A5-CN @Vacuum pump MLL800 Vacuum pump X40B6-DVA @Vacuum pump M20A5-CNA @Vacuum pump MLL800 Vacuum pump X80B6-DN @Vacuum pump M20A5-CE @Vacuum pump MLL800 Vacuum pump X80B6-DE @Vacuum pump L14F6-TN @Vacuum pump MLL1200 Vacuum pump X80B6-DV @Vacuum pump L14F6-TNA @Vacuum pump MLL1200 Vacuum pump X80B6-DNA @Vacuum pump L28F6-TN @Vacuum pump MLL1200 Vacuum pump X120B6-DN @Vacuum pump L28F6-TNA @Gasket kit MLL200/400 Vacuum pump X120B6-DE @Vacuum pump M10F5-TN @Gasket kit MLL200/400 Vacuum pump X120B6-DV @Vacuum pump M10F5-TNA @Gasket kit MLL200/400 Vacuum pump X120B6-DNA @Vacuum pump M20F5-TN @Gasket kit MLL800 Vacuum pump X120B6-DEA @Vacuum pump M20F5-TNA @Gasket kit MLL800 Vacuum pump X120B6-DVA @Vacuum pump M30F5-TN @Gasket kit MLL800 Gasket kit Round pump @Vacuum pump M30F5-TNA @Gasket kit MLL1200 Vacuum pump X40B6-EN @Vacuum pump L56F6-KN @Gasket kit MLL1200 Vacuum pump X40B6-EV @Vacuum pump L56F6-KNA @Inlet gauze MLL200-400 Vacuum pump X120B6-EN @Vacuum pump M40F5-KN @Inlet gauze MLL800-1600 Vacuum pump X120B6-EE @Vacuum pump M40F5-KNA @Inlet gasket MLL200-400@Vacuum pump X120B6-EV @Vacuum pump M60F5-KN @Inlet gask. MLL200-400 EPDM@Vacuum pump X120B6-ENA @Vacuum pump M60F5-KNA @Inl.gasket MLL200-400 Viton@Vacuum pump H40B6-DN @Vacuum pump L7A6-B1N @Inlet gasketMLL800-1600@Vacuum pump H40B6-DE @Vacuum pump L7A6-B1NA @Inl.gasket MLL800-1600 EPDM@Vacuum pump H40B6-DV @Vacuum pump L14A6-B1N @Inl.gasket MLL800-1600 Viton@Vacuum pump H40B6-DNA @Vacuum pump L14A6-B1NA @Sidepl gasket MLL200-1600@Vacuum pump H40B6-DEA @Vacuum pump L28A6-B1N @Sidep.gask. MLL200-1600 EPDM@Vacuum pump H40B6-DVA @Vacuum pump L28A6-B1NA @Sidep.gask. MLL200-1600 Viton@Vacuum pump H120B6-DN @Vacuum pump M5A5-B1N @Sideplate right MLL200-1600@Vacuum pump H120B6-DE @Vacuum pump M5A5-B1NA @Sideplate left MLL200-1600@Vacuum pump H120B6-DV @Vacuum pump M10A5-B1N @Flap valve 148@Vacuum pump H120B6-DNA @Vacuum pump M10A5-B1NA @Flap valve 148 EPDM@Vacuum pump H120B6-DEA @Vacuum pump M20A5-B1N @Flap valve 148 Viton@Vacuum pump H40B6-EV @Vacuum pump M20A5-B1NA @Flap valve 300@Vacuum pump H120B6-EV @Vacuum pump L7A6-AN @Panel holder 148@Logics M5 female plug @Vacuum pump L7A6-ANA @Panel holder 300@Logics 2 x D=5 plug @Vacuum pump L14A6-ANA @Flap valve OF@Logics 2 x D=5 @Vacuum pump M5A5-AN @Flap valve OF, EPDM@Logics G1/8 @Vacuum pump M5A5-ANA @Flap valve OF Kalrez@Logics M5 male @Vacuum pump M10A5-AN @Flap valve OF Silicone @Logics 1/8 @Vacuum pump M10A5-ANA @Flap valve L63-125 Viton @Cover plate 1 ss @Vactivator kit V10/45-L14 @Non return valve OF@Fitting 20-30 02AE @Spare part kit V10/45 @Non return valve OF@Fitting 40 04AF @Spare part kit V10/20 @Non return valve OF@Fitting 50 05AF @Connection plate B1 cpl. @Flap valve 400@Cover plate 2 ss @Connection plate B2, cpl. @Flap valve 400 EPDM@Panel Classic @Vacuum pump L7A6-BN @Flap valve 400 Vitone@Vacuum pump M25B6-DN @Vacuum pump L7A6-BNA @Vacuum gauge 250,conn. down@Vacuum pump M25B6-DE @Vacuum pump L14A6-BN @Vacuum gauge w. nut -100kPa/-3@Vacuum pump M25B6-DV @Vacuum pump L14A6-BNA @Manometer with nut 1MPa/140 psi@Vacuum pump M25B6-DNA @Vacuum pump L28A6-BN @Vacuum gauge-100kPa/-30 inHg@Vacuum pump M25B6-DEA @Vacuum pump L28A6-BNA @Manometer 1 MPa/140 psi @Vacuum pump M25B6-DVA @Vacuum pump L28A6-BV @Manometer 250 kPa/35 psi@Vacuum pump M50B6-DE @Vacuum pump M5A5-BN @Manometer with nut 250 kPa/35@Vacuum pump M50B6-DV @Vacuum pump M5A5-BNA @Panel nut@Vacuum pump M50B6-DNA @Vacuum pump M10A5-BN @Vacuum gauge d=50 Lab Vac@Vacuum pump M50B6-DEA @Vacuum pump M10A5-BNA @Earth wire 2 mm2@Vacuum pump M50B6-DVA @Vacuum pump M20A5-BN @Hose conn. M5 D=4 01AC Washer@Vacuum pump M100B6-DN @Vacuum pump M20A5-BNA @Hose conn.M5D=2 01AB Washer@Vacuum pump M100B6-DE @Vacuum pump M25B5ADNAF @Plug G3/4@Vacuum pump M100B6-DV @Vacuum pump M50B5ADNAF @Sealing kit O-rings @Vacuum pump M100B6-DNA @Vacuum pump L25B6ADNAF @Plug G1/8@Vacuum pump M100B6-DEA @Vacuum pump L50B6ADNAF @Plug G1/8@Vacuum pump M100B6-DVA @Vacuum pump L100B6ADNAF @Plug G1/8@Connection kit Midi 150-240 @ES accessory kit Classic @Hose connector R3/8 @Connection kit Midi 320 @ES accessory kit G1/8 @Hose connector KR3/8@Vacuum pump M20F6-KN @Spare part kit, ClassicG1/8-G@Hose connector R1/2@Vacuum pump M20F6-KE @Suction cup B110.30.W 250Pcs.@Hose connector R1/2@Vacuum pump M20F6-KNA @Suction cup B40 500 Pcs. @Hose connector R1/2@Vacuum pump M20F6-KEA @Suction cup F25 cpl. 500pcs.@Filter housing 250-2000@Vacuum pump M40F6-KN @Vacuum pump M100B6ADN 100pcs.@Hose connector KR3/8@Vacuum pump M40F6-KE @Suction cup B50, 500 pcs. @Hose connector KR3/8@Vacuum pump M40F6-KNA @Suction cup U15.20 1000pcs.@T-piece 3 x M5@Vacuum pump M40F6-KEA @Vacuum pump M5A6-B1N @Hose connector KR3/4@Vacuum pump M60F6-KN @Vacuum pump M5A6-B1NA @Barrel nipple KR1/2@Vacuum pump M60F6-KE @Vacuum pump M10A6-B1N @T-piece 3 x G1/8@Vacuum pump M60F6-KNA @Vacuum pump M10A6-B1NA @T-piece 2 x G1/8@Vacuum pump M60F6-KEA @Vacuum pump M20A6-B1N @Plug G1/8@Vacuum pump X20F6-KN @Vacuum pump M20A6-B1NA @Reduction R1/8@Vacuum pump X20F6-KE @Vacuum pump X5A6-B1N @Connection plate M5 (1x) @Vacuum pump X20F6-KNA @Vacuum pump X5A6-B1NA @Connection plate M5 (4X) @Vacuum pump X20F6-KEA @Vacuum pump X10A6-B1N @T-piece 3 x G1/4@Vacuum pump X40F6-KE @Vacuum pump X10A6-B1NA @Hose connector 6/4 x 2, L@Vacuum pump X40F6-KNA @Vacuum pump X20A6-B1N @Hose connector 6/4 x 3, T@Vacuum pump X40F6-KEA @Vacuum pump X20 A6-B1NA @Hose connector 6/4 x 4, X@Vacuum pump X60F6-KN @Vacuum pump X5A5-B1N @Hose connector 4/2 x 2, L@Vacuum pump X60F6-KE @Vacuum pump X5A5-B1NA @Hose connector 4/2 x 3, T@Vacuum pump X60F6-KNA @Vacuum pump X10A5-B1N @Hose connector 4/2 x 4, X@Vacuum pump X60F6-KEA @Vacuum pump X10A5-B1NA @Water separator 1/2 @Vacuum pump X20F5-KN @Vacuum pump X20A5-B1N @Hose D=10@Vacuum pump X20F5-KE @Vacuum pump X20A5-B1NA @Hose D=12,5@Vacuum pump X20F5-KNA @Silencer D=85 @Hose D=20 @Vacuum pump X20F5-KEA @House inner L200C6 @Hose D=25@Vacuum pump X40F5-KN @Suction cup B50-2.20.05AA,500 pcs@Barrel nipple R1/2@Vacuum pump X40F5-KE @Vacuum pump Round L200 @Hose connector R3/4@Vacuum pump X40F5-KNA @Vacuum pump Round L200 @Hose Nylon D=6/4 per metre@Vacuum pump X40F5-KEA @Vacuum pump Round L200 @Switch pneum NC@Vacuum pump X60F5-KN @Suction cup F20, Silicone500 pcs@Banjo coupl. M5, cpl.@Vacuum pump X60F5-KE @Suction cup F30-2.10.02DB,500 pcs@Switch pneum NO@Vacuum pump X60F5-KNA @Vacuum pump M25B6ADNAF @Hose D=6x4 Polyurethane @Vacuum pump X60F5-KEA @Vacuum pump M50B6ADNAF @Barrel nipple KR1@Hose connector 4/2 cpl. IXEF @Vacuum pump M100B6ADNAF @Hose connector R1@Connection kit, vac. switch @Suction cup FC50P.4C.05UB @Barrel nipple M5-M5@Gasket kit MiniFlex 20-60 @Suction cup FC35P.4D @Barrel nipple R1/8 -R1/8 @Gasket kit MidiFlex 160-320 @Suction cup FC35P.4E @Barrel nipple KR1/4@Fitting Classic cpl. set @Suction cup FC50P.4E.05UB @Barrel nipple KR3/8@MCE4A-001 Vacuprocessor @Suction cup FC75P.4C.07UF @Barrel nipple KR3/4@MCE4A-008 Vacuprocessor @Suction cup FC75P.4E.07UF @Barrel nipple KR1/2@Fitting 75 07NA @Suction cup FC100P.4C @Barrel nipple KR1/2@Fitting 75 07ND @Suction cup FC100P.4E @Barrel nipple KR1/4@Fitting 75 07VD @Suction cup FC150P.4E @Hose connector KR1/8@Fitting 75 07NF @Suction cupOC35x90P.4E.39UB@T-piece, 3 x G1/2@Fitting 75 07VF @Suction cupOC35x90P.4E.39UA@Reduction KR1/4@Fitting 110 11NA @Suction cup BF80P.4E.08UA @Reduction KR3/8 @Fitting 110 11NC @Suction cup BF80P.4E.08UB @Reduction KR1/2 @Fitting 110, 11LC @Mounting brackets Classic @Reduction KR3/8MP cpl100563 @Vacuum pump M150B6-VN @Reduction KR1/2@Fitting 150 15NA @Vacuum pump M200B6-VN @Reduction KR3/4@Fitting 150 15VA @Vacuum pump L150B6-VN @Hose connector KR1/8@Fitting 150 15NB @Vacuum pump L200B6-VN @Filter insert water sep.7 M3@Logics M5 female @Vacuum pump L300B6-VN @T-tube 3 x R1/8@Logics M5 male plug @Vacuum pump L400B6-VN @Actuator@Logics G1/8 @Vacuum pump X240B6-VN @Actuator ss@Hose connector 6/4 M5, copal. @Vacuum pump X320B6-VN @Valve 3/2 R1/8@Vacuum pump Round M200 @Vacuum pump H240B6-VN @Switch electric NO/NC @Vacuum pump Round M200 @Vacuum pump H480B6-VN @Solenoid valve 3/2 R1/8 @Vacuum pump Round M200 @Lab Vac H40K6-RKAC @Solenoid valve 3/2 R1/8 @Vacuum pump M200E6-LV @Lab Vac H80K6-RKAC @Valve 3/2, R1/8@Vacuum pump M200-LVA @Suction cup FC35P.4D.04AG @Switch electric NO/NC @Vacuum pump X160E6-LV @Suction cup FC35P.4E.04AG @Switch ind NO@Vacuum pump X160E6-LVA @Suction cup FC35P.4D.04AA @Hose connector G3/8@Vacuum pump X240E6-LV @Suction cup FC35P.4D.04DA @Water separator, 3/4@Vacuum pump X240E6-LVA @Suction cup FC35P.4E.04DA @Plug 1/2@Vacuum pump X320E6-LV @Suction cup FC35P.4D.04AB @Plug 3/4@Vacuum pump X320E6-LVA @Suction cup FC35P.4E.04AB @Hose connector 12-1/2 @Vacuum pump MLL200 ES @Suction cup FC35P.4D.04DB @Plug 3/8@Vacuum pump MLL400 ES @Suction cup FC35P.4E.04DB @Switch ind NC PNP@Vacuum pump MLL800 ES @Suction cup FC35P.4D.04AD @Switch ind NO PNP@Vacuum pump MLL1200 ES @Suction cup FC35P.4E.04AD @Switch ind NC NPN@Connection kit Vacustat @Suction cup FC35P.4D.04DD @Switch ind NO PNP@Retort rod D=13, Lab Vac @Suction cup FC35P.4E.04DD @Connector ext-int 1/2 @Lab Vac LVX40 MK2 @Suction cup FC35P.4D.04AF @Plug G1/8@Lab Vac LVX40 MK2 @Suction cup FC35P.4E.04AF @Plug 1/4@Lab Vac LVX80 MK2 @Suction cup FC35P.4D.04DF @Hose Polyurethane D=8/5.5 blac@Lab Vac LVX80 MK2 @Suction cup FC35P.4E.04DF @Tube fitting G1/8 @Lab Vac LVH40 MK2 @Suction cup FC100P.4C.07NA @Contact, DIN@Lab Vac LVH40 MK2 @Suction cup FC100P.4E.07NA @Switch ind NO/NC-NPN, PNP@Screw MRT M2.5 x 10 @Suction cup FC100P.4C.07ND @Ejector 300 Al.@Screw MRT M2.5 x 25 @Suction cup FC100P.4E.07ND @Ejector 300 stainless steel@Manometer 1,6 bar/23 psi @Suction cup FC100P.4C.07NE @Insert 200 Al. cpl. @Connection plate MiniFlex/GAP @Suction cup FC100P.4E.07NE @Insert 200 ss cpl.@Connection plate 1 module @Suction cup FC100P.4C.07NF @Nylon washer D=4.55x7x0.5@Valve DP082406SDS @Suction cup FC100P.4E.07NF @O-ring 11,5x3 90 grad shore@Valve DS162425SE @Suction cup FC150P.4C.11NA @O-ring Nitrile, d=10.3x2.4@Valve DS162425SD @Suction cup FC150P.4E.11NA @O.ring 10,3 x 2,4 EPDM @Valve DIP162425PEN @Suction cup FC150P.4C.11NB @O-ring 10,3 x 2,4 Viton @Valve DIP162425PDN @Suction cup FC150P.4E.11NB @O-ring 26,2 x 3 EPDM@Vacuum filter Lab Vac dispo. @Suction cup FC150P.4C.11NC @O-ring 26,2 x 3 Viton @Vacuum Filter Lab Vac w. hose @Suction cup FC150P.4E.11NC @Screw MC6S 5x12 A2@Valve DIP 55 NC 2406 SE cpl. @Vacuum pump M150B5-VN @O-ring Nitrile D=9,19x2,62@Valve DIP 55 NO 2406 SE cpl. @Vacuum pump M200B5-VN @Locking nut nyloc M6 A4 @Vacuum Valve NC SE copal. @Vacuum pump M300B5-VN @Tightening nut M4@Accurst 2, large shysters @Vacuum pump M400B5-VN @Hose clamp D=15-24@Silencer 1/8 @Suction cup F50-2 Nitrile,500 pcs@Hose clamp D=19-28@Valve DIP 55 NC 2406 SD cpl. @Suction cup U8.10, 1000pcs.@Hose clamp D=44-56 ss@Valve DIP 55 NO 2406 SD cpl. @Suction cup F20.10, 500 @Hose clamp D=68-85pcs.@Vacuum valve NC SD cpl. @Stabilizing plate B50 @Angle int G1/2 ext R1/2@Vacustat 1 cpl. small hyst. @Support rail 1200 cpl.stabili@Angle int-int R1/2@Vacustat 2 cpl. large hyst. @Hose feed 10xholes L=1400 @Hose clamp D=38-50 A4@Filter D=6 fitting 40 @Vacuum pump M200M5-HN @Nylon washer D=5.3 x 10 x 1@Filter D=10 fitting 50 @Vacuum pump M400M5-HN @O-ring Nitrile, D=34.2x3@Strengthening ring 20-30 Neopr @Vacuum pump M800M5-IN @O-ring 34.2 x3 Viton@Strengthening ring 40 Neoprene @Vacuum pump M200M5-HNAF @Nylon washer D=9.8 x 14 x 1@Strengthening ring 50 Neoprene @Vacuum pump M400M5-HNAF @Screw MFX 4 x 10 A2@Suction cup B20.10 @Vacuum pump M800M5-INAF @Screw MFX 4 x 30 A2 PH @Suction cup B20.20 @Housing Maxi M200L copal. @Screw MFX 4 x 6 SS@Suction cup B30-2.10 @Housing Maxi M400L copal. @Screw M6S 5 x 8 A2@Suction cup B30-2.20 @Housing Maxi M800L cpl. @Hose clamp D=13-20@Suction cup B40.10 @Suction cup B30.10 @Hose clamp D=26-38@Suction cup B40.20 @Suction cup B30.20 @Hose clamp D=32-44@Suction cup B50.30 @Suction cup B30.10.02AF @Hose clamp D=50-65 SS @Suction cup B50.20 @Sustion cup B30.20.02AF @Hose clamp d=104-138 @Suction cup B50-2.30 @Screw MRT T7 2.5 x 18 A2 @Angle int-int R1@Suction cup B50-2.20 @Fitting suction cup 20-30,500 pcs@Angle int. G1/8@Suction cup B20MF.40 @Suction cup B5.20.01AB,1000 pcs@Angle int. G1/4@Suction cup B30MF.40 @Adapter G 1/8 @Angle int. R1/8@Suction cup B40MF.40 @Adaptor G3/8 @Angle int. R1/4@Suction cup B50MF.40 @Adapter 3/8 @Screw MFX 4 x 14 A2 @Suction cup BL20-2.10 @Adapter G 1/2 @Angle int. G3/8@Suction cup BL20-2.20 @Vacuum module 1C-M5L-P60,B50-2@O-ring 22x22 x 2,62Nitrile@Suction cup BL30-2.10 @PIAB Palletizing VacuumGripper@Screw DGA 40x12 WN1543A2@Suction cup BL30-2.20 @Vacuum pump L150B6-VN cpl. @Washer BRB 5.3 x 10 x 1 A2@Suction cup BL40-2.10 @Vacuum pump MP L200B6-VNcpl.@Screw KA 25x16 FZB@Suction cup BL40-2.20 @Vacuum pump MP L300B6-VNcpl.@Screw KA 25x20 FZB@Suction cup BL50-2.10 @Vacuum pump MP 400B6-VNcpl.@Hose clamp D=130-165 A4@Suction cup BL50-2.20 @Vacuum pump X240B6-VNcpl.@O-ring 10,2 x 1,6Nitrile@Suction cup D20-2.10 @Vacuum pump H240B6-VN cpl. @Screw MCS 2.5x38 FZG@Suction cup D20-2.20 @Vacuum pump H480B6-VN cpl. @Hose clamp A4 D=226-256 A4@Suction cup D30-2.10 @Vacuum pump M150B5-VN cpl. @Screw M6S 4 x 12 A2@Suction cup D30-2.20 @Vacuum pump M200B5-VN cpl. @O-ring 16.1x 1.6 Nitrile@Suction cup D50.10 @Vacuum pump M300B5-VN cpl. @Non-return valve MLL200-400@Suction cup D50.20 @Vacuum pump M400B5-VN cpl. @Non-return valve MLL800-1600@Suction cup F20.10 STOP (28/6/2006) @Connect. flange MLL200-400@Suction cup F20.20 STOP (28/6/2006) @Connect. flange MLL800-1600@Suction cup F25.10 STOP (28/6/2006) @Exhaust adapter MLL200-400@Suction cup F25.20 STOP (28/6/2006) @Exhaust adapter MLL800 @Suction cup F30-2.10 STOP (28/6/2006) @Exhaust adapter MLL1600@Suction cup F30-2.20 @Plug D=6 red@*QUICK-RELEASE 5CCM (3116023)@Suction cup F40-2.30 @Straight adapter M5 D=4 @*3116052 QR MEMBRANE@Suction cup F40-2.20 @Straight connector G1/8 @Exhaust adapter MLL1200 @Suction cup F50-2.30 @Straight adapter G1/8 @Vacuum switch, base unit@Suction cup F50-2.20 @Adapter D=6x13.5/M5 inclo-ring@Vacuum switch ind. NOPNP@Suction cup F20MF.40 @Connecting ModuleP3010-C/003@Vacuum switch ind NC PNP@Suction cup F25MF.40 @Spare parts kit P3010 @Vacuum switch ind. NO NPN@Suction cup F30MF.40 @Vacuum module 1C-M5L-P60,B50-2@Vacuum switch ind. NCNPN@Suction cup F40MF.40 @Vacuum module 1C M5L excl.suct. cup@Vacuum switch el. NO/NC@Suction cup F50MF.40 @Vacuum module 1C M10L excl.suct.cup@Vacuum switch pneumaticNO@Suction cup U20.10 @Support rail 1200 cpl.Stabilizing plate 50@Vacuum switch pneumaticNC@Suction cup U20.20 @Stabilizing plate B40 @Vacuum switch ind univ.@Suction cup U30.30 @Tool kit,mounting/dismounting@Vacuum switch el. NO/NC@Suction cup U30.20 @Suction cup BL30-2,Silicone 500 pcs@Vacuum switch pneum. NO@Suction cup U40-2.30 @Suction cup B15, 1000 pcs. @Vacuum switch pneum. NC@Suction cup U40-2.20 @Vacuum Cartridge Pi 12-3 FS @Vacuum switch -10kpa pn. NO@Suction cup U50-2.30 @Base module 1/8 @Vacuum switch -25kpa, pn. NO@Suction cup U50-2.20 @Base module Push in 6mm exclvacuum cartridge@Vacuum switch -65kpa pn.NO@Fitting 20-30 02AF @Extension module excl.Vacuum cartridge@Vacuum switch -30kPa pn.NC@Fitting 40 04AG @Connection module 3x1/8NPSF@Vacuum switch -70kpa pn.NC@Fitting 50 05AG @Connection module 6x1/8 @Vac.switch -30kpa ind. univ@Fitting 20-30 G1/8 @Quick release module 3 cm3,8/@Vac.switch -70kpa ind.univ@Fitting 40 NPSF1/8 @Quick release tank module30cm@Vac.switch -25kpa el.NO/NC@Fitting 50 NPSF1/8 @Quick release tank module60cm@Vac.switch -65kpa el.NO/NC@Suction cup B20.10.02AA @Solenoid valve DS 23 cpl.P301@Filter insert 3/4@Suction cup B20.10.02AB @Click in rail for 1 pumpmodule@Filter insert petp 1 1/2@Suction cup B20.10.02AD @Click in rail for 2 pumpmodule@Logics housing 2X@Suction cup B20.10.02AE @Click in rail for 4 pumpmodule@Logics housing 3X@Suction cup B20.10.02AF @Vacuum pump Pi 12-3, 3x1/8NPS@Logics housing 4X@Suction cup B20.10.02DA @Vacuum pump Pi 12-3 6x1/8NPSF@Logics clip, red@Suction cup B20.10.02DB @Vacuum pump Pi 12-3, QR,8/6mm@Logics clip, orange@Suction cup B20.10.02DD @Vacuum pump Pi 12-3,QR8/6mm,@Logics clip, yellow@Suction cup B20.10.02DE @Vacuum pump Pi 12-3, QR10/6mm@Logics clip, white@Suction cup B20.20.02AA @Flap valve D=7.5 COAX Ser.1@Logics clip, green@Suction cup B20.20.02AB @Compressed air filter COAXSer. 1@Logics filter housing@Suction cup B20.20.02AD @Piston, QR unit P3010 @Logics filter element@Suction cup B20.20.02AE @Banjo Extra volume QR unitP30@Filter replacement D=80@Suction cup B20.20.02AF @Cartridge holder S Mini-3 @Replacement sterile filter@Suction cup B20.20.02DA @Filter kit COAX Ser. 1 @Free flow silencer 50。
PLA系列讲义
P8
随着年龄的增加，胶原蛋白在皮肤中的含量。婴儿的皮肤，真皮中胶原蛋白的含量高达80%，所以娇嫩、水润、细腻、无暇、富有弹性。25岁女人的皮肤，真皮中胶原蛋白的为65%，眼角、嘴角出现皱纹，弹性下降，皮肤干燥。随着年龄的增长，18-22岁胶原蛋白开始流失，两颊出现小毛孔；30-35岁眼角处一定出现细纹，此时你的胶原蛋白流失20%左右，毛孔更粗大，色斑、皮肤干涩、晦暗都可能出现；45-50岁嘴角两侧、额头已出现很深的皱纹，肌肤开始塌陷、下垂、甚至脸形轮廓都发生开吧，这时皮肤已经流失近40%左右的胶原蛋白。
因为薇碧癿抗皱焕颜面霜运用了国际顶级与利技术纳米微球透皮吸收技术可以将有效成分pla活性多肽以及可溶胶原直接输送到真皮层当中刺激成纤维母细胞生成更多癿胶原蛋白同时为肌肤补充大量癿胶原蛋白对受损癿胶原纤维和弹力纤维迚行修复重建肌肤塌陷结极所以是一款真正能够改善真性皱纹癿产品
PLA系列讲义
P1
美国薇碧PLA系列产品
P34
为什么要做眼部保养？
眼部6之最：1：眼部肌肤是最薄的2：眼部肌肤是最敏感的3：眼部肌肤是最疲劳的4：眼部是最容易长皱纹的5：眼部是最容易看出年龄的6：眼部是最容易衰老的
P35
1.一直使用眼霜，为什么眼部问题仍然无法改善？因为普通眼霜没有解决吸收问题，只能停留在眼部肌肤的角质层，没有办法真正改善眼部问题，使用过多反而易长脂肪粒；
P30
Q1：为什么植物抗皱保湿乳液精华可以提高防御能力？
PLA介绍
也高于不增强 PLA 的 4.5GPa。新材料将替代 ABS 和玻纤增强 ABS。
日本尤尼奇卡公司与丰田工业大学合作，结 合尼龙纳米复合材料和聚乳酸树脂技术，推出注 塑级聚乳酸纳米复合材料新产品。该新产品以聚 乳酸和层状硅酸盐为原料，采用熔融配混法工艺。 注塑级聚乳酸纳米复合塑料大幅缩短了制品成型 时间，并显著改善了制品的刚性和耐热性，不仅 是目前刚性和耐热性最好的生物降解塑料，甚至 还超过了 PS、ABS 和 PP 等其他塑料，因此这种 纳米生物降解塑料不仅可用于民用产品，也可用 于电子设备外壳等工业产品。该新产品现有 3 个 牌号：耐用和高刚性牌号 TE－8210、高刚性牌号 TE－7307 和低密度牌号 TE－7000。
一项由英国政府部分资助的项目开发了一种
2008.NO.5
钱伯章. 聚乳酸及其应用进展
35
生物降解增塑剂用于薄膜和其他软包装所用的聚 乳酸（PLA）中。DIBOP（内在可生物降解包装 材料开发）项目由 Aston 大学与特种化学品生产 商 Robinsons Brothers 公司合作完成，并有包装袋 和薄膜供应商欧洲包装公司（Europackaging）、从 事技术的 ThermoPrism 公司和 GSK 公司参与。该 DIBOP 项目得到英国政府可持续发展技术启动计 划的支持，它使常规硬 PLA 的柔性得以改进，将 它撕裂以前的延伸度可从 5%提高到 320%。这种 改性剂基于 PLA 与聚乙烯乙二醇（PEG）之间生 成的嵌段共聚物。这种改性的 PLA 可在混合料中 在 20~25 天内消失。这类增塑剂重要的一点是可 被生物降解，它们在产品中的用量为助剂的 10%~20%。在必须将它们与产品混合的催化剂体 系的属性方面也取得重要进展，已做到可控制这 类助剂的分子结构。该项目开发对 PLA-PEG 嵌段 共聚物合成所用的锡基催化剂实现了无毒替代， 新的钾基催化剂达到了共聚物的高效合成，对食 品工业包装应用具有安全性优点。在 DIBOP 项目 完成实验室试验之后，用于生产塑料袋的全范围 系统已经建立，同时该类助剂已实现工业规模生 产。据称，进一步研究的新的包装产品可望在 4~5 年内在市场上出现，也可能是在开发新的药品分 送系统中生物医药的重要应用。
爱利亚（阿培布塞普）商品说明书
Eylea® (aflibercept)Document Number: IC-0026 Last Review Date: 04/26/2016Date of Origin: 02/07/2013Dates Reviewed: 03/07/2013, 06/2013, 09/2013, 12/2013, 03/2014, 06/2014, 09/2014, 12/2014, 03/2015,4/2015, 6/2015, 9/2015, 3/2016, 4/2016I.Length of AuthorizationCoverage will be provided for six months and may be renewed.II.Dosing LimitsA.Quantity Limit (max daily dose) [Pharmacy Benefit]:− 2 mg injection - 1 vial every 28 daysB.Max Units (per dose and over time) [Medical Benefit]:AMD:Loading dose:Male 2 units every 28 days per eye x 3 doses*Female 2 units every 28 days per eye x 3 doses*Maintenance:Male 2 units every 56 days per eye*Female 2 units every 56 days per eye*Macular Edema following RVOMale 2 units every 28 days per eye*Female 2 units every 28 days per eye*Diabetic Macular EdemaLoading dose:Male 2 units every 28 days per eye x 5 doses*Female 2 units every 28 days per eye x 5 doses*Maintenance:Male 2 units every 56 days per eye*Female 2 units every 56 days per eye**Max units are doubled (4 billable units) when the claim is submitted with bilateral ICD 10 codesIII.Initial Approval CriteriaCoverage is provided in the following conditions:•Patient is free of ocular and/or peri-ocular infections: AND•Baseline visual acuity test (required for renewal); AND one of the following:o Neovascular age-related macular degeneration (AMD) †o Macular edema following retinal vein occlusion (RVO) †o Diabetic Macular Edema (DME) †o Diabetic retinopathy (DR) associated with diabetic macular edema (DME) † † FDA Approved Indication(s)IV.Renewal CriteriaCoverage can be renewed based upon the following criteria:•Patient continues to meet criteria identified in section III; AND•Disease response as indicated by stabilization of visual acuity or improvement in BCVA score when compared to baseline; AND•Absence of unacceptable toxicity from the drug. Examples of unacceptable toxicity include the following: Endophthalmitis and retinal detachments; increase in intraocularpressure; arterial thromboembolic events.V.Dosage/AdministrationVI.Billing Code/Availability InformationJcode:J0178– Eylea (Regeneron) 2 mg Injection: 1 billable unit = 1 mgNDC:Eylea 2 mg Injection – 61755-0005-xx (Regeneron)VII.References1.Eylea [package insert]. Tarrytown, NY; Regeneron Pharmaceuticals, Inc.; July 2015.Accessed February 2016.2.Wisconsin Physicians Service Insurance Corporation. Local Coverage Determination (LCD):Drugs and Biologics (Non-chemotherapy) (L4741). Centers for Medicare & MedicaidServices, Inc. Updated on 01/01/2016 with effective date 01/01/2016. Accessed February2016.3.National Government Services, Inc. Local Coverage Article for Ranibizumab (e.g.,Lucentis™) and Aflibercept (e.g., Eylea™) – Related to LCD L33394 (A52451). Centers forMedicare & Medicaid Services, Inc. Updated on 09/13/2015 with effective date of10/01/2015. Accessed February 2016.Appendix 1 – Covered Diagnosis Codes (*Max Units for bilateral indications are doubled)E08.311 Diabetes mellitus due to underlying condition with unspecified diabetic retinopathy with macular edemaE08.321 Diabetes mellitus due to underlying condition with mild nonproliferative diabetic retinopathy with macular edemaE08.331 Diabetes mellitus due to underlying condition with moderate nonproliferative diabetic retinopathy with macular edemaE08.341 Diabetes mellitus due to underlying condition with severe nonproliferative diabetic retinopathy with macular edemaE08.351 Diabetes mellitus due to underlying condition with proliferative diabetic retinopathy with macular edemaE09.311 Drug or chemical induced diabetes mellitus with unspecified diabetic retinopathy with macular edemaE09.321 Drug or chemical induced diabetes mellitus with mild nonproliferative diabetic retinopathy with macular edemaE09.331 Drug or chemical induced diabetes mellitus with moderate nonproliferative diabetic retinopathy with macular edemaE09.341 Drug or chemical induced diabetes mellitus with severe nonproliferative diabetic retinopathy with macular edemaE09.351 Drug or chemical induced diabetes mellitus with proliferative diabetic retinopathy with macular edemaE10.311 Type 1 diabetes mellitus with unspecified diabetic retinopathy with macular edemaE10.321 Type 1 diabetes mellitus with mild nonproliferative diabetic retinopathy with macular edema E10.331 Type 1 diabetes mellitus with moderate nonproliferative diabetic retinopathy with macular edemaE10.341 Type 1 diabetes mellitus with severe nonproliferative diabetic retinopathy with macular edema E10.351 Type 1 diabetes mellitus with proliferative diabetic retinopathy with macular edemaE11.311 Type 2 diabetes mellitus with unspecified diabetic retinopathy with macular edemaE11.321 Type 2 diabetes mellitus with mild nonproliferative diabetic retinopathy with macular edema E11.331 Type 2 diabetes mellitus with moderate nonproliferative diabetic retinopathy with macular edemaE11.341 Type 2 diabetes mellitus with severe nonproliferative diabetic retinopathy with macular edema E11.351 Type 2 diabetes mellitus with proliferative diabetic retinopathy with macular edemaE13.311 Other specified diabetes mellitus with unspecified diabetic retinopathy with macular edemaE13.321 Other specified diabetes mellitus with mild nonproliferative diabetic retinopathy with macular edemaE13.331 Other specified diabetes mellitus with moderate nonproliferative diabetic retinopathy with macular edemaE13.341 Other specified diabetes mellitus with severe nonproliferative diabetic retinopathy with macular edemaE13.351 Other specified diabetes mellitus with proliferative diabetic retinopathy with macular edemaH34.811 Central retinal vein occlusion, right eyeH34.812 Central retinal vein occlusion, left eyeH34.813 Central retinal vein occlusion, bilateral*H34.819 Central retinal vein occlusion, unspecified eyeH34.831 Tributary (branch) retinal vein occlusion, right eyeH34.832 Tributary (branch) retinal vein occlusion, left eyeH34.833 Tributary (branch) retinal vein occlusion, bilateral*H34.839 Tributary (branch) retinal vein occlusion, unspecified eyeH35.32 Exudative age-related macular degenerationH35.81 Retinal edemaAppendix 2 – Centers for Medicare and Medicaid Services (CMS)Medicare coverage for outpatient (Part B) drugs is outlined in the Medicare Benefit Policy Manual (Pub. 100-2), Chapter 15, §50 Drugs and Biologicals. In addition, National Coverage Determination (NCD) and Local Coverage Determinations (LCDs) may exist and compliance with these policies is required where applicable. They can be found at: /medicare-coverage-database/search/advanced-search.aspx. Additional indications may be covered at the discretion of the health plan.Medicare Part B Covered Diagnosis Codes (applicable to existing NCD/LCD):Jurisdiction(s): 5, 8NCD/LCD Document (s): L34741https:///medicare-coverage-database/details/lcd-details.aspx?LCDId=34741&ver=22&Date=02%2f02%2f2016&DocID=L34741&bc=iAAAAAgAA AAAAA%3d%3d&Jurisdiction(s): 6, J-K NCD/LCD Document (s): A52451https:///medicare-coverage-database/details/article-details.aspx?articleId=52451&ver=9&Date=02%2f02%2f2016&DocID=A52451&SearchType=Ad vanced&bc=JAAAAAgAAAAAAA%3d%3d&Jurisdiction Applicable State/US Territory ContractorE CA,HI, NV, AS, GU, CNMI Noridian Administrative Services (NAS)Noridian Administrative Services (NAS)F AK, WA, OR, ID, ND, SD, MT, WY,UT, AZ5 KS, NE, IA, MO Wisconsin Physicians Service (WPS)6 MN, WI, IL National Government Services (NGS)H LA, AR, MS, TX, OK, CO, NM Novitas Solutions8 MI, IN Wisconsin Physicians Service (WPS)9 (N) FL, PR, VI First Coast Service Options10 (J) TN, GA, AL Cahaba Government Benefit Administrators11 (M) NC, SC, VA, WV Palmetto GBA12 (L) DE, MD, PA, NJ, DC Novitas SolutionsK NY, CT, MA, RI, VT, ME, NH National Government Services (NGS)15 KY, OH CGS Administrators, LLC。
SIG-CORPLAST科柏拉斯设备介绍InnoPET Blomax Series III brochure
02034 -5 Bottle design6 -7 Bottle development8 - 9Light Weighting10 - 11 Concept of InnoPET Blomax Series III 12 - 15 Highlights of InnoPET Blomax Series IIIContents16 - 17 Energy and cost savings 18 - 19 Hotfill20 - 21 Preferential Heating 22 - 25 ServiceAs a technology partner of the beverage industry with 30 years of experience, we know that each decision for a stretch blow molding machine starts with the question about the product to be filled and the correct packaging. This brochure does not therefore start with the features and benefits of our InnoPET Blomax Series III machine types but with the wide variety of filled products and the wide range of PET bottles produced with our machines.We would like to demonstrate how and at which stage we draw on our com-prehensive know-how and the services of our technology center on the matter of «Bottles & Shapes™». This reflects how we develop «your» perfect bottle for the relevant product to be filled. Naturally, all significant details regard-ing our state-of-the-art InnoPET Blomax Series III stretch blow molding machines are also included. After all, we already consider the best possible further processing methods during the devel-opment phase – for example, the downstream filling lines. Implementa-tion of our know-how with regard to PET process, bottle design and con-struction also play a decisive role for the all important result, that your individual packaging solution will meet all your requirements.InnoPET Blomax Series III Stretch blow molding machines – a perfect solution for all filled products0405HotfillPrecision Plastics Ltd.ThailandIVYTeaRoundRibbed0.5 l27 gInnoPET Blomax 16 HR Series III JuiceEckes-Granini GmbH & Co. KG GermanyGranini OrangeOrange JuiceRoundChampagne1 l39 gInnoPET Blomax 18 Series IIICSDCustomer: Britvic Soft Drinks Ltd. Country: UKProduct: TangoContent: Apple flavoured CSD Shape: RoundBase: PetaloidVolume: 0.5 lPreform weight: 28 gSBM: InnoPET Blomax 12 Series III WaterOAO KCRussiaIcevaPure Still WaterNot roundRibbed0.5 l23 gInnoPET Blomax 6 Series IIITea/Energy/PLAPLA Brands of America, Inc.USABIOTASpring WaterRoundRibbed12 oz / 0.355 l20.5 g Polylactid (Corn)InnoPET Blomax 10 Series IIIBeerCustomer: Moscow EFES Brewery Z.A.O.Country: RussiaProduct: SokolContent: BeerShape: RoundBase: PetaloidVolume: 1 lPreform Weight: 42 gSBM: InnoPET Blomax 8 Series IIIFood/Non-BeverageWeener Plastik GmbH & Co. KGGermanyNiveaShower CreamOvalInverted0.2 l21.2 gInnoPET Blomax 4 PH Series IIIMilkNÖM AGAustriaTrink SnackYogurt Cereal DrinkRoundChampagne0.5 l26 gInnoPET Blomax 12 Series IIIEach filled product requires an appropriate bottle andthe PET bottle contributes to the image of your product. At the same time, the bottle should have properties that enable it to «stay in shape» during high-performance production. To make sure that happens, bottles and mold construction as well as the entire production process, must be optimally coordinated.Our customers begin to benefit at this point from the unique total know-how of KHS Corpoplast.So, let your imagination rein free. We will make your bottle design fit for production while always taking into account technical and economical feasibility. Thousands of PET bottle designs have already beendeveloped at our Hamburg technology center. We cantherefore assure you with confidence that we will be yourcompetent partner to implement your ideas and wishes.Our procedure is as follows:With our 3D CAD system, we will first demonstratehow your idea can be turned into your future product.All conceivable influences on the bottle are determined,analysed and evaluated at this point in order to achieveoptimal results.We then create your initial prototype on our 3D «printer»within just a few hours.In the next step, the first sample bottle is manufacturedusing a pilot blow mold. This is then tested under realconditions in our state-of-the-art laboratory, e.g. regardingbreaking and stacking strength, wall thickness, burstingpressure and stress cracking.At this stage we can modify and optimise until all requiredbottles properties are met. The path is then clear tomanufacture the molds – a prerequisite for trouble-freemass production of your PET bottles with the highestguaranteed quality.Bottles & Shapes™: The contents determine the bottle0607Top LoadTolerancesThermal StabilityShelf LifeCreepMicro-BiologyStability of Grip AreaBurst PressureImpact ResistanceStress CrackingStiffness of BaseWork generally commences with the packaging design proposal – an important detail of your marketing concept. The first hurdle to be negotiated is that not every bottle shape can be manufactured using PET with stretch blow technology. But just about!The KHS Corpoplast CAD archive includes approx. 12,000 bottle designs – a significant benefit for our customers. Thanks to our 30 years of experience, we can advise you precisely and develop a blowable bottle which can be pro-duced exactly to your requirements.Through the process of evaluating the product to be filled, the PET bottle size and shape, you will get to know our technology center and the KHS Corpoplast core compe-tency – and you will certainly appreciate our definition of the simple concept «Bottles & Shapes™”. Because now we will start to develop the appropriate bottle with you – with optimal properties and the lowest possible manufacturing costs. Guaranteed!Bottles & Shapes™: From design to the perfect bottleFour areas determine bottle development:• Design • Weight • Process• Laboratory/testsThe design includes:• Development and construction with state-of-the-art CAD CATIA V5 programs• 3D prototyping within hours on our 3D printer• Problem analysis and solutions based on Finite Element Analysis (FEA)• Sample bottlesThe weight is based on:• Preform design dependent on the stretching ratio • Light Weighting, based on technical and economical feasibilityFactors influencing the process: • High speeds• Low blowing pressure • Low heat energy• Alternative materials such as PLA (polylactid) or PP (polypropylenes)Criteria for laboratory/tests:11 main points – as demonstrated on the sample bottle shown here.Bottle construction 3D printer Top load tester11 criteria for Laboratory/tests:08The principle is simple:Weight reduction in bottle production leads to lower blowing pressure, less PET material and reduced heating input.Professional implementation:To reduce the weight of your PET bottle, you requirea competent partner with comprehensive know-howin PET processing. We have complete know-how in an almost unique combination: Intensive research and deve-lopment in our technology center and close cooperation with Moldtec for the manufacture of stretch blow molds and injection molding tools. Because we have 30 years of experience in• Packaging technology• Process know-how• Preform design• Bottle design• Stretch blow molding technologywe can guarantee that Light Weight PET bottles produced on InnoPET Blomax machines always meet the defined specifications.And Light Weighting counts:With a InnoPET Blomax 10 Series III approx. 78,000,000 PET bottles can be produced annually. If you save just 1 gram of PET material (1 kg = EURO 1.20) per bottle at this production volume you can save up to EUR 93,600!Pneumatic stretchingMechanical stretchingBottles & Shapes™: Light WeightingDevelopment in Light Weighting PET quantityin grams1.5 l CSD: reduced from 44 g to 31 g0.5 l CSD: reduced from 28 g to 15 g0.5 l water: reduced from 18 g to 12 gProcess stability Base weightBottles producedYear 2000 200711 The InnoPET Blomax Series III can cover an area of 4 to24 cavities with the unusually practical module system inthe following sequences:Room for individual solutionsThe overall InnoPET Blomax Series III construction ismodular in design. We use standardised subassemblies forthe main machine modules such as the transport modu-le, linear oven and blowing module. The heater boxes,heating train and blow molding stations are also modular.This allows us to offer you cost-effective flexibility whenchoosing your InnoPET Blomax Series III.Always the right moduleEquip your InnoPET Blomax machine with exactly whatyou need to meet current and future requirements. Thisis no problem as every module matches each machine. A«special design» simply consists of a different configurati-on of standard modules. Your benefits:• No special machine construction• No additional costs for «special designs»• Shorter delivery deadlinesThe modular system is economicalAll InnoPET Blomax Series III machine types have identi-cal process engineering. This has enormous advantages forour customers.Maximum flexibility:Each bottle produced on a InnoPET Blomax can also easilybe produced on any other InnoPET Blomax machine typewithout laborious process adjustments.Great familiarity:Once trained on a InnoPET Blomax machine, operationand maintenance personnel are familiar with all otherInnoPET Blomax machines.Simple maintenance:The required spare parts stock can be reduced at ourcustomer’s plant. Future modernisation or upgradepackages generally fit each machine size.Rapid spare parts service:KHS Corpoplast manufactures and assembles mostmodules regardless of machine size. This means flexiblereaction to rapid delivery requirements.Flexibility for individual components as wellThe linear oven is available in three sizes based on thenumber of blow stations. The length of the oven can bealtered within certain limits by shifting the dwell point.In order to meet various heating performance require-ments, all three linear ovens can be combined with anytransport or blowing mechanism. The InnoPET Blomax 4,6 and 8 have a one-piece machine concept. This meansthe machine platform is directly connected to the heatingmodule or linear oven. An upgrade is easy thanks to themodular construction. If you plan future expansions withadditional heater boxes, you should order a larger oven.The heating train is then adapted to the actual requiredoven length by mounting the corresponding amount ofmandrel carriers. You can also produce bottles with a lar-ger neck (from 36 to 49 mm neck diameter) if required ata later time – just select a larger pitch on the heating train.The blowing wheel consists of a ring to which the blowmolding stations are bolted; the ring is connected to themachine platform via a ball bearing. This ring constructionis identical for each «machine pair» in the InnoPET BlomaxSeries III and has all connection points for each type. Thisnot only provides flexibility when assembling the machi-nes at the KHS Corpoplast plant, but also enables you toexpand your InnoPET Blomax 4, 10, 14 or 18 by a furthertwo blow molding stations – at your plant and withoutdisassembling the machine.Unlimited modularityMost machines are suitable for air cargo transport be-cause of their transfer, heating and blow molding moduleconstruction. The maximum dimensions of the moduleshave been deliberately designed up to the InnoPET Blo-max 16 for transport in a 747 cargo plane.The machine is wired up with connectors between themodules and the integrated control cabinet (exceptInnoPET Blomax 4, 6 and 8 which are based on a one-pi-ece machine concept).This enables simple re-connection on site – a genuine«Plug-and-Play» installation rapidly completed includingcommissioning and start-up. The modular constructionis also economical with regards to maintenance. Somecomponents can simply be removed from the machine foradjustment, maintenance or repair.The changeover times are:• 1 min for a heater box• 3 min for a turning wheel• 30 min for a complete blow molding station InnoPET Blomax Series III: The modular machine conceptInnoPET Blomax 12 Series IIIInnoPET Blomax Series III compact InnoPET Blomax Series III standard4, 6, 8, 10 4, 6, 812, 14 10, 1216, 18 14, 1620, 24 18, 201213Our customers benefit from KHS Corpoplast’s decades of PET process experience and from the construction and design of stretch blow molding machines that meet the requirements for the cost-effective, reliable and precise production of high-tech PET bottles with top output and machine availability.We call this «Value Added Bottle Blowing » – a highdemand which is met by the key features of our InnoPET Blomax Series III machines.1. Transport mandrelsMandrels and their circulation through the machine are standard components in the InnoPET Blomax Series III. Through continuous development of this reliable and highly efficient component with regard to dimensional accuracy and repeatability during process, the transport mandrel principle supports a minimum process time particularly for high speed production. Impurities in preforms and bottles are avoided by the neck-down principle.InnoPET Blomax Series III: Highlights2. Low energy consumption The low heating and compressed air consumption in the InnoPET Blomax machines is a tradition – the lowest energy consumption in this industry. a) Heating• Mandrel pitch only 38 mm• High heat penetration of preforms • Optimal use of heating energy • Flexibility of heating modules • Core coolingb) Compressed air• Lowest dead air volume through valve block directly installed at the station• Air recycling from P2 to P1 directly into the production process without compromising the process • Reduced blowing pressure < 30 bar is possible3. Stretching system The mechanical, cam-controlled stretching enables high precision and repeatability compared to pneumatic stretch-ing. This is a significant prerequisite for material savings in light weighting and cost reduction in air consumption. Changeover times can be reduced by 25 percent because the stretching rod is only adjusted during product changes and no longer exchanged.4. Blow molding stationBlow molding stations are also a modular element in the InnoPET Blomax Series III machines with their mold hol-ders, outer and inner shells. They are available for all ma-chine sizes and are therefore exchangeable and cost-effec-tive. The compact new generation blow molding stations operate with a support wheel and cam-controlled ope-ning and closing mechanisms for increased stability and consistent bottle quality in high speed production. The pre-installed air recycling system AIRBACK automatically saves up to 100 percent of the air required for pre-blowing (recirculation from P2 to P1). The compact construction of the valve block directly at the blow molding station redu-ces the dead air volume and also saves air energy costs.Blow molding stationTransport mandrel Heater boxesCam-controlled stretching1412235. Quality assurance systems We offer numerous quality controls for maintaining ma-chine availability at the highest level.a) Preform testingOnly impeccable preforms guarantee precise heating and stretch blow molding processes. We provide testing devices installed at the perform infeed or transfer station 1 to sort out damaged performs. The systems are video-supported and eliminate preforms with irregular necks.b) Bottle testing (Off centre measuring)Testing systems detecting non-axial, irregular bottles are either installed upstream of the air conveying line or at the rotating wheel. Damaged bottles are eliminated.c) Bottle testing (wall thickness measuring)For process testing we offer a video-supported inlinetesting system for measuring the wall thicknesses of blown bottles, in particular after product change and for Light Weighting.6. ModificationModifications during product changes should not influ-ence precision or reliability of the machines. Implemen-tation must be simple and above all rapid. As the rapid exchange systems are continuously under development, the modification times are significantly reduced. TheKHS Corpoplast Speed-Loc system with its rapid exchange components for • Mold section • Base molds • Stretching rodensures the shortest possible product change-over.The base molds (multi-coupling) and the mold shells can be easily removed, screws and hose connections do not have to be undone. The new generation stretching system does not need any stretching rod exchanges. Adjustment during product change is sufficient. The Speed-Loc components reduce modification times to a minimum.Wall thickness measurementSpeed-Loc rapid exchange system1| Product change: Remove/insert base mold 2| Product change: Remove/insert mold section 3| Undo screws, adjust stretching rod161714012010080604020The costs for PET bottle production are roughly divided as follows:• 70 percent material (PET)• 15 percent preform production• 15 percent bottle productionOptimal bottle design is a significant prerequisite for cost-effective production. The decision for a KHS Corpoplast stretch blow molding machine pays right from the start of production. InnoPET Blomax Series III machines traditio-nally feature the lowest energy consumption compared to the competitors.We can directly influence the 15 percent production costs. These consist of:• Investment• Heating energy consumption• Air consumption• Reliability InvestmentOur InnoPET Blomax machines are distinguished by theirmodular construction and high standardisation. The trans-port mandrel is a standard feature in all InnoPET Blomaxmachines. The neck-down transport of the preform pre-vents contamination in preforms and bottles. The mandrelcirculation is wear-resistant and supports the high outputsby absolute dimensional accuracy and constant, preciserepeatability of the entire process. A decisive factor forLight Weighting.Heating energy consumptionThe very low mandrel distance (pitch) of just 38 mm en-able InnoPET Blomax machines to achieve highly efficientheat penetration of the preforms and top industrial valuesin heating energy consumption. Individually adjustableheating modules and an efficient mandrel cooling alsoreduce energy and time costs.Air consumptionThe KHS Corpoplast AIRBACK system enables lowestdead air volume and up to 100 percent recycled air fromP2 for the pre-blow process P1. In addition, the redu-ced blowing pressure in Light Weighting results in verylow compressed air consumption. Costs for generatingcompressed air requirements and air consumption are thelowest in this industry.ReliabilityThe availability of KHS Corpoplast stretch blow moldingmachines is traditionally excellent and a benchmark forthe competition. It is our PET process know-how thatenables us to offer the best stretch blow molding machineswith the InnoPET Blomax Series III. In addition, our ser-vice is available around the world so that we can respondto your queries rapidly and provide support.InnoPET Blomax Series III: Best of its class for production costsPreform on mandrel circulation Mandrel distance (pitch)Pitch 38 mmEnergy consumption per kg PET KHS Corpoplast AIRBACK/AIR RECYCLING(blowing cycle of one station)1819< 0.60 l <1.0 l <1.25 l <1.50 l <2.0 l1,400 1,200 1,200 1,000 9501,200 1,100 1,000 950 –1,000 850 750 700 –950 800 700 600 –Cylindrical mold, max. temperature 88 °C, standard neckHotfill, inline fill (btl./hr)Cylindrical mold, max. temperature 92 °C, crystallised neckHotfill, offline fill (btl./hr)Cylindrical mold, max. temperature 88 °C, standard neckHotfill, offline fill (btl./hr)Cylindrical mold, max. temperature 90 °C, crystallised neckHotfill is a suitable alternative to cold aseptic filling iftemperature and sensitivity of the product during PETbottle filling plays a role and barrier requirements mustbe complied with. The requirements for PET bottle fillingwith heat treated products are mainly dependent on theproduct, market requirements and shelf life.The design elements and the process parameters must beselected carefully to optimise the cost-effectiveness of amachine.Highest demands for Hotfill processesJuices and teas are filled into PET bottles at a temperatureof 92 °C. A high crystallinity is required to prevent mois-ture affecting the bottle quality during temporary storage.A bottle for Hotfill no longer has a uniform, classical «ap-pearance». Even unusual bottle designs are possible andthey can hardly be distinguished from traditionalPET bottles.Viscous products require a wider bottle neck and a designthat enables better absorption of the vacuum producedduring cooling down from the bottling temperature (96 °C).These properties can be included by means of special solu-tions in machine construction.In order to pasteurise a bottle at 75 °C for 30 minutes,the bottle must be totally stress-free and geometricallydesigned to withstand the process.InnoPET Blomax modular construction for optimal resultsInnoPET Blomax Series III machines can easily be adaptedto Hotfill processes from relax or standard blow moldingprocesses. Maximum output is guaranteed for each pro-cess thanks to the modular construction with exchangeab-le components.In Hotfill, the temporary storage time for a bottle betweenblow molding and filling is a decisive factor as to whethermaximum output for a defined container size can be met.The reason, the bottle absorbs moisture during storage,affecting thermal stability. If bottles are filled directly afterblow molding, this so-called inline process leads to a pro-duction capacity of 1,400 bottles per hour. The capacity forthe same bottles is reduced to 1,000 per hour if filled aftertemporary storage.Our table overview includes normal values, dependent oncontainer size and filling process. Please refer to the over-view on pages 26, 27 and 28 in this brochure for machinespeed data and other process types.InnoPET Blomax HR Series III mode of operationThe preform is heated to maximum temperature andblown in a hot blow mold. The material is aligned inthe blow mold during the blow molding process. Due tothe high blow mold temperatures, the material is stressrelieved, alignment stress is neutralised and thermalcrystallisation is increased. PET material deformation athigher temperatures is reduced by the increase in ther-mal crystallisation. The so-called glass temperature of thematerial rises and enables Hotfill or pasteurisation withoutsignificant bottle deformation.The bottle is flushed with cooling air prior to extractionto stabilise the bottle in the blow mold. This cools itsufficiently and prevents deformation during extraction.Special features of InnoPET Blomax HR Series IIIOptional features of InnoPET Blomax HR Series III enablehigh process precision at maximum speeds.Three different temperatures are possible with the three-stage cooling/heating system:• One temperature for neck cooling• A medium temperature to insulate the mold carrierfrom the hot mold• A hot oil circulation to bring the mold to the operatingtemperatureThis three-stage cooling/heating system is distributed tothe various mold components via a ring distributor.The valve block contains a blowing valve and air coolingvalves. They optimise the reaction time and are installedadjacent to the bottle. The cooling air is transported intothe bottle using a hollow stretching rod. The steel blowmolds are heated individually for optimal control oftemperature.InnoPET Blomax HR Series III – a profitable investmentThe use of InnoPET Blomax HR Series III machines incre-ases the cost-effectiveness and reliability of Hotfill lines.They also contribute to the reduction in costs for packa-ging units:• Optimal use of material through mechanical, cam-controlled stretching. Specifications for wall thicknessare precisely complied with and the weight of theproduct is reduced.• Optimal post-heating of preforms via heating control,which maintains short wavelengths and enables idealheat penetration.• Flexible configuration of the oven ensures perfecttemperature profile.• Optimal blowing air supply directly by the bottle viavalve blocks and optimised layout of stretching rod forcooling air.InnoPET Blomax HR Series III: HotfillHR costs per bottle (Costs per thousand bottles in EUR)PreformNeck crystallisationBlow molding of bottle2021 Customised bottles for special applications. These are, forexample, oval PET bottles for packaging of food, cosmeticsand cleaning agents.«Exotic» bottles are frequently required for cosmetics– the highest-grade products offered in PET bottles untilnow.The combination of unusual shapes and optimised qualitypresents technical challenges. However, it is by no meansimpossible, as KHS Corpoplast engineers have demonstra-ted with the development of the InnoPET Blomax PH.The suffix PH stands for the selective preform heating(Preferential Heating) process developed by KHS Corpo-plast. The orientated preform is heated in a pre-definedmanner from two sides on a mandrel which can be lockedinto position with a guide. This results in a controlled,optimised and uniform material distribution. Cost-effec-tive, light weight oval bottles with perfect appearance andgeometry can be produced which precisely comply withthe stipulated specifications.Using this technology, bottle designs which are aesthetic aswell as technically demanding can be realised.• Quality of appearance• Optimisation of capacity• Weight reduction• Possible use of preform for larger diameters InnoPET Blomax PH Series III: Preferential heatingPH: Mandrel orientationPH: Thread orientation in the moldPreferential heating onorientated preformsPH: Heating configurationRotating preformsin front of heatingLimits of the standard processes• Insufficient material distribution• Results: thickeningand sections with low resistanceRapid contact between mold and bubble at thenarrowest pointmaterial and mold: Material notstretched; thickening visibleApplication of Preferential HeatingIn the preferential process, the blown materialdevelop towards the coolest areasDevelopment of blown material according tomold profile with uniform stretching ofmaterial through all profile areas2223InnoPET Blomax stretch blow molding machines are heldin high esteem globally thanks to their durability, availa-bility and reliable productivity with the lowest energyconsumption.But over the long-term a machine is only as good as theservice. And we are convinced that service starts with theinitial contact. Therefore, at KHS Corpoplast we do nottalk about After Sales Service but First Minute Service:We give you our complete know-how right from the firstminutes! This close cooperation and service is generallyavailable over the entire useful life of our machines.Service not only refers to maintenance and repairs.KHS Corpoplast service also includes a complete rangeof products such as training, spare parts, molds, retrofits,Secondhand machines, consultation and support from ourtechnicians – including on site. We are also proactively informing you about new develop-ments, retrofits, energy saving and maintenance concepts. The market demands product solutions which can be implemented quickly. Thanks to carefully synchronised timing, KHS Corpoplast can provide you with operational InnoPET Blomax machines at very short notice. Minimum assembly time using prefabricated subassemblies and mo-dules plays an important role here. Efficient logistics and EDP-supported project management round off the process.Personal support from your KHS Corpoplast contact person guarantees maximum efficiency in all order phases. Our company philosophy is based on not supply-ing any machines until they have produced top class bottles conforming to specifications during the pre-delivery tests – and then only with the promised produc-tion performance. Because of these thorough tests, all of our machines can be rapidly installed, set up and put into operation after delivery. All electrical connections are designed as plug connectors – as easy as «Plug and Play».We offer training before and after commissioning for all the operating and maintenance personnel and all operating and maintenance requirements. This intensive training programme based on the C.O.A.C.H. principle (Content, Organisation, Approach, Clients, Headlines) is an important part of our overall support. We do not regard training as an auxiliary service to accompany the machine delivery, but rather as an essential element to ensure the successful operation of your InnoPET Blomax machines. Training encompasses all relevant areas of technical proc-ess procedure, control programmes, the control variables for bottle quality and production speed as well as proc-ess and error analysis, and the requirements for efficient preventive machine maintenance. Our training center in Hamburg has an excellent reputation. The participation of your operating and service personnel during in-house acceptance, commissioning and test runs of machines in KHS Corpoplast’s assembly hall is particu-larly effective. As a result, customers are highly familiar with the process technology and machine hardware. This leads to a high degree of identification between the customer’s personnel and «their» machine – an important requirement for trouble-free high-performance production of first-class PET bottles.Easy To Work With – the KHS Corpoplast ServiceTrainingSpare partsTechnical supportBottles & Shapes™TIP | RetrofitsSecondhand machines。
阿克苏诺贝尔防护涂料 INTERTHANE 990 LIGHT BLUE PART A 材料安全数据
阿克苏诺贝尔防护涂料（苏州）有限公司材料安全数据手册PHU20G INTERTHANE 990 LIGHT BLUE PART A版本 1 版本修订日 07/08/141.化学品及企业标识 1.1.产品名称INTERTHANE 990 LIGHT BLUE PART A 产品代码PHU20G1.2. 纯物质或者混合物的建议用途及禁止用途拟定用途请参阅产品技术说明书仅供专业人员使用施工方法请参阅产品技术说明书1.3.安全技术说明书供应商的信息制造商阿克苏诺贝尔防护涂料（苏州）有限公司 苏州新区鸿禧路129号 215151电话号码86(512)66167888传真号码86(512)661639111.4.应急咨询电话86(532)83889090中毒咨询电话仅供医生及医院参考2.危险性概述 2.1.纯物质或混合物的分类Flam. Liq. 3;H226易燃液体和蒸气Skin Irrit. 2;H315造成皮肤刺激Eye Irrit. 2;H319造成严重眼刺激Aquatic Chronic 3;H412对水生生物有害并具有长期持续影响2.2.标签要素用第11和12章列出的毒性数据，产品标签如下所示。
警告H226 易燃液体和蒸气。
H315 造成皮肤刺激。
H319 造成严重眼刺激。
H412 对水生生物有害并具有长期持续影响。
P210 远离热源/火花/明火/热表面。
禁止吸烟。
P260 不要吸入烟雾/蒸汽/喷雾。
P262 严防进入眼中、接触皮肤或衣服。
P264 作业后彻底清洗。
P273 避免释放到环境中。
P280 戴防护手套/戴防护眼罩/戴防护面具。
[事故响应]:P301+310 如误吞咽：立即呼叫解毒中心/医生。
P302+352 如皮肤沾染：用大量肥皂和水清洗。
P303+361+353 如皮肤（或头发）沾染：立即脱掉所有沾染的衣服。
用水清洗皮肤/淋浴。
P305+351+338 如进入眼睛：用水小心冲洗几分钟。
pla聚乳酸研究报告
PLA聚乳酸研究报告1.引言PLA（聚乳酸）是一种可生物降解的聚合物材料，因其良好的可降解性、生物相容性和可加工性受到了广泛的关注和研究。
近年来，随着环境保护意识的日益增强，PLA作为一种可替代传统塑料的材料，受到了更多的关注。
本研究旨在通过对PLA的综述，并探讨其应用领域以及未来的发展方向，进一步推动PLA的应用和研究。
2. PLA聚乳酸的性质和特点PLA属于聚羟基酸类聚合物，由乳酸经聚合反应得到。
其主要性质和特点如下：•可降解性：PLA是一种可生物降解的聚合物材料，能够在自然环境中被微生物降解，减少对环境的污染。
•生物相容性：PLA具有良好的生物相容性，对人体无毒无害，可广泛应用于生物医学领域。
•可加工性：PLA可以通过注塑、挤出、吹塑等传统塑料加工工艺进行成型，加工性能优越。
•机械性能优异：PLA具有良好的刚度、强度和耐热性能，可满足各种应用需求。
3. PLA聚乳酸的应用领域3.1 包装材料由于PLA具有良好的可降解性和生物相容性，被广泛应用于包装材料领域。
PLA包装材料可以替代传统的塑料包装材料，减少对环境的污染。
此外，PLA还具有较好的物理性质和耐热性能，能满足不同包装需求。
3.2 生物医用材料由于PLA具有良好的生物相容性，被广泛应用于生物医学领域。
PLA可以制备成各种生物医用材料，如PLA纳米纤维膜、PLA显微球等。
这些材料可以用于组织工程、药物缓释等方面，为生物医学研究和应用提供了新的可能。
3.3 3D打印材料PLA由于其良好的可加工性和机械性能，成为了广泛应用于3D打印领域的材料之一。
PLA可以通过3D打印技术制备出复杂的结构和器件，应用于建筑、工业制品等领域。
4. PLA聚乳酸的制备方法4.1 乳酸聚合法乳酸聚合法是目前制备PLA的主要方法之一。
该方法主要通过乳酸的缩聚反应得到PLA。
乳酸聚合法的优点是反应条件温和，产率高，制备过程简单。
4.2 乳液聚合法乳液聚合法是另一种常用的制备PLA的方法。
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PersonalLAB仪器简介
加拿大公司(ADALTIS Inc.)有近20年的全自动酶标仪生产经验，目前有4000多台各种型号的全自动酶标仪安装在全球60多个国家。
ADALTIS公司是专业的免疫产品生产厂家，是全球极少数能同时生产全自动酶标仪和 ELISA 试剂的公司之一。
PersonalLAB 基本概念：
◇同时处理2块96孔酶标板的全自动酶标仪；
◇开放系统，适用于不同厂家提供的 ELISA 试剂；
仪器主要特点：
仪器主要技术指标：
加样系统
样本容量96/50个样本管；
样本管可以使用不同类型的样本管
加样位置2块板
吸液系统双重(标准一次性TIP 头& 金属加样针) 吸液量10-1000 µL
精密度：Array一次性TIP头加样本<3.0% with 25µL (CV)
<2.0% with 100µL (CV)
金属针加样本<2.5% with 10µL (CV)
<2.0% with 25µL (CV)
<1.5% with 100µL (CV)
试剂<3.0% with 50µL (CV)
<2.5% with 100µL (CV)
每个加样臂的加样速度：
样本< 14 分钟/板(100 µL x 96 孔)
试剂< 3分钟/板(100 µL x 96 孔)
液面感应空气感应& 电子感应
凝块监测有
加样量监测有
清洗系统
清洗液容量 3 个清洗液，有液面监测
程序可编辑是(参数可选择)
振荡连续Array量100-2000 µL
清洗循环1-9次
浸泡时间1秒-2分钟
液体残留量<1 uL
16通道8道吸液，8道注液
读数系统
线性1%（0:2OD）
光度范围0-4.0 OD （可扩展到7.0 OD）
光谱范围400-700 nm
滤光片8个位置：标准配置405, 450, 492, 550, 620 nm 孵育系统
孵育器 2 个独立的孵育器
程序可编辑是
温度范围室温-45°C
稳定性+ 1°C
振荡连续
软件系统
操作系统Windows 系统
双向传输ASTM (可连接LIS)
病人存档结果以工作表和单个病人两种形式储存。