IRCA 90002000 PAPER QMS1 ISSUE 1 2001-C

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TF卡座规格大全

4/31!4/31!5/563/512/311/:61/222/1126/11MSPN09A REV.SHEET SCALE .X°± 2°X.°± 5°.XX°± 1°.XXX°± 0.5°.XXX± 0.10.XX± 0.20.X± 0.30X.± 0.40PROJ.UNIT APPROVAL CHECKED TITLE DRAWN DWG NO.B C D E F G H I I H G F ED AC B Proconn Technology Co., Ltd.J J PART NO.mmGENERAL TOLERANCE CUSTOMER DRAWING PROCESS COMPLIANT Pb -01-D GND WITHOUT CARD CARD INSERTED (#10)(#9) PATENTS PENDING. ARE COVERED BY PATENTS AND/OR 2.ALL RIGHTS RESERVED,PRODUCTS )TE!DBSE!DJSDVU!;(#9(#10)GND C/D 1.THIS PRODUCT DOESN'T CONTAIN ENVIRONMENTAL HAZARDOUS MATERIALS PER DIRECTIVE 2002/95/EC FOR RoHS.C/D Micro SD Normal push-push Type Connector 4:1D /21MSPN09-X0-0000D M B Dbse!Tmpu .B.1/96!2/21!2/:11/7122/261/211/16.1/16,B!!)23!;!2* A -- CONTACT UNLEAD PLATING: A:GOLD FLASH C:10ȝ" GOLD NOTES : 1. MATERIAL : INSULATOR : HIGH TEMPERATURE THERMOPLASTIC FLAMMABILITY RARING : UL94V-0 COLOR : BLACK CONTACT : COPPER ALLOYS COVER : COPPER ALLOYS 2. CONTACT AREA PLATING : GOLD OVER Ni C/D : MICRO SD CARD CARD DETECT INDICATION 3. P/N : MSPN09- X0-0000T A 1/4B C D D EN030807 BOB :/61:/:1y3!2/21!9/111/911/41QSPDPOO YYYYYYYEBUF!DPEFQSPDPOO!MPHP!!!!DBSE DFOUFS!MJOF 25/81.X°± 2°X.°± 5°.XX°± 1°.XXX°± 0.5°.XXX± 0.10.XX± 0.20.X± 0.30X.± 0.40UNIT APPROVAL CHECKED TITLE DRAWN Proconn Technology Co., Ltd.PART NO.GENERAL TOLERANCECUSTOMER DRAWING Micro SD Normal push-push MSPN09-X0-0000YYYYYYY YYYYYYYNOTES :1.Material :Housing/Slide : High temperature thermoplastic,UL94-V0. Housing Color : Black/Slide Color11.10 0.05NOTES :1.Material :Housing/Slide : High temperature thermoplastic,UL94-V0. Housing Color : Black/Slide Color11.10 0.05OPUFT!;!2/!NBUFSJBM!;!!!!!JOTVMBUPS!;!IJHI!UFNQFSBUVSF!UIFSNPQMBTUJD!!!!GMBNNBCJMJUZ!SBSJOH!;!VM:5W.1!DPMPS!;!CMBDLProconn Technology Co., Ltd.MICRO SD REV. PUSH-PUSH TYPE (H=1.8mm)DWG NO.MSPR09-15-BMICRO SD REV. PUSH-PUSH TYPE (H=1.8mm).X°± 2°X.°± 5°.XX°± 1°.XXX°± 0.5°TITLE Proconn Technology Co., Ltd.PART NO.GENERAL TOLERANCECUSTOMER DRAWING2/96²1/2²1/21/4²1/23/21.THIS PRODUCT DOESN'T CONTAIN ENVIRONMENTAL HAZARDOUSmm .nd hold on the products sur fa ce DWG NO.Proconn Technology Co., Ltd.1.THI S PRODUCT DOE S N'T CONT A M S PN10-09-0-4000D Push Nor ma l Type(H=1.50mm ).X °± 2°X .°± 5°.XX °± 1°.XXX °± 0.5°TITLEProconn Technology Co., Ltd.PART NO.L TOLER A NCETOMER DR A WING1.THI S PRODUCT DOE S N'T CONT A M SInput M a teri a l Direction1.THI S PRODUCT DOE S N'T CONT Arton P a per Connector Other bel P a perReel P S rrier T a pe P Sˠ˦˛ˡ˃ˋˀ˔˃ˀ˃˃˄ˆˠ˦˛ˡ˃ˋˀ˔˃ˀ˃˃˄ˆˠ˦˛ˡ˃ˋˀ˔˃ˀ˃˃˄ˆ。

压敏粘合剂卷筒纸的非粘性边缘[发明专利]

专利名称：压敏粘合剂卷筒纸的非粘性边缘
专利类型：发明专利
发明人：R·P·布尔德莱斯,J·J·塞纳,J·M·帕尔梅里,R·G·斯彭切尔
申请号：CN02121964.8
申请日：20020529
公开号：CN1390753A
公开日：
20030115
专利内容由知识产权出版社提供
摘要：本发明涉及含有承载层、连续实用层和粘合剂层的卷筒纸材料，其中所述的粘合剂层位于所述的承载层和所述的实用层之间，所述的粘合剂层更强有力地粘附到所述的实用层上，所述的实用层比所述的承载层窄。

申请人：伊斯曼柯达公司
地址：美国纽约州
国籍：US
代理机构：北京纪凯知识产权代理有限公司
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Air Saver Unit ASV2000、ASV5000、ASV13000、ASV15000 系

WarningThe applicability of pneumatic equipment to the intended system should be judged by the pneumatic system designer or the personnel who determined speciﬁcations for such system.1. General InformationThis product is a pulse air generation unit with built-in soft seal (ASV5000), and metal seal (ASV2000, ASV13000 & ASV15000) pneumatic valve. This product is mainly for reducing air consumption in air blowing applications.2. Ordering InstructionsPlease refer to our catalog – Air Saver Unit.Note 1) When ambient temperature of the unit goes below 5 , complete dry air shall be supplied to prevent freezing.Note 2) The featured Air Saver Units are external pilot operated unit. Therefore, during air blow operation, external pilot pressure should be more than 3 bar. Please make sure to supplymore than 3 bar for external pilot air supply port at all time.3. SpeciﬁcationsAs operating conditions for products contained in this instruction are diversified, the applicability of pneumatic equipment to the intended system should be determined by the pneumatic system designer or the personnel who determined specifications for such system after conducting an analysis or testing as necessary. Before making a system, the system designer should thoroughly examine allspecifications for such a system and also take into consideration the possibility of any trouble with the equipment.The pneumatic equipment should be handled by persons who have sufﬁcient knowledge and rich experience.Never operate machinery nor remove the equipment until safety is assured.Before checking or servicing machinery and equipment, be sure to check that steps for prevention of dropping or runaway of the driven component have been completely taken.When removing the equipment, make sure that the above-mentioned safety measures have been done beforehand. Then turn off air supply and power to the system and purge compressed air in the system.When restarting machinery and equipment, check that proper prevention of malfunction has been provided for and then restart carefully.When using the pneumatic equipment in the following conditions or environments, take the proper safety measures and consult Parker beforehand.Conditions and environments other than specified and outdoor use. Applications to nuclear power equipment, railroads, aircraft, vehicles, medical equipment, equipment connected with food and drink, amusement facilities and safety devices such as emergencyinterruption devices, clutch/brake circuits for a press and the likes. Applications which require extreme safety and will also greatly affect human and property.Improper handling of compressed air will result in danger. Assembling, operation and maintenance of machinery using pneumatic equipment should be performed by persons who have sufficient knowledge and rich experience.Please refer to our catalog – Air Saver Unit.4. How to adjust pulse cyclesASV2000ASV5000ON time adjustment needleOFF time adjustment needleON time adjustment needleOFF timeadjustment needleON time adjustment needleOFF time adjustment needleASV13000 & ASV15000TimeƐ PLQ FlowON time Off timeOnly for ASV13000 & 15000: Confirm “Continuous/Pulse Needle” is fully opened before adjusting pulse cycles.1) Do not supply air to the unit when adjusting the Continuous/Pulse Needle2) The “Continuous/Pulse Needle” should be fully opened by loosing theneedle in CCW direction, and fix its position by a lock nut (Shipment condition). 3) When the “Continuous/Pulse Needle” is fully closed, the main valve position keeps the “ON” condition and does not create pulsed blow.Continuous/Pulse needleASV13000 & ASV15000ON (Continuous blow)OFF (Pulse blow)Operating ManualIndicates an impeding hazardous situation which may arise due to improper handling or operation and could result in serious personal injury or death.Danger WarningCautionIndicates a potentially hazardous situation which may arise due to improper handling or operation and could result in serious personal injury or death.Indicates a potentially hazardous situation which may arise due to improper handling or operation and could result in personal injury or property-damage-only accidents.!!!Thank you for your choice of Parker product. Please read this operating manual carefully and use the product correctly. Keep this operating manual in case questions arise about this product in the future. If this operating manual becomes unreadable or lost, consult our distributors or Parker sales offices.*1 ISO 4414: Pneumatic fluid power recommendations for the application of equipment to transmission control systemFor Safety UseThe following safety precautions are provided to prevent damage and injury to personnel and to provide instructions on the correct usage of this product. These precautions are classified into 3 categories: “CAUTION”, ”WARNING”, and “DANGER” according to theseverity of possible injury or damage and the likelihood of such injury or damage. Be sure to comply with all precautions. Also comply with safety regulations such as ISO 4414(*1), Industrial Safety and Health Law, and High Pressure Gas Safety Law.9IM-V075-*Adjust frequency of pulsed air to less than5Hz (ASV2000&ASV5000),0.1~1Hz (ASV13000&15000). If frequency of pulsed air is higher than 5 Hz, (ASV2000&ASV5000),1Hz (ASV13000&ASV15000), operation of the pneumatic circuit (logistic element) may become unstable.CautionWhen air blow is not desired, be sure to cut air supply to the Air Saver Unit. Air blow may come out even the ON/OFF time adjustment needles are fully tightened. This unit is not designed to be an “OFF” valve.5. Notes for usageA)Before pipingThoroughly flush the inside of any pipes to remove chips, coolant, dust and etc. B) Air quality$LU 6DYHU UHTXLUHV DQ DLU ILOWHU ZLWK ILOWUDWLRQ RI ȝP RU ILQHU2) If it is difficult to make filter drain management periodically, Parker recommends setting up an air filter with automatic drain mechanism. 3) Be sure to take proper maintenance for a compressor. If sludgeproduced in compressor oil enters pneumatic equipment, it will cause operation failure of pneumatic equipment. Parker recommends setting up a coalescing filter after a filter.C) Pneumatic circuitThis unit is external pilot operated valve. To avoid malfunctions due to pressure drops, the external pilpt air supply pressure must be more than 3 bar at all times. To avoid pressure drops during air blowing process, set up relatively higher supply pressure and use tubes with proper diameter.D) Stopping the air blowBe sure to cut air supply to Air Saver Unit when air blow is not used. Blown air may come out even if the ON/OFF time adjustment needles are fully tightened.E) LubricationThis product does not require lubricated air. Please do not lubricate it.6. Failure and trouble shootinga) Failure and countermeasureFailure condition CauseCountermeasureThe unit cannot be operated.Operating frequency is getting slower.Supply air might be less than 3 bar during operation.Adjust supply air pressure properly.Substantial air leakage is observed.From mainvalve part From basegasketValve part is contaminated with dust or sludge.Dust or high viscosity oil is trapped in the valve and it obstructs the spool.Contaminant is caught inside of the pneumatic circuit, and it blocks up the flow.Contaminant accumulatedin the exhaust port,obstructing the air flow.Spool seal rings are damaged.Tightening torque for mounting screws is not enough to mount valve.1)Replace the product.2)If an air filter is notused, use an air filter.3)If problem is sludge,use a coalescing filter.1)Replace the product.2)If air filter is not used, use an air filter.Replace the logic element.Clean air mufflers orreplace them.Replace the master valve.Tighten mounting screws to appropriate torque.7. Maintenance and disassemblyRegarding repair and maintenance, please consult Parker.As a general rule, do not attempt maintenance or disassemble.If it is absolutely necessary to do maintenance work, keep the following points in mind.1) Make sure that the actuators such as cylinders will not cause damage if they move.2) Cut off electricity.3) Cut off pneumatic pressure and exhaust air in the line.4) Clean up the surroundings of the valve.CautionPreparation for air supply and adjustment of pulse time1) After piping to Air Saver Unit and while the supply air is shut off, fully close the ON time adjustment needle (clockwise rotation) and fully loosen the OFF time adjustment needle (counter clockwise rotation).There are dots on the screw heads of adjustment needles. Please use the dots for position indication of ON/OFF adjustment.2) Turn on air to the supply port, air should pass to the output port continuously.3) Slowly loosen the ON time adjustment needle in CCW direction. A pulsed air blow with short OFF time will start. It is suggested to stop rotating the ON time adjustment needle at around 3 turns (for ASV2000), 2 turns (for ASV5000), or 1.5 turns (for ASV13000&15000) in CCW direction.4) ASV2000&ASV5000:Next, adjust the OFF time by slowly tightening the OFF time adjustment needle in CW direction. The OFF time of the pulsed air blow will get longer. Stop rotating the OFF time adjustment needle at around 7 turns (for ASV2000) or 5 turns (for ASV5000). This should result in about 50% ON/OFF duty of pulsed air blow at 1.5Hz (ASV2000) or 2Hz(ASV5000). ASV13000&15000:Close OFF time adjustment needle fully by screwing the needle in CW direction. Then, slowly loosen about 2 turns in CCW direction. This should result in about 1Hz and 50% duty pulsed air blow.5) Use the procedure of 4) as a starting point, and make the frequency and duty adjustments required in your application by using the ON time and OFF time adjustment needles.6) Fix the adjustment position by tightening lock nuts on adjustment screws.NoteAny request of after-service or maintenance parts, please contact our distributors or Parker customer service. Keep this operation manual. This operation manual would be changed without notice. Please check the newest version.Any attempt to repair and/or disassembling of the product by the user violates the warranty and Parker does not take any responsibility for damage and injury caused by it.Kuroda Pneumatics Ltd(Parker Hannifin Automation Division Japan)10243 Kamakazu, Asahi city, Chiba 289-2505, Japan。

航空发动机叶片检测验收技术

叶片材料性能检测
硬度检测
通过硬度计测量叶片材料的硬度，评估材料的机械性能和耐磨性。
拉伸检测
通过拉伸试验机测量叶片材料的拉伸强度、延伸率等力学性能参数，评估材料的力学性能和可靠性。
03
验收标准与流程
叶片外观验收标准
叶片表面应光滑、无划痕、无裂纹、无气孔等缺陷。
叶片的涂层应均匀，无明显色差或剥落现象。
叶片维修过程中的检测应用
叶片损伤评估
通过目视检查、敲击检测和振动分析等方法，对叶片的损伤程度进行评估，确定是否需要维修或
更换。
叶片修复质量检测
对经过修复的叶片，采用与生产过程中类似的检测方法，对修复质量进行检测，确保叶片能够恢复到原始性能。
叶片性能测试
在维修后，对叶片进行性能测试，包括耐久性、稳定性和冷却性能等，确保叶片满足使用要求。
叶片检测的重要性
确保叶片的质量和可靠性，防止因叶片故障导致的航空事故。
通过检测验收，可及时发现并处理叶片生产中的质量问题，提高生产效率和产品质量。
02
叶片检测技术
无损检测技术
超声检测
利用超声波在叶片材料中的传播特性，检测叶片内部和表面的缺陷，具有非破坏性、高精度和灵敏度高的特点。
磁粉检测
3
叶片材料的机械性能，如抗拉强度、冲击韧性等应满足使用要求。
叶片功能性验收
叶片在发动机上的安装应牢固，无松动现象。
叶片的冷却性能、气动性能等应符合设计要求。
叶片的动平衡性能应良好，无明显振动或异常声音。
04
叶片检测设备与工具
无损检测设备
超声波检测仪
利用超声波在物体中的传播和反射，检测叶片内部和表面的缺陷。

化学标准参考手册说明书

3-772CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be4CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.beICP Single Element Standards 10 000 mg/LI C P S TA N D A R D S 10.000 P P MElement HNO 3HCl H 2ONH 4OHHFHNO 3/HF HNO 3/tart.KOHNaOHOthersAl CL01.0103CL01.0104Sb CL01.0123CL01.0124As CL01.0134Ba CL01.0203CL01.0204Be CL01.0214Bi CL01.0223B CL01.0233Cd CL01.0303Ca CL01.0314Ce CL01.0323Cs CL01.0333Cr CL01.0364CL01.0363Co CL01.1123CL01.1128Cu CL01.1133CL01.1134Dy CL01.0433Er CL01.0503Eu CL01.0513Gd CL01.0703Ga CL01.0713Ge CL01.0743Au CL01.0733Hf CL01.0804CL01.0803Ho CL01.0823In CL01.0923Ir CL01.0933Fe CL01.0903CL01.0904La CL01.1203Pb CL01.1223Li CL01.1214Lu CL01.1233Mg CL01.1304CL01.1310Mn CL01.1313Hg CL01.1153Mo CL01.1334CL01.1333Nd CL01.1413Ni CL01.1423Nb CL01.1433Pd CL01.1603P CL01.0643CL01.0633CL01.0634Pt CL01.1613K CL01.1104Pr CL01.1623Re CL01.1804CL01.1803Rh CL01.1813Rb CL01.1824Ru CL01.1834Sm CL01.1903Sc CL01.1913Se CL01.1923Si CL01.1943CL01.1934CL01.1933Ag CL01.2603Na CL01.1404Sr CL01.1963S CL01.2644CL01.2643Ta CL01.2003CL01.2004Te CL01.2015CL01.2014Tb CL01.2023Tl CL01.2033Th CL01.2043Tm CL01.2053Sn CL01.2063Ti CL01.2073CL01.2074W CL01.2303CL01.2304CL01.2333V CL01.2203Yb CL01.2503Y CL01.2513Zn CL01.2613ZrCL01.2633I C P S T A N D A R D SCHEM-LAB NV - BELGIUM - Tel. +32 (0)50 28 83 20 - Fax +32 (0)50 78 26 54 - info@chem-lab.be - www.chem-lab.be6AntimonyArsenicumBariumBerylliumBismuthBoronCadmiumCalciumCalcium oxideCeriumCesiumI C P S I N G L E E L E M E N T S CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be7CobaltCopperDysprosiumErbiumEuropiumGadoliniumGalliumGermaniumGoldHafniumHolmium8CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.beIridiumIronLanthanumLeadLithiumLutetiumMagnesiumNEWMagnesium oxideManganeseMercuryMolybdenumNeodymiumI C P S I N G L E E L E M E N T S CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be9NiobiumPalladiumPhosphorusPhosphorus pentoxidePlatinumPotassiumPotassium oxidePraseodymiumRheniumRhodiumRubidiumCHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be10SamariumScandiumSeleniumSiliciumSilverSodiumSodium oxideStrontiumSulfurTantalumTelluriumI C P S I N G L E E L E M E N T S CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be11ThalliumThoriumThuliumTinTitaniumTungstenVanadiumYtterbiumYttriumZincZirconiumCHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be12A Certificate of Analysis is provided with each ICP standard stating:- Actual certified concentration of the final solution- Traceability to NIST- Expiration date- Trace impurities detected I C P S I NCHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be13ICP Single Element Standards 1 000 mg/LI C P S TA N D A R D S 1.000 P P MElement HNO 3HCl H 2ONH 4OHHFHNO 3/HF HNO 3/tart.KOH NaOHOthersAl CL01.0101CL01.0102Sb CL01.0121CL01.0122CL01.0162As CL01.0133CL01.0132CL01.0131Ba CL01.0201CL01.0202Be CL01.0212CL01.0211Bi CL01.0221B CL01.0232CL01.0231Cd CL01.0301Ca CL01.0311CL01.0312Ce CL01.0321Cs CL01.0331Cr CL01.0362CL01.0361CL01.0352Co CL01.1121CL01.1122Cu CL01.1131CL01.1132Dy CL01.0431Er CL01.0501Eu CL01.0511Gd CL01.0701Ga CL01.0711Ge CL01.0741CL01.0721Au CL01.0731Hf CL01.0802CL01.0801Ho CL01.0821In CL01.0921Ir CL01.0931Fe CL01.0901CL01.0902La CL01.1201CL01.1202Pb CL01.1221Li CL01.1212CL01.1211Lu CL01.1231Mg CL01.1301CL01.1302Mn CL01.1311CL01.1312Hg CL01.1151Mo CL01.1332CL01.1331Nd CL01.1411Ni CL01.1421CL01.1422Nb CL01.1431Os CL01.1501Pd CL01.1601P CL01.0641CL01.0631Pt CL01.1611K CL01.1101CL01.1102Pr CL01.1621Re CL01.1802CL01.1801Rh CL01.1811Rb CL01.1822CL01.1821Ru CL01.1831Sm CL01.1901Sc CL01.1911Se CL01.1922CL01.1921Si CL01.1999CL01.1945CL01.1932CL01.1931CL01.1935Ag CL01.2601Na CL01.1401CL01.1402Sr CL01.1962CL01.1961S CL01.2641CL01.2642Ta CL01.2001CL01.2002Te CL01.2012CL01.2013CL01.2011Tb CL01.2022Tl Th CL01.2041Tm CL01.2051Sn CL01.2061CL01.2062Ti CL01.2072CL01.4601CL01.2071CL01.2075W CL01.2302CL01.2301CL01.2331V CL01.2201Yb CL01.2501Y CL01.2511Zn CL01.2611CL01.2612ZrCL01.2632CL01.2631CL01.2672I C P S I N G L E E L E M E N T S T A N D A R D SCHEM-LAB NV - BELGIUM - Tel. +32 (0)50 28 83 20 - Fax +32 (0)50 78 26 54 - info@chem-lab.be - www.chem-lab.be14Aluminium(III) oxideAntimonyArsenicumBariumBerylliumBismuthBoronCadmiumI C P S I N G L E E L E M E N T S CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be15Calcium oxideCeriumCesiumChromiumCobaltCopperDysprosiumErbiumEuropiumGadoliniumGalliumCHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be16GoldHafniumHolmiumIndiumIridiumIronIron(III) oxideLanthanumLeadLithiumLutetiumI C P S I N G L E E L E M E N T S CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be17Magnesium oxideManganeseManganese(III) oxideMercuryMolybdenumNeodymiumNickelNiobiumOsmiumPalladiumDon’t see the exact solution you need?E-mail us the Tailor Made Standard Quotation request form in the back of the catalog. 18CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.bePhosphorus pentoxidePlatinumPotassiumPotassium oxidePraseodymiumRheniumRhodiumRubidiumRutheniumSamariumScandiumI C P S I N G L E E L E M E N T S CHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be19SiliciumSilicium dioxideSilverSodiumSodium oxideStrontiumSulfurTantalumCHEM-LABNV-BELGIUM-Tel.+32(0)50288320-Fax+32(0)*****************************.chem-lab.be20TerbiumThalliumThoriumThuliumTinTitaniumTungstenVanadiumYtterbiumI C P S I N G L E E L E M E N T SZincZirconiumLuis BianchiISO/IEC 17025:2005 - General requirements for the competence of calibration laboratories ISO 9001:2008 - Quality ManagementISO Guide 34:2009 - General requirements for the competence of reference material producers A Certificate of Analysis is provided with each ICP standard stating:- Actual certified concentration of the final solution - Traceability to NISTAntimonyArsenicumBariumBerylliumBoronCadmiumCalciumCeriumCesiumChromiumCobaltCopperDysprosiumErbiumI C P S I N G L E E L E M E N T SGadoliniumGalliumGermaniumGoldHafniumHolmiumIndiumIridiumIronLanthanumLeadLithiumLutetiumManganeseMercuryMolybdenumNeodymiumNickelNiobiumOsmiumPalladiumPhosphorusPlatinumPotassiumPraseodymiumRheniumRhodiumI C P S I N G L E E L E M E N T SRutheniumSamariumScandiumSeleniumSiliciumSilverSodiumSulfurTantalumTelluriumTerbiumThalliumThoriumThuliumTinTitaniumTungstenVanadiumYtterbiumYttriumZincZirconium NEWDon’t see the exact solution you need?I C P S I N G L E E L E M E N T SAluminiumAntimonyBariumBerylliumBismuthBoronCadmiumCalciumCeriumCesiumChromiumCobaltCopperDysprosiumEuropiumGadoliniumGalliumGermaniumGoldHafniumHolmiumIndiumIridiumIronLanthanumLeadI C P S I N G L E E L E M E N T SLutetiumMagnesiumManganeseMercury NEWMolybdenumNeodymiumNickelNiobiumOsmiumPalladiumPhosphorusPlatinumPotassiumPraseodymiumRhodiumRubidiumRutheniumSamariumScandiumSeleniumSiliciumSilverSodiumSulfurTantalumTelluriumTerbiumThalliumI C P S I N G L E E L E M E N T SThuliumTinTitaniumTungstenVanadiumYtterbiumYttriumZincZirconium NEWChem-Lab’s certified “Custom Made Standards” will save you time and money.Multi Element ICP QC Standard sol. (QCS-23) (23E)CL01.13610Multi Element ICP QC Standard sol. (QCS-01) (23E)CL01.13601I C P M U L T I E L E MMulti Element ICP QC Standard sol. (QCS-04) (19E)NEW CL01.13604Multi Element ICP QC Standard sol. (QCS-19) (19E)CL01.13608Multi Element ICP QC Standard sol. (QCS-02) (7E)CL01.13602Multi Element ICP ASL QC Standard sol. (QCS-ASL-7) (7E)CL01.13607Multi Element ICP QC Standard sol. (QCS-06) (4E)CL01.13606I C P M U L T I E L E MA Certificate of Analysis is provided with each ICP standard stating:- Actual certified concentration of the final solution- Traceability to NIST- Expiration date- Trace impurities detectedMulti Element ICP SQS Standard sol. (SQS-01) (33E)CL01.13631I C P M U L T I E L E MReference Materials - Contents of certificates and labelsGeneral requirements for the competence of calibration laboratoriesPage 2 of 2Chem-Lab multi-element standards are compared against the following NIST SRMs Element Aq. SRMOil SRMElement Aq. SRMOil SRMAg 31511077a Nb 3137-Al 3101a 1075a Nd 3135a -As 3103a 3103a Ni 31361065b Au 3121-NO3-3185-B 31073107NO2-136e -Ba 3104a 1051b P 3139a 1071b Be 3105a 3105a Pb 31281059c Bi 31063106Pd 3138-Br-3184-PO4-33186-Ca 3109a 3109Pr 3142a -Cd 31081053a Pt 3140-Ce 3110-Rb 3145a -Cl-919b -Re 3143-Co 31133113Rh 3144-Cr 3112a 1078b S 31543154Cs 3111a -Sb 3102a 3102a Cu 31141080a Sc 3148a 3148a Dy 3115a -Se 31493149Er 3116a -Si 31501066a Eu 3117a -Sm 3147a -F-3183-Sn 3161a 1057b Fe 3126a 1079b SO4-23181-Ga 3119a -Sr 3153a 1070a Gd 3118a -Ta 3155-Ge 3120a -Tb 3157a -Hf 3122-Te 3156-Hg 31333133Th 3159-Ho 3123a -Ti 3162a 3162a In 3124a -Tl 31583158K 3141a 3141a Tm 3160a -La 3127a 3127a U 3164-Li 3129a 1060a V 31651052b Lu 3130a -W 3163-Mg 3131a 3131a Y 3167a 3167a Mn 31323132Tb 3166a -Mo 31343134Zn 3168a 1073b Na3152a1069bZr31693169*ICP-EPA Methods (Method 200.7 Version 3.3 & earlier) - Laboratory Performance Check Standard (LPCS) Contains 29 elements in 5% HNO3Multi Element ICP LFSS Standard sol. LFSS-01 (25E)CL01.13772*ICP-EPA Methods (Method 200.7 Version 3.3 & earlier) - Laboratory Fortifying Stock Solution (LFSS) Contains 25 elements in 5% HNO3 + traces HFMulti Element ICP SP Standard sol. SP-03 (12E)CL01.13743I C P M U L T I E L E*ICP-EPA Methods (Methods 6010A - 6010B - 200.7 Version 3.3 and earlier) - Mixed Calibration Standard 1 Contains 6 elements in 2% HNO3 (MCS-Multi Element ICP CAL Standard sol. MCS-04 (6E)CL01.13734Multi Element ICP SP Standard sol. SP-05 (5E)CL01.13745Multi Element ICP CAL Standard sol. MCS-02 (5E)CL01.13732 *ICP-EPA Methods (Methods 6010A - 6010B - 200.7 Version 3.3 and earlier) - Mixed Calibration Standard 2 Contains 5 elements in 2% HNO3 (MCS-Multi Element ICP SP Standard sol. SP-05R (5E)CL01.13754*ICP-EPA Methods (Method 200.7 Version 3.3 and earlier) - Spiking Standard for Drinking Water # 5R Contains 5 elements in 5% HNO3 (M-200.7-SP-Multi Element ICP SIC Standard sol. SICS-02 (5E)CL01.13762Multi Element ICP PLASOL Standard sol. M-200.7-PLASOL-1 (4E)CL01.13723*ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Plasma Solution (PLASOL) - Determining optimum viewing height of the plasma analytical zone.I C P M U L T I E L E MMulti Element ICP SP Standard sol. SP-01R (4E)CL01.13751 *ICP-EPA Methods (Method 200.7 Version 3.3 and earlier) - Spiking Standard for Drinking Water # 1R Contains 4 elements in H2O + traces HF (M-Multi Element ICP SP Standard sol. SP-02R (4E)CL01.13752 *ICP-EPA Methods (Method 200.7 Version 3.3 and earlier) - Spiking Standard for Drinking Water # 2R Contains 4 elements in 2% HNO3 (M-200.7-SP-Multi Element ICP CAL Standard sol. MCS-03 (3E)CL01.13733Tailor Made Mixtures can be formulated to meet your special applications.Multi Element ICP SP Standard sol. SP-01 (3E)CL01.13741Multi Element ICP TUNSOL Standard sol. M-200.7-TUNSOL-1 (2E)CL01.13724*ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Tuning Solution (TUNSOL) - Adjusting the aerosol argon gas flow prior to calibration and analysis.Mono Element ICP SP Standard sol. TCLP-02 (1E)CL01.13773*ICP-EPA Methods (Methods 6010B - 200.7 Version 3.3 and earlier) - Spiking & Mercury Standard - TCLP Standaard 2 Contains 1 elements in 5%I C P M U L T I E L E MMono Element ICP SP Standard sol. SP-04R (1E)CL01.13753 *ICP-EPA Methods (Method 200.7 Version 3.3 and earlier) - Spiking Standard for Drinking Water # 4R Contains 1 elements in 2% HNO3 (M-200.7-SP-Mono Element ICP SIC Standard sol. SICS-01 (1E)CL01.13761Mono Element ICP SP Standard sol. TCLP-02-10X (1E)CL01.13746*ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Instrument Fortifying (Spiking) Standard # 1 Contains 26 elements in 5% HNO3 + tracesMulti Element ICP IPC Standard sol. M-200.7-IPC-01 (26E)CL01.13721 *ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Instrument Performance Check (IPC) Contains 26 elements in 5% HNO3 (M-200.7-IPC-I C P M U L T I E L E*ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Instrument Fortifying (Spiking) Standard for Solids # 1 Contains 24 elements in 5% HNO3Multi Element ICP LFSS Standard sol. M-200.7-LFSS-01W (22E)CL01.13712 *ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Instrument Fortifying (Spiking) Standard for Water # 1 Contains 22 elements in 5% HNO3Multi Element ICP CAL Standard sol. M-200.7-01 (10E)CL01.13701Chem-Lab’s certified “Custom Made Standards” will save you time and money.Multi Element ICP CAL Standard sol. M-200.7-02R (6E)CL01.13702Multi Element ICP LFSS Standard sol. M-200.7-LFSS-02 (5E)CL01.13714*ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Instrument Fortifying (Spiking) Standard # 2 Contains 5 elements in 5% HNO3 + traces HFMulti Element ICP IPC Standard sol. M-200.7-IPC-02 (5E)CL01.13722*ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Instrument Performance Check (IPC) Contains 5 elements in 5% HNO3 + traces HF (M-I C P M U L T I E L E MMulti Element ICP PLASOL Standard sol. M-200.7-PLASOL-1 (4E)CL01.13723 *ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Plasma Solution (PLASOL) - Determining optimum viewing height of the plasma analytical zone.Multi Element ICP CAL Standard sol. M-200.7-03R (4E)CL01.13703Multi Element ICP TUNSOL Standard sol. M-200.7-TUNSOL-1 (2E)CL01.13724 *ICP-EPA Methods (Method 200.7 Version 4.4, May 1994) - Tuning Solution (TUNSOL) - Adjusting the aerosol argon gas flow prior to calibration and analysis.Multi Element ICP QC Standard sol. (QCS-01) (23E)CL01.13601Multi Element ICP INT Standard sol. INT-B1 (12E)CL01.13682I C P M U L T I E L E MMulti Element ICP QC Standard sol. (QCS-02) (7E)CL01.13602Multi Element ICP CAL Standard sol. MCS-01 (6E)CL01.13731 *ICP-EPA Methods (Methods 6010A - 6010B - 200.7 Version 3.3 and earlier) - Mixed Calibration Standard 1 Contains 6 elements in 2% HNO3 (MCS-Multi Element ICP Standard sol. PLASOL-R (5E)CL01.13822A Certificate of Analysis is provided with each ICP standard stating:- Actual certified concentration of the final solution- Traceability to NIST- Expiration date- Trace impurities detected。

N2000、S2000、N4000、N5100、N8000、S8000、N10200、N15000、

SAFETY DATA SHEET Issuing Date 24-Apr-2014Revision Date 28-Dec-2017Revision Number 1Section 1. Identification of the substance/mixture and of the company/undertaking1.1. Product identifierProduct Name N2000, S2000, N4000, N5100, N8000, S8000, N10200, N15000, N18000, N30000,S30000, N62000, N150000, N190000, N450000, N2700000, N2700000SP, GJ3000P,VP1600, VP2400, VP3000, VP3700, VP5800, VP8400, ATS-DSR1.2. Relevant identified uses of the substance or mixture and uses advised againstRecommended Use Viscometer and/or density measurement equipment calibration and performanceverification reference standardUses advised against No information available1.3. Details of the supplier of the safety data sheetFor further information, please contactE-mail Address No information available1.4. Emergency telephone numberEmergency Telephone Number (800) 255-3924 Domestic CHEM-TEL Inc.+1 (813) 248-0585 Overseas CHEM-TEL Inc. (Please Call Collect)Europe112Section 2. Hazards identification2.1. - Classification of the substance or mixtureREGULATION (EC) No 1272/2008Not classified2.2. Label ElementsNot classified2.3. Other informationMay be irritating to eyes, respiratory system and skin.Section 3. Composition/information on ingredients 3.1. Substances3.2. MixturesChemical Name EC-No CAS-No Weight %EU - GHS SubstanceClassification REACH No.SupplierCannon Instrument Company2139 High Tech Rd.State College, PA 16803-1733TEL: (814) 353-8000; (800) 676-6232Physical HazardsNone_____________________________________________________________________________________________Page 1 / 7VP3700, VP5800, VP8400, ATS-DSR_____________________________________________________________________________________________ Polybutene-9003-29-6100No data available For the full text of the H-Statements mentioned in this Section, see Section 16Section 4. First aid measures4.1. Description of first-aid measuresEye Contact Rinse thoroughly with plenty of water, also under the eyelids. Get medical attention ifirritation persists.Skin Contact Wash off with warm water and soap. Get medical attention if symptoms occur.Ingestion Do NOT induce vomiting. Drink plenty of water. Never give anything by mouth to anunconscious person. Get medical attention.Inhalation IF INHALED: If breathing is difficult, remove to fresh air and keep at rest in a positioncomfortable for breathing. Get medical attention.Protection of First-aiders Ensure that medical personnel are aware of the material(s) involved, and take precautionsto protect themselves.4.2. Most important symptoms and effects, both acute and delayedMost Important Symptoms/Effects Irritation.4.3. Indication of immediate medical attention and special treatment neededNotes to Physician Treat symptomatically.Section 5. Fire-fighting measures5.1. Extinguishing mediaSuitable Extinguishing MediaUse extinguishing measures that are appropriate to local circumstances and the surrounding environment.Extinguishing media which must not be used for safety reasonsNo information available.5.2. Special hazards arising from the substance or mixtureSpecial exposure hazards arising from the substance or preparation itself, combustion products, resulting gasesNone in particular.5.3. Advice for firefightersSpecial protective equipment for fire-fightersAs in any fire, wear self-contained breathing apparatus and full protective gear._____________________________________________________________________________________________VP3700, VP5800, VP8400, ATS-DSRSection 7. Handling and storage7.1. Precautions for Safe Handling HandlingHandle in accordance with good industrial hygiene and safety practice. Avoid contact with skin, eyes and clothing. Remove and wash contaminated clothing before re-use. Wear personal protective equipment.Hygiene MeasuresHandle in accordance with good industrial hygiene and safety practice.7.2. Conditions for safe storage, including any incompatibilities Keep containers tightly closed in a dry, cool and well-ventilated place.7.3. Specific end use(s) Exposure Scenario No information available.Other GuidelinesNo information available.Section 8. Exposure controls/personal protection8.1. Control parameters Exposure LimitsThis product, as supplied, does not contain any hazardous materials with occupational exposure limits established by the region specific regulatory bodies.Biological occupational exposure limitsThis product, as supplied, does not contain any hazardous materials with biological limits established by the region specific regulatory bodies Derived No Effect LevelNo information available.Predicted No Effect Concentration (PNEC)No information available.8.2. Exposure controls Engineering MeasuresEnsure adequate ventilation, especially in confined areas.Section 6. Accidental release measures6.1. Personal precautions, protective equipment and emergency proceduresAvoid contact with skin, eyes and clothing. Refer to Section 8 for personal protective equipment.6.2. Environmental precautionsPrevent further leakage or spillage if safe to do so.6.3. Methods and materials for containment and cleaning up Prevent further leakage or spillage if safe to do so.Dam up. Contain and collect spillage with non-combustible absorbent material, (e.g. sand, earth, diatomaceous earth, vermiculite)and place in container for disposal according to local/national regulations (see Section 13). Clean contaminated surface thoroughly.6.4. Reference to other sectionsSee Section 12 for additional information.VP3700, VP5800, VP8400, ATS-DSR_____________________________________________________________________________________________ Personal protective equipment Personal protection equipment should be chosen according to the CEN standards Eye Protection Safety glasses with side-shields.Skin and Body Protection Long sleeved clothing.Hand Protection Protective gloves.Respiratory Protection When workers are facing concentrations above the exposure limit they must useappropriate certified respirators.Environmental Exposure Controls No information available.Section 9. Physical and chemical properties9.1. Information on basic physical and chemical propertiesPhysical State Liquid Appearance ColorlessOdor Faint hydrocarbonProperty Values Remarks/ - MethodpH No data available None knownMelting Point/Range No data available None knownBoiling Point/Boiling Range No data available None knownFlash Point > 115 °C Closed cupEvaporation rate No data available None knownFlammability (solid, gas)No data available None knownFlammability Limits in Air No data available None knownVapor Pressure No data available.None knownVapor Density No data available.None knownRelative Density No data available 0.88-0.92None knownWater Solubility Insoluble in water.None knownSolubility in other solvents Soluble in solvents.None knownPartition coefficient: n-octanol/water No data available None knownAutoignition Temperature No data available None knownDecomposition Temperature No data available None knownViscosity1600-1600000 cSt @ 40°C None knownExplosive Properties No information availableOxidizing Properties No information available9.2. Other informationVOC Content (%)No information availableSection 10. Stability and reactivity10.1. ReactivityNot reactive under normal conditions10.2. Chemical stabilityStable under normal conditions.10.3. Possibility of hazardous reactions10.4. Conditions to avoidKeep away from open flames, hot surfaces and sources of ignition.10.5. Incompatible materialsStrong oxidizing agents.10.6. Hazardous decomposition productsCarbon oxides.VP3700, VP5800, VP8400, ATS-DSR_____________________________________________________________________________________________Section 11. Toxicological information11.1. Information on toxicological effectsAcute ToxicityProduct Information.Inhalation Inhalation of mist may cause irritation to the respiratory system.Eye Contact Contact with eyes may cause irritation.Skin Contact May cause skin irritation and/or dermatitis. Repeated or prolonged contact may causelocalized dermal effects including contact dermatitis, dry skin, or rash.Ingestion Ingestion may cause gastrointestinal irritation, nausea, vomiting and diarrhea. Respiratory or Skin Sensitization No information availableMutagenic Effects No information availableCarcinogenic Effects No information availableReproductive Toxicity No information availableDevelopmental Toxicity No information availableSTOT - single exposure No information availableSTOT - repeated exposure No information availableAspiration Hazard No information available.Section 12. Ecological information12.1. ToxicityEcotoxicity EffectsContains no substances known to be hazardous to the environment at concentrations that would be significant.12.2. Persistence and degradabilityNo information available12.3. Bioaccumulative potentialNo information available.12.4. Mobility in soilNo information available.12.5. Results of PBT and vPvB assessmentNo information available12.6. Other adverse effectsThis product does not contain any known or suspected endocrine disruptors.Section 13. Disposal considerationsVP3700, VP5800, VP8400, ATS-DSR_____________________________________________________________________________________________ 13.1. Waste treatment methodsDispose of in accordance with local regulations.Waste from Residues / UnusedProductsContaminated Packaging Empty containers should be taken to an approved waste handling site for recycling ordisposal.Section 14. Transport informationNote:The information provided below may not apply to all shipping situations. Consult appropriateDangerous Goods Regulations for additional requirements and mode-specific,material-specific, or quantity-specific shipping requirements.IMDG/IMO14.1. UN-Number Not regulated.14.2. Proper Shipping Name Not regulated.14.3. Hazard Class Not regulated.14.4. Packing Group Not regulated.Description Not applicable.14.5. Marine Pollutant None14.6. Special Provisions NoneNo information available.14.7. Transport in bulk accordingto Annex II of MARPOL 73/78 andthe IBC CodeRID14.1. UN-Number Not regulated.14.2. Proper Shipping Name Not regulated.14.3. Hazard Class Not regulated.14.4. Packing Group Not regulated.Description Not applicable.14.5. Environmental hazard None14.6. Special Provisions NoneADR14.1. UN-Number Not regulated.14.2. Proper Shipping Name Not regulated.14.3. Hazard Class Not regulated.14.4. Packing Group Not regulated.Description Not applicable.14.5. Environmental hazard None14.6. Special Provisions NoneICAO14.1. UN-Number Not regulated.14.2. Proper shipping name Not regulated.14.3. Hazard Class Not regulated.14.4. Packing Group Not regulated.Description Not applicable.14.5. Environmental hazard None14.6. Special Provisions NoneIATA14.1. UN-Number Not regulated.14.2. Proper Shipping Name Not regulated.14.3. Hazard Class Not regulated.14.4. Packing Group Not regulated.Description Not applicable.14.5. Environmental hazard None14.6. Special Provisions NoneVP3700, VP5800, VP8400, ATS-DSR_____________________________________________________________________________________________Section 15. Regulatory information15.1. Safety, health and environmental regulations/legislation specific for the substance or mixtureInternational InventoriesContact supplier for inventory compliance statusTSCA CompliesEuropean Union CompliesDSL/NDSL CompliesPICCS CompliesENCS CompliesIECSC CompliesAICS CompliesKECL CompliesPICCS - Philippines Inventory of Chemicals and Chemical SubstancesENCS - Japan Existing and New Chemical SubstancesIECSC - China Inventory of Existing Chemical SubstancesAICS - Australian Inventory of Chemical SubstancesKECL - Korean Existing and Evaluated Chemical Substances15.2. Chemical Safety AssessmentNo information availableSection 16. Other informationKey literature references and sources for data/Issuing Date24-Apr-2014Revision Date28-Dec-2017Revision Note Update to Format.This safety data sheet complies with the requirements of Commission Regulation (EU) 2015/830 of 28 May 2015 amending Regulation (EC) No. 1907/2006General DisclaimerThe information provided on this SDS is correct to the best of our knowledge, information and belief at the date of its publication. The information given is designed only as a guide for safe handling, use, processing, storage, transportation, disposal and release and is not to be considered as a warranty or quality specification. The information relates only to the specific material designated and may not be valid for such material used in combination with any other material or in any process, unless specified in the text.End of Safety Data Sheet。

加入WTO中国纸业必须采用2000版ISO9000族质量管理体系标准

的基本理念，２０版标准的理论基础和指导思想。是００
１１２０版ＩＯ９０族的质量管理体系核心标准．００Ｓ００
（）１ＧＢ／１００００Ｉｔｌ００：００（量Ｔ９０２０ｄＳＯ９０２０（质
．；量体系认证；准转换堆质标
（）３ＧＢ／Ｔ１０４００ＩｔＩＯ０４：００质９０－２０ｄＳ９０２０（（
量管理体系业绩改进指南》 — 是以质量管理八项原 —
则为基础，助组织在有效性和高效两方面识别并满帮
维普资讯
舒总固
加入ＷＴＯ中国纸业必须采用２００版０
Ｉ９０质量管理体系标准００族Ｓ０
０范思齐（国造纸学会碱法草浆委员会辽宁开原１２０）中３０１
提要：简介了２０￣１０９Ｏ族标准的内容与特点，００ＳＯ０分析了加几ｗＴ后中国纸业通过质量体系Ｏ
认证和向２０版标准转换的必要性ＯＯ
关键词：００￣Ｉ９０￣２ＯＳＪ０００
问、辽宁造氟学喜常Ｉ井理事享受国务院ｌ
特殊津贴
ｌ
“ 同管理体系可以有共同管理和审核要求 ” 基本原不的
则（核员资格、审和外审及环境管理体系等）审内。１２２０版ＩＯ９ｏ族标准的特点、００Ｓｏｏ

2022年12月7日修订的PCT国际申请案卷包目录结构规范

2022年12月7日修订的PCT国际申请案卷包目录结构规范一、申请文件案卷包结构示例如下20221129103345 (案卷包名称)10000500002346（案卷包标识）2682168726e-appb.xml 申请体文件（四书）2682168726e-appb-D000001.tif 引用附图图片2682168726e-fees.xml 费用文件2682168726e-pkda.xml 包内文件列表2682168726e-requ.xml 请求书xml2682168726e-vlog.xml 日志文件Pct101.pdf 请求书PDF。

说明：案卷包内所有XML申请文件均需遵循国际局相关文件DTD标准及中国局新发布的中间文件DTD标准。

（1）案卷包名称（无要求，但必须保证唯一）；（2）案卷包标识（无要求，但必须保证唯一）；（3）申请文件（只能包括xml文件,jpg文件，tiff文件，txt 文件，pdf文件，zip文件，其中"专利代理委托书"可以在同一案卷包内提交多份，文件结构如上图所示。

）（4）每个案卷包标识目录下必须提交pkda.xml文件，用于描述案卷包内的结构，此示例的pkda.xml示例内容如下：<?xml version="1.0" encoding="UTF-8"?><!DOCTYPE package-data SYSTEM "package-data-v1-6.dtd"><package-data lang="zh" dtd-version="1.6" date-produced="20221125" produced-by="applicant" country="CN" status="new"><transmittal-info><new-application><invention-title lang="zh">一种装置</invention-title><first-named-applicant><last-name>张</last-name><first-name>三</first-name></first-named-applicant><file-reference-id>2682168726e</file-reference-id><document-name>REQUESTXML</document-name><document-name>APPBODYXML</document-name><document-name>FEESHEETXML</document-name><document-name>V ALLOGXML</document-name><to><country>CN</country></to></new-application></transmittal-info><signatories><signatory><name name-type="legal">有限公司</name><electronic-signature date="20221125"><basic-signature><text-string>/有限公司/</text-string></basic-signature></electronic-signature><signatory-capacity>代理人|有限公司</signatory-capacity></signatory></signatories><application-request id="161601" file="2682168726e-requ.xml" lang="zh"></application-request><fee-calculation-sheet id="161642" file="2682168726e-fees.xml" lang="zh"></fee-calculation-sheet><application-body-doc id="99999" file="2682168726e-appb.xml" lang="zh"></application-body-doc><other-documents><other-doc id="161661" file="2682168726e-vlog.xml" file-type="xml"><document-name>V ALLOGXML</document-name></other-doc></other-documents></package-data>。

AAMA_2603-98Alumcladdingtest

Publication No.AAMA 2603-98Voluntary Specification, Performance RequirementsAnd Test Procedures forPIGMENTED ORGANIC COATINGS ONALUMINUM EXTRUSIONS AND PANELSTABLE OF CONTENTS PREFACE1. SCOPE2. PURPOSE3. DEFINITIONS4. GENERAL5. TEST SPECIMENS6. TESTS6.1 COLOR UNIFORMITY6.2 SPECULAR GLOSS6.3 DRY FILM HARDNESS6.4 FILM ADHESION6.5 IMPACT RESISTANCE6.6 CHEMICAL RESISTANCE6.6.1 Muriatic Acid Resistance6.6.2 Mortar Resistance6.6.3 Detergent Resistance6.7 CORROSION RESISTANCE6.7.1 Humidity Resistance6.7.2 Salt Spray Resistance6.8 WEATHER EXPOSURE6.8.1 Accelerated Exposure6.8.2 Outdoor Exposure7. TEST REPORTS8. REFERENCED STANDARDSThis voluntary specification was developed by representative members of AAMA as advisory information and published as a public service. AAMA disclaims all liability for the use, application or adaptation of materials published herein. Copyright 1998 American Architectural Manufacturers Association 1827 Walden Office Square,Schaumburg,IL60173Phone847/303-5664....Fax847/*********************************** PREFACEFor years, the architectural community has recognized AAMA 603 and AAMA 605 as the standards for testing and performance of organic coatings on architectural aluminum extrusions and panels. Significant advances have been made in technology which have created the need to revise these specifications. AAMA 2603, “Voluntary Specification, Performance Requirements and Test Procedures for Pigmented Organic Coatings on Aluminum Extrusions and Panels;”AAMA 2604, “Voluntary Specification, Performance Requirements and Test Procedures for High Performance Organic Coatings on Aluminum Extrusions and Panels;”AAMA 2605, “Voluntary Specification, Performance Requirements and Test Procedures for Superior Performing Organic Coatings on Aluminum Extrusions and Panels;”S U P E R C E E D........................................................................................................................ AAMA 603, “Voluntary Performance Requirements and Test Procedures for Pigmented Organic Coatings on Extruded Aluminum;” andAAMA 605, “Voluntary Specification for High Performance Organic Coatings on Architectural Extrusions and Panels;” as well as all revisions to these documents. AAMA 2603 involves editorial changes only. The performance criteria is equal to AAMA 603.1. SCOPE1.1 This specification describes test procedures and performance requirements for pigmented organic coatings applied to aluminum extrusions and panels.1.2 This specification covers factory-applied spray coatings only.2. PURPOSEThe specification will assist the architect, owner and contractor to specify and obtain factory-applied organic coatings which will provide a good level of performance in terms of film integrity, exterior weatherability and general appearance over a period of many years.3. DEFINITIONS3.1 The terms “film” and “coating” are used interchangeably in this specification and are defined as meaning the layer of pigmented organic material applied to the surface of the aluminum.3.2 Exposed surfaces are those surfaces which are visible when the coated product is installed. These may include both closed and open positions of operating sash, ventilators, doors or panels.4. GENERAL4.1 To qualify as meeting this specification, products tested shall meet all requirements as specified herein.4.2 Coatings shall be visibly free from flow lines, streaks, blisters or other surface imperfections in the dry-film state on exposed surfaces when observed at a distance of 3m (10 feet) from the metal surface and inspected at an angle of 90 degrees to the surface.4.3 The total dry-film thickness utilizing the ASTM D 1400 method shall be calculated to be a minimum of 20 microns (0.8mil) on significant exposed surfaces. Eighty percent of measurements shall meet or exceed 20 microns (0.8mil) total film thickness. In no case shall measurements be below 17 microns (0.68mil) or 85% of the film thickness specified. Film thickness specified may be increased to be consistent with color selection and type of coating as recommended by the coating manufacturer.NOTE Due to the complexities of extrusion dies and limitations of application equipment, it may not be possible to achieve minimum recommended dry film thickness on all areas of an extrusion, such as inside corners and channels. For details of these affected areas, contact the coating applicator prior to painting.4.4 A multi-stage cleaning and pre-treatment system is required to remove organic and inorganic surface soils, remove residual oxides, and apply a chemical conversion coating to which organic coatings will firmly adhere.The pre-treatment when used in conjunction with a baked organic coating shall produce a total finishing system capable of meeting impact, adhesion, detergent, humidity and salt spray performance as specified in the appropriate test method.4.5 Minor scratches and blemishes shall be repairable with the coating manufacturer’s recommended product or system. Such repairs shall match the original finish for color and gloss and shall adhere to the original finish when tested as outlined in Section 6.4.1.1, Dry Adhesion. After application, allow repair coating to dry for 72 hours at 18°C to 27°C (65° to 80°F), before conducting the film adhesion test.NOTE The size and number of touch-up repairs should be kept to a minimum.4.6 Sealant used in contact with an organic coating shall be compatible with the organic coating and meet the performance requirements of AAMA 800 sealant specification. There shall be no evidence of deleterious effects in the organic coating such as staining, coating separation, lifting, discoloration or loss of adhesion of the coating from the substrate.NOTE The fabricator of the finished products should consult the sealant supplier in selection of sealant which will exhibit adequate adhesion to the painted surface. Panel specimens of the specific coating to be used should be submitted to the sealant manufacturer for tests and recommendations. Peel adhesion testing as described in AAMA 800 is suggested.5. TEST SPECIMENS5.1 Test specimens shall consist of finished panels or extrusions representative of the production coated aluminum. A sufficient number of specimens on which to conduct instrument measurements with flat coated surfaces of at least 150mm (six inches) long and 75mm (three inches) wide, shall be submitted to the testing laboratory. The coating applicator or fabricator shall indicate exposed surfaces or submit drawings. Tests shall be performed on exposed areas as indicated on drawings or as marked on test specimens.6. TESTS6.1 COLOR UNIFORMITY6.1.1 ProcedureCheck random samples visually under a uniform light source such as a Macbeth Daylight lamp or the North daylight sky. Samples must have a dry film thickness within specified range.6.1.2 PerformanceColor uniformity shall be consistent with the color range or numerical value as established between the approval source and the applicator.NOTE Color and finish appearance may vary upon factory application due to differences in spray equipment, line conditions or day-to-day process variations. It is strongly recommended that final color approval limits be made with actual production line samples or mock-ups, not laboratory prepared color panels. Since flake orientation contributes to color uniformity, pearlescent, mica and metallic flake colors do present the need for more stringent control in application and consideration during project design and installation.6.2 SPECULAR GLOSS6.2.1 ProcedureMeasure in accordance with the latest issue of ASTM D 523 using a 60 degree gloss Meter. Samples must meet minimum dry film thickness requirements.6.2.2 PerformanceGloss values shall be within ± 5 units of the manufacturer’s specification.NOTE Standard Gloss Range Reference Values areGloss Colors Specular Gloss ValueHigh80-OverMedium20-79Low19 or less6.3 DRY FILM HARDNESS6.3.1 ProcedureStrip the wood from a Berol Eagle Turquoise Pencil, grade H minimum hardness leaving a full diameter of lead exposed to a length of 6mm minimum to 10mm maximum (*1/4 inch minimum to 3/8 inch maximum). Flatten the end of the lead90 degrees to the pencil axis using fine-grit sand or emery paper. Hold the pencil ata 45 degree angle to film surface and push forward about 6mm (1/4 inch) using as much downward pressure as can be applied without breaking lead. ReferenceASTM D 3363.6.3.2 PerformanceNo rupture of film per ASTM D 3363.6.4 FILM ADHESION6.4.1 Procedure6.4.1.1 Dry AdhesionMake 11 parallel cuts, 1mm (1/16 inch) apart through the film. Make 11 similar cuts at 90 degrees to and crossing the first 11 cuts. Apply tape (Permacel 99 or equivalent) 20mm (3/4 inch) wide over area of cuts by pressing down firmly against coating to eliminate voids and air pockets. Sharply pull tape off at a right angle to the plane of the surface being tested. Test pieces should be at ambient temperature approximately 18°C to 27°C (65° to 80°F).6.4.1.2 Wet AdhesionMake cuts as outlined in Section 6.4.1.1. Immerse the sample in distilled or deionized water at 38°C (100°F) for 24 hours. Remove and wipe the sample dry. Repeat the test specified in Section 6.4.1.1 within five minutes.6.4.2 PerformanceNo removal of film under the tape within or outside of the cross-hatched area or blistering anywhere on test specimen. Report loss of adhesion as a percentage of squares affected, (i.e., 10 squares lifted is 10% failure).6.5 IMPACT RESISTANCE6.5.1 ProcedureUsing a 16mm (5/8 inch) diameter round-nosed impact tester, 18N-m (160 in-lb) range, such as a Gardner impact tester, apply a load directly to the coated surface of sufficient force to deform the test sample a minimum of 3mm ± 0.3mm (0.10 inch ± 0.01 inch). Apply tape (Permacel 99 or equivalent) 20mm (3/4 inch) wide over area of deformation by pressing down firmly against coating to eliminate voids and air pockets. Sharply pull tape off at a right angle to the plane of the surface being tested. Test pieces should be at ambient temperature approximately 18°C to 27°C (65° to 80°F).6.5.2 PerformanceNo removal of film from substrate.NOTE Minute cracking at perimeter of concave area of test panel is permissible, but no coating pick-off should be apparent.6.6 CHEMICAL RESISTANCE6.6.1 Muriatic Acid Resistance(15-Minute Spot Test)6.6.1.1 ProcedureApply 10 drops of 10% (by volume) solution of muriatic acid (37% commercial grade hydrochloric acid) in tap water and cover it with a watch glass, convex side up. The acid solution and test shall be conducted at 18° to 27°C (65° to 80°F). After a 15-minute exposure, wash off running tap water.6.6.1.2 PerformanceNo blistering and no visual change in appearance when examined by the unaided eye.6.6.2 Mortar Resistance (24-Hour Pat Test)6.6.2.1 ProcedurePrepare mortar by mixing 75 grams (2.6oz) of building lime (conforming to ASTM C 207) and 225 grams (7.9oz) of dry sand, both passing through a 10-mesh wire screen with sufficient water, approximately 100 grams (3.5oz), to make a soft paste. Immediately apply wet pats of mortar about 1300 sq.mm (two square inches) in area and 12mm (1/2 inch) in thickness to coated aluminum specimens which have been aged at least 24 hours after coating. Immediately expose test sections for 24 hours to 100% relative humidity at 38°C (100°F).6.6.2.2 PerformanceMortar shall dislodge easily from the painted surface, and any residue shall be removable with a damp cloth. Any lime residue should be easily removed with the 10% muriatic acid solution described in Section 6.6.1.1. There shall be no loss of film adhesion or visual change in appearance when examined by the unaided eye. NOTE A slight staining or discoloration may be apparent on orange, yellow or metallic coatings. This should be discussed with the specifying source prior to selection of color.6.6.3 Detergent Resistance6.6.3.1 ProcedurePrepare a 3% (by weight) solution of detergent and distilled water. Immerse at least two test specimens in the detergent solution at 38°C (100°F) for 72 hours. Remove and wipe the samples dry. Immediately apply tape (Permacel 99 or equivalent) 20mm (3/4 inch) wide by pressing down firmly against the coating to eliminate voids and air pockets. Place the tape longitudinally along the entire length of the test specimen. If blisters are visible, then the blistered area must be taped and rated. Sharply pull off at a right angle to the plane of the surface being tested per ASTM D 3359. Detergent composition is as followsTechnical Grade Regent% By WeightTetrasodium Pyrophosphate45Sodium Sulphate Anydrous23Sodium Alkylarylsulfonate*22Sodium Metasilicate Hydrated8Sodium Carbonate Anhydrous2Total100*Allied Chemical Co. Nacconal 90F6.6.3.2 PerformanceNo loss of adhesion of the film to the metal. No blistering and no significant visual change in appearance when examined by the unaided eye.6.7 CORROSION RESISTANCE6.7.1 Humidity Resistance6.7.1.1 ProcedureExpose the sample in a controlled heat-and-humidity cabinet for 1,500 hours at 38°C (100°F) and 100% RH with the cabinet operated in accordance with ASTMD 2247 or ASTM D 4585.6.7.1.2 PerformanceNo formation of blisters to extent greater than “Few” blisters Size No. 8, as shown in Figure No. 4, ASTM D 714.6.7.2 Salt Spray Resistance6.7.2.1 ProcedureScore the film sufficiently deep to expose the base metal using a sharp knife or blade instrument. Expose the sample for 1,500 hours according to ASTM B 117 using a 5% salt solution. Remove and wipe sample dry. Immediately apply tape (Permacel 99 or equivalent) 20mm (3/4 inch) wide over scored area by pressing down firmly against coating to eliminate void and air pockets. Sharply pull tape off at a right angle to plane of the surface being tested.6.7.2.2 PerformanceMinimum rating of 7 on scribe or cut edges and a minimum blister rating of 8 within the test specimen field, in accordance with the following Table 1 and Table 2 (Reference ASTM D 1654).Table 1 - Rating of Failure at Scribe (Procedure A) Representative Mean Creepage from ScribeInches RatingMillimeters(Approx.)NumberZero010Over 0 to 0.50 to 1/649Over 0.5 to 1.01/64 to 1/328Over 1.0 to 2.01/32 to 1/167Over 2.0 to 3.01/16 to 1/86Over 3.0 to 5.01/8 to 3/165Over 5.0 to 7.03/16 to _4Over 7.0 to 10.0_ to 3/83Over 10.0 to 13.03/8 to _2Over 13.0 to 16.0_ to 5/81Over 16.0Over 5/80Table 2 - Rating of Unscribed Areas (Procedure B)RatingArea Failed NumberNo Failure100 to 192 to 384 to 677 to 10611 to 20521 to 30431 to 40341 to 55256 to 751Over 750NOTE The use of a ruled plastic grid is recommended as an aid in evaluating this type of failure. A 6mm (1/4 inch) grid is suggested as most practical for the usual specimen. In using the grid, the number of squares in which one or more points of failure are found is related to the total number of squares covering the significant area of the specimen to get a percentage figure as used in the tabulation. In some instances, the rating numbers may be used as factors with exposure time intervals related thereto, to produce a performance index number which very accurately indicates relative quality.6.8 WEATHER EXPOSURE6.8.1 Accelerated Exposure6.8.1.1 ProcedureExpose a minimum of three samples for 1,000 hours in an Atlas Type ‘XW’weatherometer operated in accordance with ASTM D 822, using a cycle of 102 minutes of light followed by 18 minutes of light and demineralized water.6.8.1.2 PerformanceNo loss of adhesion and only slight chalking or color change plus slight water staining.6.8.2 Outdoor Exposure6.8.2.1 ProcedureExpose six samples representing typical products on an exposure rack for one year in Southern Florida at a 45 degree angle facing south. Exposure site should be inland at least 3.2 km (2 miles).6.8.2.2 PerformanceNo checking, crazing or loss of adhesion after taping and only a slight chalking and slight fading.NOTE Film approval is not dependent on Outdoor Exposure Text, but failure of a color should be reported to the coating supplier and a revision of the coating process requested prior to additional shipments.7. TEST REPORTS7.1 Test reports on file with the applicator shall include the following information 7.1.1 Date when tests were performed and date of issue of report.7.1.2 Identification of organic coating and/or coating system tested, including production date, batch or lot number, cure conditions, pretreatment data, manufacturer’s name and name of company submitting coated samples used in test.7.1.3 Copy of drawings submitted showing exposed surfaces.7.1.4 Test results.7.1.5 A statement indicating that the organic coating and/or coating system tested passed all tests or failed one or more.7.1.6 In the case of a failure, which test(s) and a description of the failure(s).7.1.7 Statement that all tests were conducted in accordance with this standard.7.1.8 Name and address of the laboratory which conducted tests and issued the report.8. REFERENCED STANDARDSAMERICAN ARCHITECTURAL MANUFACTURERS ASSOCIATION (AAMA)AAMA 800-92, Voluntary Specifications and Test Methods for Sealants AMERICAN SOCIETY FOR TESTING AND MATERIALS (ASTM)ASTM B 117-95, Standard Practice for Operating Salt Spray (Fog) Apparatus ASTM C 207-91 (1992), Specification for Hydrated Lime for Masonry Purposes ASTM D 523-89 (1994), Standard Test Method for Specular GlossASTM D 714-87 (1994), Standard Test Method for Evaluating Degree of Blistering of PaintsASTM D 822-89, Practice for conducting Tests on Paint and Related Coatings and Materials Using Filtered Open-Flame Carbon-Arc Light and Water Exposure ApparatusASTM D 1400-94, Standard Test Method for Nondestructive Measurement of Dry Film Thickness of Nonconductive Coatings Applied to a Nonferrous Metal BaseASTM D 1654-92, Standard Test Method for Evaluation of Painted or Coated Specimens Subjected to Corrosive EnvironmentsASTM D 2247-94, Standard Practice for Testing Water Resistance of Coatings in 100% Relative HumidityASTM D 3359-95a, Standard Test Methods for Measuring Adhesion by Tape TestASTM D 3363-92a, Standard Test Method for Film Hardness by Pencil TestASTM D 4585-92, Standard Practice for Testing the Water Resistance of Coatings Using Controlled Condensation。

信息化学品在织物印刷中的环保技术考核试卷

A.天然棉
B.聚酯纤维
C.尼龙
D.粘胶纤维
20.在环保型织物印刷中，以下哪种技术可以实现清洁生产？（）
A.激光雕刻
B.数码印刷
C.传统丝网印刷
D.热转移印刷
二、多选题（本题共20小题，每小题1.5分，共30分，在每小题给出的四个选项中，至少有一项是符合题目要求的）
1.环保型织物印刷油墨包括以下哪些类型？（）
C.紫外光固化油墨
D.热塑性橡胶油墨
14.在织物印刷过程中，以下哪种方法可以降低废水排放？（）
A.提高染料利用率
B.优化洗涤工艺
C.采用封闭式印花
D.以上都对
15.以下哪种环保技术可以减少织物印刷过程中的废弃物产生？（）
A.循环利用技术
B.生物降解技术
C.资源回收技术
D.以上都对
16.在织物印刷中，以下哪种化学品可以提高染料的固色率？（）
13.以下哪些方法可以提升织物印刷的环境友好性？（）
A.使用可再生资源
B.采用环保型油墨
C.优化印刷工艺
D.减少过度包装
14.环保型织物印刷的承印物选择应考虑以下哪些因素？（）
A.可再生性
B.生物降解性
C.印刷适性
D.成本
15.以下哪些技术属于节能型织物印刷技术？（）
A.冷转移印刷
B.热转移印刷
C.激光雕刻
A.印刷
B.洗涤
C.染色
D.整理
5.以下哪种环保技术适用于织物印刷中的信息化学品处理？（）
A.膜分离技术
B.吸附技术
C.生物技术
D.以上都对
6.在织物印刷中，下列哪种油墨对环境的影响最小？（）
A.溶剂型油墨
B.水性油墨

无水胶印使MittMedia Print走上环保之路为瑞典生产热固式的Cortina

适合快速增长的复合型市场的理想印刷机
“ 们对在松兹瓦尔印刷我
的刊物 — — ＳｎｓａｌＴｄｉｇｕｄｖ１ｉｎｎｓ
和Ｄｇｌｄｔ — 的战略性投ａｂａｅ—
够印刷６页的全彩色小报产上进行控制。自动的颜色和裁４品。ＰａｅｒｎｃｌｔＴｏｉ自动换版装置切套准控制装置、ＣｌａＴｏｉｅｎｒｎｃ和从１９毫米（２５寸）纸橡皮布清洗装置和多个其它部，０５６．英带宽度向另一个宽度（如杂件，将使印刷机能够获得极好例志用１２０米（９５寸））的图像和折页质量，并且只产，６毫４．英的自动转换将支持高速的活件生最少的废品。
资，提供了满足对用涂料纸印转换。Ｃｒｎ独特的ＮｉＴｏｉｏｔａｉｐｒｎｃ刷的小报产品旺盛需求的技滚筒支撑技术能够确保获得最术，” ＭｉＭｅｉＰｉｔ总经理佳的压印力并且能在使用不同ｔｄａｒ的ｔｎＪｎＡｎｅｓｏ说。 “ ａｄｒｓｎ我们要以的承印物类型时快速、容易地所有可能的速度在热固式和复进行调整，这是另一个取胜的合型市场上迅速取得一块立足特性，同时我们的创新性的窄之地。所以具有极好的图像质纸带分拆装置可以缩短不同的

大幅面多色单张纸胶印机介绍

大幅面多色单张纸胶印机近年来，随着包装印刷、出版印刷等领域大幅面印刷需求的不断上升，促进了大幅面胶印机市场的活跃。

大幅面胶印机大大提高了印刷的生产能力，提高了生产效率，带来了更高的利润，是完成大批量印刷作业的首选印刷设备，是一种发展趋势，大幅面胶印机慢慢的会成为胶印机发展的主流。

下面来介绍现在市场上的几款大幅面多色单张纸胶印机。

1 高宝利必达142/162/162a高宝在大幅面多色胶印机设计制造行业可以说是公认的领导者。

高宝利必达142 / 162 / 162a大规格单张纸胶印机系列，外形更加圆滑，线条更加优雅，充分展示了人与设备的完美结合。

该系列印刷机在操作舒适性、调整时间、自动化和有效机速方面均达到了当代对开规格机型的标准，并在经济性方面有过之而无不及，在一次完成大面积印刷和拼合印刷任务居多的情况下尤为突出。

先进的操纵台技术具有如下配置：可选择性地集成在数码工作流程中;主要功能(如换版、更换纸堆或不停机纸堆逻辑控制)的综合自动化;联线的密度和色度质量调节;大部分机器组件和附加装置的预调。

这些为极短的调整时间和舒适的操作提供了保证。

高宝利必达142 / 162 / 162a可应用于商业印刷、书刊印刷、包装印刷等领域，能够在纸张、纸板和瓦楞纸等不同的介质上进行印刷。

2 高宝利必达185/205高宝超大规格利必达185 / 205的推出，使超大规格的单张纸胶印跨入了一个新的历史纪元。

这是迄今为止在市场上所能见到的尺寸最大、功能最强的印刷机。

高宝超全张利必达185 / 205适用于书刊、海报、超大包装?包括G / E / F瓦楞印刷?等等诸多领域的印刷，它们除了具备高宝全张机的所有特点之外，还结合设备的超大尺寸的特点增加了一些特殊装置以供用户的选择。

1?联机分切装置：安装在最后一个机组的压印滚筒上，承印材料在印刷完毕之后可以通过此装置一分为二，然后统一收到收纸台的堆纸板上，节省了不必要的后道工序。

2?根据用户的具体要求，高宝可以定制特殊的机器印刷尺寸和印版尺寸，以满足不同的市场需求，做到产品的个性化。

科勒纸业集团与德国达姆施塔特工业大学合作研发可再生纸张涂布表面功能材料

在模上，无需再使用强力胶水。

因此，自黏条的使用不仅更加省时（因为不需要额外手工上胶），也很好地避免因用手接触强力胶水而引起的任何健康和安全问题。

此外，它可以防止当压痕条移除时，模板发生分层的问题。

C &T Ch a n n e l M at r i x 总裁西蒙·杉顿（Simon Shenton）表示，“这款升级产品已经在欧洲的几个重要市场经过多次测试，并且客户的反馈非常好。

在黏贴应用和移除性两方面，我们已经进行了两百万次压痕测试，其结果都显示了极其出色的稳定性和黏度保持性”。

目前升级的产品只适用于高7.25m m，底座为8m m 的模，其他尺寸也将很快添加到该系列和定制规格中，并可以在C&T的英国工厂生产。

Sprintrubba系列产品，包括本次新升级的Super Sprint，都可以100%安全用于食品和药品包装领域。

目前使用的原材料已经获得食品和药物管理局（Food & Drug Administration）批准。

科勒纸业集团与德国达姆施塔特工本刊讯（科勒纸业消息) 科勒纸业集团（Koehler Paper）与德国达姆施塔特工业大学（Technische Universit ät Darmstadt）合作，开展了一项绿色涂布项目，旨在研发用于纸张涂布的可再生表面功能材料。

达姆施塔特工业大学是世界著名的德国顶尖理工科大学之一，位于德国科学之城达姆施塔特市，以工程学、自然科学及建筑学等闻名，该学校的高分子与造纸化学研究所是世界领先的研究机构。

科勒纸业投资3亿欧元，在其Keh l纸厂建设试验基地，与达姆施塔特工业大学共同研究生产能够用于纸张涂布的表面材料，这种材料可再生、易于生物降解，并且使用之后不影响二次回收，如果能将该项研究用于批量生产，可以进一步提高造纸化学品的回收利用率。

初期项目为期两年，未来根据具体研发进展和成果，双方还可能进一步建立长期战略合作关系。

PCB基板验收ICP标准列表

PCB
PCB/ACCEPTANCE
IPC-DW-425A
DW-425A - Design and End Product Requirements for Discrete Wiring Boards
IPC-TR-486
TR-486 - Report on Round Robin Study to Correlate IST & Microsectioning Evaluations for Detecting the Presence of Inner-Layer Separation
CF-148A - 印制板树脂复模金属 CF-152B - 印制线路板复合金属材料规范 1731 - - 战略原材料供应商资格条件及目录 4562 - 印制线路用金属箔
4202 - Flexible Base Dielectrics for Use in Flexible Printed Circuitry
4203 - Adhesive Coated Dielectric Films for Use as Cover Sheets for Flexible Printed Circuitry and Flexible Adhesive Bonding Films 4204 - Flexible Metal-Clad Dielectrics for Use in Fabrication of Flexible Printed Circuitry
6015 - Qualification & Performance Specification for Organic Multichip Module Mounting and Interconnecting Structures 6016 - Qualification & Performance Specification for High Density Interconnect (HDI) Layers or Boards