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semi s 认证标准SEMI认证是半导体设备与材料的国际性组织，旨在降低机械危害的风险，制定适用于半导体及显示器材料和制造设备的全球性标准和法规SEMI标准中有材料（M系列）、设备（F系列）、平板显示器（D系列）、跟踪性（T系列）等，其中S系列规定了环境健康安全（EHS）的要求SEMI S2认证是针对制程设备供货商所规范的基本健康和安全要求安全标准，符合SEMI S2不仅符合了国际相关规定，也是半导体产业的公司所要求的必要条件之一。
SEMI S1 装置安全标签Safety Guideline for Visual Hazard AlertsSEMI S2 半导体生产装置的环境、健康、安全Safety Guidelines for Semiconductor Manufacturing EquipmentSEMI S3 热化学槽的安全性Safety Guidelines for Heated Chemical Baths SEMI S4 橱柜收纳高压气筒的隔离／分离Safety Guideline for the Segregation/ Separation of Gas Cylinders Contained in CabinetsSEMI S5 流量限制设备Safety Guideline for Flow Limiting DevicesSEMI S6 换气Safety Guideline for VentilationSEMI S7 半导体生产装置的环境、健康、及安全性（ESH）评价Safety Guidelines for Environmental,Safety and Health Evaluation of Semiconductor Manufacturing EquipmentSEMI S8 半导体生产装置的人机工程学Safety Guidelines for Ergonomics/Human Factors Engineering of Semiconductor Manufacturing EquipmentSEMI S9 半导体生产装置的电气设计验证试验Electrical Test Methods for Semiconductor Manufacturing EquipmentSEMI S10 风险核查Safety Guideline for Risk AssessmentSEMI S11 半导体生产装置的小环境的环境、安全性及健康Environmental, Safety, and Health Guidelines for Semiconductor Manufacturing Equipment MinienvironmentsSEMI S12 装置的去污Guidelines for Equipment Decontamination SEMI S13 半导体生产装置的操作及维护手册Safety Guidelines for Operation and Maintenance Manuals Used with Semiconductor Manufacturing EquipmentSEMI S14 对半导体生产装置的火灾风险评估和降低Safety Guidelines for Fire Risk Assessment and Mitigation for Semiconductor Manufacturing EquipmentSEMI S15 有毒及易燃气体的检测系统评价Safety Guidelines for the Evaluation of Toxic and Flammable Gas Detection SystemsSEMI F47 电压瞬变能力规范Voltage Sag StandardSEMI认证办理：沃证（VIACERT）SEMI专家团队可以帮助企业高效地解决半导体设备的安全问题，助力半导体企业满足最新的SEMI评估要求并取得SEMI认可报告，顺利打开半导体市场。
ISPE指南按系列分类的目录清单：GAMP?5GAMP?Good Practice Guides• A Risk-Based Approach to Calibration Management (Second Edition)•基于风险的校正管理方法（第二版）• A Risk-Based Approach to Electronic Records and Signatures•基于风险的电子记录和签名方法• A Risk-Based Approach to GxP Compliant Laboratory Computerized Systems (Second Edition)•基于风险的GXP符合性实验室计算机化系统方法（第二版）• A Risk-Based Approach to GxP Process Control Systems (Second Edition)•基于风险的GXP工艺控制体系方法（第二版）• A Risk-Based Approach to Operation of GxP Computerized Systems - A Companion Volume to GAMP 5•基于风险的GXP计算机系统操作方法---GAMP 5姊妹篇• A Risk-Based Approach to Regulated Mobile Applications•基于风险的移动APP管理方法• A Risk-Based Approach to Testing of GxP Systems (Second Edition)•基于风险的GXP系统检测方法（第二版）•Electronic Data Archiving•电子数据归档•Global Information Systems Control and Compliance•全球信息系统控制和符合性•IT Infrastructure Control and Compliance•IT基础设施控制和符合性•Legacy Systems•遗留系统•Manufacturing Execution Systems – A Strategic and Program Management Approach•生产执行系统—策略和编程管理方法•GAMP Good Practice Guides Under Development•制订中的GAMP GPGISPE Baseline?Pharmaceutical Engineering Guides for New and Renovated FacilitiesISPE基准：新设施和创新型设施药品工程指南•Volume 1: Active Pharmaceutical Ingredients (Second Edition) - Revision to Bulk Pharmaceutical Chemicals•卷1：活性药物成分（第二版）---对散装药用化学品的修订•Volume 2: Oral Solid Dosage Forms (Second Edition)•卷2：口服固体制剂（第二版）•Volume 3: Sterile Product Manufacturing Facilities (Second Edition)•卷3：无菌药品生产设施（第二版）•Volume 4: Water and Steam Systems (Second Edition)•卷4：水和蒸汽系统（第二版）•Volume 5: Commissioning and Qualification•卷5：调试和确认•Volume 6: Biopharmaceutical Manufacturing Facilities (Second Edition)•卷6：生物药品生产设施（第二版）•Volume 7: Risk-Based Manufacture of Pharmaceutical Products (Risk-MaPP)•卷7：基于风险的药品生产（风险MAPP）•Baseline Guides Under Development•制订中的基准指南ISPE Guides•ISPE Guide: Science and Risk-Based Approach for the Delivery of Facilities, Systems, and Equipment•ISPE指南：基于风险的设施、系统和设备传送科学方法•ISPE Guide: Biopharmaceutical Process Development and Manufacturing•ISPE指南：生物药品工艺开发和生产（新出版）•ISPE Guides Under Development•在制订中的ISPE指南ISPE Good Practice Guides 优良规范指南•ISPE Good Practice Guide: Applied Risk Management for Commissioning and Qualification•ISPE GPG：在调试和确认中应用风险管理•ISPE Good Practice Guide: Approaches to Commissioning and Qualification of Pharmaceutical Water and Steam Systems (Second Edition)•ISPE GPG：药用水和蒸汽系统调试和确认方法（第二版）（新出）•ISPE Good Practice Guide: Assessing the Particulate Containment Performance of Pharmaceutical Equipment (Second Edition)•ISPE GPG：制药设备颗粒密闭性能的评估（第二版）•ISPE Good Practice Guide: Booklet Labels•ISPE GPG：书册标签•ISPE Good Practice Guide: Clinical Supply Systems•ISPE GPG：临床补给系统（新出）•ISPE Good Practice Guide: Cold Chain Management•ISPE GPG：冷链管理•ISPE Good Practice Guide: Comparator Management•ISPE GPG：对照组管理•ISPE Good Practice Guide: Development of Investigational Therapeutic Biological Products•ISPE GPG：临床前治疗用生物产品开发•ISPE Good Practice Guide: Good Engineering Practice•ISPE GPG：优良工程规范•ISPE Good Practice Guide: Harmonizing the Definition and Use of Non-Investigational Medicinal Products (NIMPs)•ISPE GPG：协调非临床前药品的定义和使用•ISPE Good Practice Guide: Heating, Ventilation, and Air Conditioning (HVAC)•ISPE GPG：HVAC•ISPE Good Practice Guide: Interactive Response Technology•ISPE GPG：互动反馈技术•ISPE Good Practice Guide: Maintenance•ISPE GPG：维护•ISPE Good Practice Guide: Ozone Sanitization of Pharmaceutical Water System•ISPE GPG：制药用水系统的臭氧消毒•ISPE Good Practice Guide: Packaging, Labeling, and Warehousing Facilities•ISPE GPG：包装、贴标和仓储设计•ISPE Good Practice Guide: Process Gases•ISPE GPG：工艺用气•ISPE Good Practice Guide: Project Management for the Pharmaceutical Industry•ISPE GPG：制药行业的项目管理•ISPE Good Practice Guide: Quality Laboratory Facilities•ISPE GPG：质量化验室设施•ISPE Good Practice Guide: Technology Transfer (Second Edition)•ISPE GPG：技术转移（第二版）（新出）•ISPE Good Practice Guides Under Development•制订中的ISPE GPGPQLI?Guides 药品质量生命周期实施指南•PQLI Overview Good Practice Guide•PQLI概览GPG•Product Quality Lifecycle Implementation (PQLI) from Concept to Continual ImprovementPart 1: Product Realization using QbD, Concepts and Principles •从概念到持续改进的药品质量生命周期实施（PQLI）第一部分：利用质量源于设计（QbD）实现实现，概念和原则欢迎您的下载，资料仅供参考！致力为企业和个人提供合同协议，策划案计划书，学习资料等等打造全网一站式需求。
semi s1认证标准-回复什么是Semi S1认证标准？Semi S1认证标准是半导体设备行业中的一项重要认证标准，旨在确保设备符合半导体工艺过程中的安全和健康要求。
该标准由美国半导体设备和材料国际协会（SEMI）制定和管理，是全球范围内广泛使用的标准。
Semi S1认证标准要求设备制造商遵守一系列关键规定，以确保设备在制造、使用和维护过程中不会对工作人员和环境造成危害。
这些规定涵盖了许多方面，包括安全阀值、机械设计、电气安全和辐射防护等。
首先，Semi S1认证标准要求设备制造商在设备的安全阀值方面进行严格控制。
这包括确定设备使用的化学品和气体的安全阈值，以及配置相应的安全措施，如紧急切断系统和泄漏检测传感器。
制造商必须确保设备在使用中的化学品和气体的浓度不会超出允许的安全范围。
其次，Semi S1认证标准还对设备的机械设计提出了严格要求。
制造商必须确保设备的结构和防护措施能够防止操作人员误操作或遭受机械伤害。
这包括安全开关、防尘罩等措施的使用，并对设备进行必要的安全设计评估和验证。
第三，Semi S1认证标准要求设备制造商确保设备的电气安全。
这涉及到诸如接地电阻、绝缘测试、防电击等方面的要求。
制造商必须确保设备的电气系统符合相关电气安全标准，并进行定期的检测和维护。
最后，Semi S1认证标准还对设备的辐射防护进行了详细规定。
这包括射线辐射、电磁辐射等各种类型的辐射防护措施的要求。
制造商必须确保设备在正常操作过程中不会产生超过相关限值的辐射，并采取必要的屏蔽和保护措施。
要获得Semi S1认证标准，设备制造商需要进行一系列验证和测试。
这包括相关安全和环境测试，如化学品的安全性评估、机械设计验证、电气安全测试和辐射测量等。
制造商必须收集和维护相关的测试数据和文件，以证明其设备符合Semi S1认证标准的要求。
Semi S1认证标准的重要性不仅在于保护工作人员和环境的安全，也在于促进行业的持续发展和创新。
目录1VTRADEX ELOG SWMS® (3)1.1基础管理 (3)1.2人力资源管理 (5)1.3收货管理 (6)1.4发货管理 (8)1.5移位管理 (9)1.6补货管理 (10)1.7加工管理 (10)1.8作业单管理 (11)1.9库存管理 (11)1.10盘点管理 (16)1.11运输管理 (17)1.12财务管理 (17)1.13规则管理 (17)1.14审批管理 (20)1.15报表中心 (21)1.16系统管理 (22)vTradEx Confidential 第2 页共24页1vTradEx ELOG SWMS®ELOG SWMS®是基于先进互联网技术和供应链仓库管理技术设计开发的系统，是唯智公司vTradEx E-Logistics 供应链管理解决方案中的一个重要的部分。
它能够成功地帮助企业解决在供应链仓库运作管理过程中所面临的种种问题，诸如：如何有效管理仓储，如何和您的客户、以及供应商分享库存信息，如何产生高质量的库存分析报表等等。
ELOG SWMS®提供现代仓库管里的众多可帮助物流企业（企业物流部门）提供精确，及时的供应链网络库存管理能力，提供多模式（Reference Model）支持，多服务主体（Multi Owner）支持，供应链可视化（VISIBILITY），能够支持作业流程控制，能够智能化的驱动仓库作业，提高效率；提供RF 支持，保证更精确的仓库作业，提供多种格式的EDI数据导入，提供VMI，Cross Docking，MIT 等的支持。
1.1 基础管理1.1.1仓库布局管理ELOG SWMS®的基础数据及参数是整个系统运行的根基，其中包含了商品、库位、货主、供应商、门店、上架策略等重要信息，更重要的是用户可以通过基础信息的灵活配置以提高系统对不同客户、不同货品业务处理要求的适应能力。
因为在一个仓库或者配送中心可能管理上百个不同的货主，每个货主有着各不相同管理要求，往往管理的货品种类成千上万；仓库内既有货架又有平面堆放区，货品包装方式形形色色，它们又具有不同的费收方式等。
Trusted Performance Efficient SolutionsBRAND EXPERIENCEEnjoy the confidence of knowing that your customers will receive their product in an attractive, damage-free package,as expected.PRODUCT INTEGRITYUsing Instapak ® foam means your products arrive undamaged and as intented, eliminating the costlyenvironmental and economic impact of repackaging andreshipping.PACKAGE OPTIMIZATIONEfficient, engineered design means using the right amount of packaging material to reduce waste, cube size, andultimately, carbon footprint.OPERATIONAL EFFICIENCYInstapak ® foam expands on-demand and on-site, (up to 280 times its original volume), freeing up valuable floor space tooptimize your operation and reduce the amount of energyused to transport it.OperationalEfficiency PackageOptimization ProductIntegrity BrandExperience One trailer load of Instapak ® Ultralite ® liquid foam component would expand to 86 truck loads of packaging foam.INSTAPAK® FOAM ENVIRONMENTAL PROFILEOur cushions carry an informative message to your customers about Instapak® foam and the environment.ReduceSealed Air packaging design and sales professionals eliminate over 1,000 tons of packaging materials each year by designing packaging solutions using high-performance Instapak® foams.ReuseResilient Instapak® foam cushions can be designed to meet the needs of companies that use packaging for multiple shipments. Instapak® foam cushions can also be reused as carton fillers or reshaped manually to fit the next product shipped.RecycleIn certain parts of the world, Instapak®cushions are collected as part of our Foam Return Program, where cushions can be returned to many worldwide foam-return locations, and recycled into building materials. This material is used in the production of some of our Instapak® work stations.RecoverIn other parts of the world, Instapak®cushions are collected and the foam is processed in modern Waste-to-Energy facilities as an efficient source of renewable energy.DisposeIf necessary, Instapak® foam can be disposed of with the ordinary waste stream, where it compacts to approximately 10% of its original volume. It will not degrade to pollute air or groundwater.Minimum Packaging Costs - Maximum Product Protection INSTAPAK ®FOAM PACKAGINGOne of the most economical packaging materialsavailable, Instapak ® foam can dramatically reduceyour packaging cost - without compromisingproduct protection.Space SavingsEngineering Protection With the Instapak ® packaging process,you can economically and efficientlyprotect products of almost any size, shapeand weight. For virtually everything youmanufacture, protective foam cushions can becreated on-demand and placed where neededfor precision cushioning, high-speed void fillor heavy-duty blocking and bracing. Because Instapak ® foam expands up to 280times its liquid volume, the equivalent of atrailer load of packaging material can bestored in two 55-gallon drums. Instapak ®foam only expands when, where and as youneed it.Instapak ® high-performance packaging foam is designed to protect your products during shipping, warehousing and general handling. Its unique cushioning abilities allow you to package your product with a minimum amount of material. VersatileFlexible There is an Instapak ® solution to fit every packaging operation, regardless of volume, throughput or configuration.® Ultralite ®FAST CUSTOMER SATISFACTIONWith the Instapak® foam packaging process, your products are simultaneously boxed and protected. In fact, our foam-in-bag packaging equipment can produce up to 21 protective cushions per minute at the touch of a button.With Instapak® foam packaging, your customer receives a damage-free product in a neat, professional package. The foam can then be reused or returned to any Instapak® foam-return location worldwide.METHODSProtective Void Fill Continuous Foam Tubes Cushioning Blocking and BracingA Process and System forEvery NeedOur hand-held line of systems, featuring the model 900 and 901, is the latest generation of proven, all-electric, foam-in-place packaging systems, featuring electric metering pumps and self diagnostic control to gurantee top-quality Instapak® foam packaging.ECONOMICALWith the available pre-programmed settings, you control the amount of material used. Ten pre-determined dispense times can be programmed to simplify and control cost in your packaging operation.FLEXIBLEThe Instapak® 901 system can be adjusted to dispense foam at the ideal flow rate for your application. Instapak®901 foam output rate: 5 to 7.5 lbs/min.SAFEThe Instapak® 901 system meets major international equipment safety standards.RELIABLEThe electric pumps and self-diagnostic controls guarantee top-quality Instapak® foam.EASY TO USEThe all-electric Instapak® 901 system installs in minutes. No scheduled maintenance is required.All Instapak® systems featurepatented, self-cleaning dispensers.ApplicationsFOAM-IN-PLACEFOAM-IN-PLACE MOLDINGA simple cushioning or block-and-bracing process protects a variety of items of different shapes and sizes.This process produces specifically designed cushions for ultimate protection and efficiency.Instapak® foam is dispensed into a carton lined with high-strength Instamate® film. The Instamate® filmis folded over, and the product is placed on the rising foam.A second sheet of Instamate® film is placed over the product, and more Instapak® foam is dispensed.Your customerreceives your productundamaged.An item to be fitted for acustom mold is selected.A simple wood moldis used to produce thedesired cushion shape.Instamate® film isplaced into the mold,and Instapak® foam isdispensed.Your product is packagedsafely in custom-shaped,engineered cushions.FEATURE SPOTLIGHT features for user-friendly operation.FOAM-IN-BAGFoam-filled bags in a variety of sizes are placed where needed for void fill, cushioning, or blocking and bracing.1. Select the proper bag length. Place the bag into the carton with product on the cushion.2. Place thesecond bagon top of theproduct.3. Close thecarton flapsto form a topcushion. CONTINUOUS FOAM TUBES (CFT)Continuous Foam Tubes can be used for a number of packaging applications.1. Select the size of the tubes and length of the chain.2. Place theCTFs in thebottom of thecarton to form aprotective base.3. Use a foamfilled bag tocreate a topcushion, oradditional CFTto wrap product.FoamWrap™ Express FeaturesON-DEMAND FLEXIBLE PROTECTION WIND IT UP AND LET IT GOThe Instapak FoamWrap™ Express foam packaging system from Sealed Air creates Instapak FoamWrap™ Material. The system uses a range of Instapak® high-performance packaging foams that provide superior protection with minimal foam usage. A compact design, customizable programming and just-in-time accumulation capability makes the Instapak FoamWrap™ Express system a perfect fit for any size packaging operation.Our optimal accumulator attachment feeds Instapak FoamWrap™ Material into a cushion bin or optional rolls, where it can be batched for later use or delivery to multiple workstations. These tubes can then be distributed to decentralized workstations or stored for peak usage.ADVANCED INSTAPAK FOAMWRAP™ MATERIAL TECHNOLOGYThe Instapak FoamWrap™ Express system features a variety of new advancements that improve on our Instapak FoamWrap™ Materialtechnology.•Flow controlled dispensing allows thesystem to produce foam filled tubes,ranging from 1” to 5” in diameter•Perforations can be programmed to suitindividual needs and applications•User-friendly touch key control panelallows operators to choose from 12pre-programmed Instapak FoamWrap™Material optionsGET MORE BY USING LESS Capitalizing on the ability to produce low-profile material, the Instapak FoamWrap™ Express can deliver significant protection while allowing the packager to reduce cube size and overall shipping volume. By reducing material usage, users can also save on dimensional weight shipping fees and the environmental resources necessary to transport larger volume packages.(39 cm)INSTAPACKER® TABLETOP SYSTEMThis affordable foam-in-bag packaging systemcombines the proven reliability of our 900 Seriesmetering systems with the convenience andcost-effectiveness of the foam-in-bag process.The easy-to-use Instapacker® Tabletop systemhas an incredibly small footprint but can make abig impact on your shipping operations. Capableof producing 16 Instapak® foam-filled bags perminute, this versatile system can support thepackaging needs of shipping rooms, multiplepack stations and production floor environments.INSTAPAK® SIMPLE™ SYSTEM Introducting the Instapak® Simple™ foam-in-bag packaging system. True to its name, theInstapak® Simple™ system is our easiest touse foam system yet, merging the premiumperformance of Instapak® foam packaging withan on-demand delivery system that requiresminimal training and service.Simply Superior FeaturesWhat sets Instapak® Simple™ apart from other foam packaging methods:•Powered through a standard electrical outlet•Pre-set push button operation•Small 2.5 gallon material bottles snapinto place•Designed to require minimal service•Packaging that just works, right out ofthe box•The entire compact platform is mobile Clean, Intuitive OperationThe Instapak® Simple™ foam-in-bag system is lightweight, easy to install and requires minimal maintenance, making it ideal for operations producing less than 20 packs a day. The Instapak® Simple™ system delivers foam filled bags on demand without the need for manual mixing or individual bag loading. The Instapak®Simple™ can easily be moved to any packaginglocations.INSTAPAK® QUICK RT® PACKAGINGInstapak® Quick RT® packaging foam islightweight and highly portable, making itideal for on-demand protective packaging inwarehouses, offices, mailrooms, at home or onthe go. It is handy, custom packaging for whatmatters most.Instapak® Quick RT® packaging foam is aversatile and convenient packaging method withno start-up costs. Any packaging operation cannow enjoy all the benefits of Instapak® foampackaging without the traditional dispensingequipment.2. Pat back and forth on the “A” and“B” ovals 20 times each. The foaminside the bag will begin to expand.4. Quickly place a second expandingbag on top of the product and close thecarton flaps, creating a top cushion.INSTAPAK ® FOAM-IN-BAG MOLDINGEQUIPMENTOur Instapak ® foam-in-bag molding equipment produces specifically shaped cushions for products that require the consistent, precise fit of engineered protection. Whether you are packing 20 or 2,000 products a day, we have amolding system to fit your needs.Twin Vertical Molding StationInstamolder ™ SystemFOAM-IN-BAG MOLDINGCustom-designed cushions are produced quicklyand provide optimum protection.1. With the push of abutton, the SpeedyPacker Insight ® system quickly dispenses an Instapak ® foam-filled bag. 2. When the foam-filled bag is placed into the mold enclosure, an on board vacuum draws the bag into the mold cavity.3. Aided by a built-in air ejection system, the operator removes a finished cushion from the mold cavity where it has been allowed to fully expand.4. In under a minute, a cost-effective engineered package is ready to protect your product during shipping andhandling.INSTAPAK IMOLD ®The fully automated Instapak iMold ® system instantly creates engineered, pre-molded Instapak ® foam cushions. Sealed Air’s patented Foam Dispersion Technology ™ guarantees cushion consistency andintegrity by dispensing Instapak ® foam where it’s needed most, while eliminating material waste. Operators only need to select a mold and the desired number of cushions and the Instapak iMold ® system does the rest.Corporate Office: Sealed Air Corporation (US)2415 Cascade Pointe Boulevard, Charlotte, NC 28208 ©2020. Sealed Air Corporation. All Rights Reserved. Printed in the U.S.A. The Sealed Air Brand Protective Packaging and Bubble Wrap Designs are trademarks of Sealed Air Corporation (US). D-101 1/2020Applications。
逼真木纹效果新助剂nGrain美国俄亥俄州Cmyahoge Falls的着色剂和助剂生产厂Americhems公司推出新助剂产品nGrain,作用为能使塑料制品具有最佳的逼真（true-to-life)的木纹外观效果，没有采用压花处理和表面复合薄膜法的一些不良效果，如表面层与内体颜色不协调匹配和接合不牢，废品率高，也不需要先进行塑料表面预处理，直接一步法工艺便得到木纹外观的最终制品。
nGrain直接添加在塑料原料配方中，使用方便。
应用目标为要求自然外观的建筑产品，如壁板、围栏立柱、外仓层、型材和铺板。
nGrain可用于单层、共挤出多层和发泡塑料产品，与ABS、ASA（丙烯腈/苯乙烯共聚物）、丙烯酸酯类树脂、聚烯烃、聚苯乙烯和PVC等塑料相容，适用范围广，也可用于聚乙烯、聚丙烯和PVC系塑木复合材料（WPC）。
[唐伟家译自“Modern Plastics Worldwide”,2008,85(12):28]碳纳米管母料和配混料现在美国供应碳纳米管填充热塑性塑料共混物和配混料的生产厂家已超过6家，并且呈继续增长态势。
碳纳米管赋予塑料导电性、阻燃性，提高材料机械性能。
最近美国俄亥俄州Clevelant的PolyOne(普立万）公司宣布开始向市场供应碳纳米管填充塑料复合材料。
美国已有一些提供碳纳米管填充塑料复合材料有关技术的生产厂和公司，俄亥俄州Columbus的Zyvex Perfor-mance Material公司提供能与一些高端热塑性塑料相容所必需的功能化碳纳米管。
康涅狄格州Wallingford的Stratek Plastics公司提供改进碳纳米管在塑料中的流动和混合的技术Tek-Mix,最佳化碳纳米管在工程塑料中的分散状况。
另外，费城的Arkema公司推出其自己专用的母料Graphistrength的几个新产品作为多壁碳纳米管填充工程塑料母料，商品名仍为Graphistrength，包括含20%碳纳米管的母料，母体树脂为PC、尼龙6、尼龙11和尼龙12，还有含30%碳纳米管的热塑性聚酯母料。
