TEGO Glide 410(迪高410)技术资料
TEGO Glide 410(迪高410)技术资料
TEGO Glide 410(迪高410）
平滑和流动助剂
特性
●可普遍用于水性，辐射固化和溶剂型配方中
●高效能
●改善耐刮擦性
●防止和消涂因污染产生的缩孔
●通过控制哑光粉的排布，在溶剂型配方中防止消泡不均和表
面不规则
●具有额外的抗粘连效果
电话135.370.070.10 李小姐 QQ197.973.11.18
应用实例
● 木器和家具涂料推荐用量：0.05~0.5%
● 水性和溶剂型工业涂料推荐用量：0.03~0.3%
● 水性罩印光油推荐用量：0.1~1.0%
● 印刷油墨推荐用量：0.05~1.0%
● 装饰涂料推荐用量：0.05~0.3%
（以供货形式对总配方计）
工艺说明
●预稀释或按供应形直接添加于涂料中均可。
●用推荐的溶剂预稀释会便于加入和混合。
技术数据
●供货形式透明液体
●成份聚醚硅氧烷共聚物
●不挥发物约92%
●粘度,25℃约 2000 mPa s
包装储存
●25kg/塑料桶
●200kg/铁桶
●未开封的原包装中12个月。
迪高--助剂与光固化涂料
Tego Coating & Ink Additives
⇒ 通常此类涂料对底材/颜料的润湿性较差;由于快速固化使气泡难以逃逸;
较差的平滑性和耐刮伤性
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Tego Coating & Ink Additives
硅酮助剂的效果
强烈降低表面张力 Ö 基材润湿, 流动和流平 Ö 帮助蜡和哑粉的定向排布 在涂料和油墨表面形成助剂薄层 Ö 平滑和抗刮伤 Ö 不粘效果 与预聚物的控制不相容性 Ö 消泡效果 Ö 可能浑浊
有机硅助剂可能引起的负面效果
对某些应用传统的硅酮助剂不能理想地解决问题. 由于不具反应性，使得硅酮助剂会在固化漆膜内迁移.
发生被涂面的污染. 平滑性, 不粘性和抗刮伤性能会改变.
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为避免产生迁移和获得更持久的效果
03-2002
Tego Coating & Ink Additives
不粘性的测试 Scotch® tape
电子力记录仪
涂膜板
6 mm/s
胶带从涂膜板上撕开所需的力由电子力记录仪记录(CN)并由计算机计算
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Tego Coating Tego Coating & Ink Additives & Ink Additives
迪高产品应用
水
UV
溶
静
动
防
低
性
剂
态
态
缩
稳
体
型
表
表
孔
泡
系
面
面
张
张
力
力
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推荐的助剂
TEGO Wet KL 245 适用于水性配方和溶剂型配方，重涂性佳。主要应用于：汽车涂料，塑胶漆， 工业涂料，木器漆，喷墨油墨等。
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TEGO®Foamex 805
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TEGO®Foamex 8050 ●
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TEGO®Foamex 810 ●
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TEGO®Foamex 815N
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TEGO®Foamex 822
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TEGO®Foamex 823
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TEGO®Foamex 825
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AISI410 最小屈服强度75ksi酸性工况下的马氏体不锈钢管件,钣金件和锻件
AISI410最小屈服强度75ksi酸性工况下的马氏体不锈钢管件，钣金件和锻件
1.0范围：
1.1 AISI 410（UNS S41000）最小屈服强度7ksi酸性工况下马氏体不锈钢轧坯和精炼型材
1.2本规范涵盖的产品形式为自由锻和模锻，胎模锻，棒材和轧材。
2.0要求
a.化成组成：表1给出了化成组成限值。
生产厂应对每炉钢进行分析，最好是浇铸时包中取样。
所列元素应以重量百分比报告，杂质元素报告不要求，但是总杂质不超过1%。
表1：
b.机械性能：表2列出了机械性能要求。
每炉应进行试验并应报告所列机械性能。
c.焊接规则：炼钢可通过带有连续的氩氧脱碳（AOD）或真空处理（EFVD）电炉工艺进行，真空感应熔炼（VIM），真空电弧重熔（V AR），或电炉渣重熔（ESR）也是可以接受的。
d.条件：所有产品都应该正火（N），然后双重回火（N+DT）或淬火并双重回火（Q&DT）
e.热处理：
表3：
注释1：在淬火前后油或聚合物淬火剂的温度应该按照热处理标准进行，并且保证完全相变。
所有产品开始和结束热处理的温度都要存档。
注释2：二次回火温度应该低于初次回火温度。
3.0附加条件
3.1除了上文指出的要求，规范APMS-010的要求也要满足。
SURFTEST SJ-410系列测量手册说明书
Color-graphic LCDthe color-graphic lcD with excellent visibility The display interface supports 16 languages.Backlight provideda backlight improves usability in dim testing Easy to use and highly functionalthis portable surface roughness tester is equipped with analysis functionality rivaling that of benchtop surface roughness testers.Complies with many industry standardsthe surftest sJ-410 complies with the following Applicable standardsEnhanced power for making measurements on siteMultilingual supporticon display Data compensationsimple contour analysis functiontext displayA wide range, high-resolution detectorMeasuring range/ resolution 800µm/0.01µm 80µm/0.001µm 8µm/0.0001µmHigh straightness drive unitstraightness/ traverse length 0.3µm/25mm (SJ-411)0.5µm/50mm (SJ-412)High accuracy measuringSJ-412SJ-411Memory card (optional) is supportedthe measurement conditions and data can be stored in a memory cardA variety of interfaces supplied as standardthe external device interfaces that come as standard include usb, rs-Access to functions can be restricted by a passworda pre-registered password can limit use of measurement conditions andthe unit is easily transported in a dedicated carrying casewhich includes holders for the accessories as well as thetester itself. (standard accessory.) Interfaces Data storagePassword protectionCarrying case→High-speed printer prints out measurement results on sitea high-quality, high-speed thermal printer prints out measurement results.it can also print a bac curve or an aDc curve as well as calculatedresults and assessed profiles. these results and profiles are printed outin landscape format, just as they appear on the color-graphic lcD.Printera sturdy key-sheet-button panel with superior durability in any en-vironment is provided. for repeat measurement of the same work,simply pressing the start switch can complete measurement,Key-sheet buttonsEnhanced measuring functionsleveling: leveling table*1, 3-axis alignment table*1 or tilt adjustment unit*1. *1: for details about optional products, see pages 6-7.Powerful support for levelingPatent registered in Japan, u.s.a.. Patent pending in GermanyYour choice of skidless or skidded measurementPatent registered in Japan, u.s.a.. Patent pending in Germany•Skidded measurementin skidded measurements, surface features are measured with reference to a skid following close behind the stylus. this cannot measure waviness and stepped features exactly but the range of movement within which measurement can be made is greater because the skid tracks the workpiece surface contour.•Skidless measurementskidless measurement is where surface features are measured relative to the drive unit reference surface. this measures waviness and finely stepped features accurately, in addition to surface roughnness, but range is limited to the stylus travel available. the sJ-410 series supports a variety of surface feature measurements simply by replacing the stylus.fulcrum point of stylusstylus Traverse directionfeatures: skidlessusually, a spherical or cylindrical surface (r-surface) cannot be evaluated, but, by removing the radius with a filter, r-surface data is processed as if taken from a flat surface.step Dimensions step volumecoordinate differenceMore measuring functions than expected from a compact testerpreviously measured data can be recalculated for use in other evaluations by changing the current standard, assessed profile and roughness parameters.a single measurement enables simultaneous analysis under twodifferent evaluation conditions. a single measurement allows calculation of parameters and analysis of assessed profiles without the need for recalculation after saving data, contributing to higher work efficiency.point group data collected for surface roughness evaluation is used to perform simplified contour analysis (step, step height, area and coordinate variation). it assesses minute forms that cannot be assessed by a contour measurer.this function allows a sampling length to be arbitrarily set in 0.01mm increments (SJ-411: 0.1mm to 25mm, SJ-412: 0.1mm to 50mm). it also allows the SJ-410 series to make both narrow and wide range measurements.the “oK” symbol means the measurement is within the limits set; “ng” means it is not, in which case an arrow points to either the upper or lower limit in the printout.an “oK/ng” judgment symbol is displayed when limits are set for the roughness parameter. in case of “ng,” the calculated result is highlighted. the calculated result can also be printed out.surface roughness measurement requires a run-up distance before starting the measurement (or retrieving data). When the sJ-410 series measures, its run-up distance is normally set to 0.5mm. this distance, however, can be shortened to 0.15mm using the narrow part measurement function (starting from the origin point of the drive unit). the function extends the possibility of measurement of narrow locations such as grooves in piston ring / o-ring mounts.this function samples stylus displacement for a specified time without engaging detector traverse, which enables use as a simplified vibration meter or displacement gage incorporated in another system.RecalculatingAssessing a single measurement result under two different evaluation conditionsSimple contour analysis functionArbitrary sampling length settingGO/NG judgement functionNarrow space measuring function Patent pending in JapanReal sampling3.52.5Example: surface roughness measuring Example: surface roughness measuringof mounting groove for O-ring Overruns surface using 0.5mm run-upthe measurementc=0.8mmø1.21.3The run-up distance can be shortened to 0.15mm by measuring from the origin point.•Narrow space measuring Typical applicationsOptional Accessoriesthree new optional products are available to be attached to the manual column stand (No.178-039). You can choose the unit that suits your application.or, you can also use the three products in any combination. using the optional units makes SJ-411/412 more convenient and easier to use to ensure accurate measurements.can be adjusted to matchthe height of the item to be measured.Options for simple column standSimple column standNo.178-039Vertical adjustment range: 250mm Dimensions: 400×250×578mm Mass: 20kg* c annot be used when the tester’s main unit is an older model (SJ-401/402).•Auto-set unit (178-010)*this unit enables the vertical (Z axis) direction to be positioned automatically (auto-set function).a single button operation completes a series of operations from measurement, saving and auto-return (saving and auto-return can be switched on and off by operating the drive unit).•Tilting adjustment unit (178-030)*this unit is used for aligning the workpiece surface with the detector reference plane. it supports the Dat function to make the leveling of workpiece surfaces easier.•X-axis adjustment unit (178-020)*this unit helps fine-tune the horizontal (X axis) direction.preliminary measurementtilt adjustmentComplete set of option-al units for the manual column stand10m m12.5mm 12.5mm±1.5°the tester includes X- and Y-axes micrometer heads. this makes axis alignment much easier because the tilt adjustment center is the same as the rotation center of the table.(code no.178-042-1/178-043-1)this table helps make the alignment adjustments required when measuring cylindrical surfaces. the corrections for the pitch angle and the swivel angle are determined from a preliminary measurement and the Digimatic micrometers are adjusted accordingly. a flat-surfaced workpiece can also be leveled with this table.the levelling table can be used to align the surface to be tested with the detector reference plane. the operator is guided through the procedure byscreen prompts.XY leveling tablesPrecision viseCylinder attachmentReference step specimen3-axis Adjustment Table: 178-047Patent registered in Japan, u.s.a.. Patent pending in GermanyDAT Function for the optional leveling tablePatent registered in Japan, u.s.a.. Patent pending in GermanyDat screen guides the user when levelingDigimatic micrometer No.178-048inclination adjustment angle: ±1.5°table dimensions: 130×100mmMaximum load: 15kg•fits on the stand.this block can be positioned on top of cylindrical objects to perform measurements.No.12AAB358Diameter: ø15~60mm Configuration:•Cylindrical measurement block •Auxiliary block•Clampused to calibrate detector sensitivity.No.178-611step nominal values: 2µm/10µm•t-groove dimensions•Movement is in X- and Y-axes only.application178-042-1178-049unit: mm*Drive unit not included.*V-block not includedOptional Accessories: Detectors / StyliStandard stylusDouble-length for deep hole *2*1: tip angle 60°*2: For downward-facing measurement only.*3 :*4 : used for calibration, a standard step gauge (No.178-611, option) is also required44.7Detectorsunit: mmExtension rodsStyliunit: mm14601011.5• 12AAG202 extension rod 50mm• 12AAG203 extension rod 100mm* No more than one extension rod can be connected.Styli unit: mm For deep groove(10mm)For deep groove *2 (20mm)Please contact any mitutoyo office for more information.*4 : used for calibration, a standard step gauge (No.178-611, option) is also requiredOptional Accessories: For External Output• os: Windows Xp-sp3 Windows VistaWindows 7Windows 8 (32/64bit)• spreadsheet software: Microsoft excel 2002Microsoft excel 2003 Microsoft excel 2007 Microsoft excel 2010/13Required environment*this program can be downloaded free of charge from the mitutoyo website./about/contacting-mac/surftest-simple-communication-program/The optional USB cable is also required.• usb cable for sJ-410 series No.12AAD510*Windows os and Microsoft excel are products of Microsoft corporation.*pc os must be 32-bits• Printer paper (5 rolls) No.270732• Durable printer paper (5 rolls) No.12AAA876• Touch-screen protector sheet (10 sheets) No.12AAN040• Memory card (2GB) * No.12AAL069• Connecting cable (for RS-232C) No.12AAA882* m icro sD card (with a conversion adapter to sD card)Contour / Roughness analysis software FORMTRACEPAKSimplified communication program for SURFTEST SJ seriesOptional accessories, consumables, and others for SJ-410More advanced analysis can be performed by loading sJ -410 series measurement data to software program forMtracepaK via a memory card (option) for processing back at base.the surftest sJ -410 series has a usb interface, enabling data to be transferred to a spreadsheet or other software.We also provide a program that lets you create inspection record tables using a Microsoft excel* macro.by connecting this printer to the surftest sJ-410's digimatic output, you can print calculation results, perform a variety of statistical analyses, draw a histogram or D chart, and also perform complicated operations for X-r control charts.this unit allows you to load surftest sJ-410 calculation results (spc output) into commercial spreadsheet software on a pc via a usb connector. You can essentially use a one-touch operation to enter the calculation results (values) into the cells in the spreadsheet software.usB keyboard signal conversion type*IT-012UNo.264-012-10* r equires the optional surftest sJ-410 connection cable.1m: No.936937 2m: No.965014USB-ITN-DNo.06ADV380DDigimatic mini processor DP-1VRCalculation results input unit INPUT TOOLNo.264-504 -5AsJ-410→DP-1Vr Connecting cable 1m: No.936937 2m: No.965014this unit allows you to remotely load surftest sJ-410 calculation results (spc output) into commercial spreadsheet software on a pc.You can essentially use a one-touch operation to enter the calculation results (values) into the cells in the spreadsheet software.Measurement Data Wireless Communication System U-WAVEU-WAVE-T *(Connects to the sJ-410)No.02AZD880D* r equires the optional surftest sJ-410 connection cable.No.02AZD790DU-WAVE-R(Connects to the PC)No.02AZD810DSpecifications*1: only for VDa/ansi/Jis'82 standards.*2: only for Jis'97 standard.*3: only for Jis'01 standard.*4: only for ansi standard.*5: λs may not be switchable depending on standard selected.*6: standard deviation only can be selected in ansi.16% rule cannot be selected in VDa.*7: either No.178-396-2 or No.178-397-2 is supplied as a standard accessory depending on the order no. of the main unit for sJ-410 series.*8: the standard stylus (No.12AAC731 or No.12AAB403), which is compatible with the detector supplied, is a standard accessory.Whatever your challenges are,Mitutoyo supports you from start to finish.Mitutoyo is not only a manufacturer of top-qualitymeasuring products but one that also offers qualifiedsupport for the lifetime of the equipment, backed bycomprehensive services that ensure your staff can makethe very best use of the investment.apart from the basics of calibration and repair, Mitutoyooffers product and metrology training, as well as itsupport for the sophisticated software used in modernmeasuring technology. We can also design, build, testand deliver measuring solutions and even, if deemedcost-effective, take your critical measurement challengesin-house on a sub-contract basis.sensor systemsVision Measuring systemstest equipmentand seismometersform MeasurementDigital scale and Dro systemsoptical Measuringsmall tool instrumentsand Data ManagementMitutoyo America Corporationone number to serve You better1-888-MitutoYo (1-888-648-8869)M3 Solution Centers:aurora, illinois (headquarters)boston, Massachusettshuntersville, north carolinaMason, ohioplymouth, Michigancity of industry, californiabirmingham, alabamarenton, Washingtonhouston, texas2.5M 0815-03 • Printed in USA • Aug. 2015©215MitutoyoamericacorporationFind additional product literatureand our product catalogNote: All inform ation regarding our products, and in particular the illustrations, drawings, dim ensional and perform ancedata contained in this printed matter as well as other technical data are to be regarded as approximate average values. Wetherefore reserve the right to make changes to the corresponding designs. The stated standards, similar technical regulations,descriptions and illustrations of the products were valid at the time of printing. In addition, the latest applicable version of ourGeneral Trading Conditions will apply. Only quotations submitted by ourselves may be regarded as definitive. Specificationsare subject to change without notice.Mitutoyo products are subject to US Export Administration Regulations (EAR). Re-export or relocation of our products mayrequire prior approval by an appropriate governing authority.Trademarks and RegistrationsDesignations used by companies to distinguish their products are often claimed as trademarks. In all instances where MitutoyoAm erica Corporation is aware of a claim, the product nam es appear in initial capital or all capital letters. The appropriatecompanies should be contacted for more complete trademark and registration information.Tiltingrange*The dimensions in parentheses indicate those forSJ-412example of mounting on simple column stand. (Code No. 178-039)**for details see page 6.*The dimensions in parentheses indicate those for SJ-412Measuring rangeunit: mmunit: mm。
INTERGARD 410 DK ADMIRALTY GREY PART A SDS - 中国说明书
International Paint Singapore Pte Ltd化学品安全技术说明书EMR764 INTERGARD 410 DK ADMIRALTY GREY PART A版本1 版本修订日 07/06/131.化学品及企业标识1.1.产品名称INTERGARD 410 DK ADMIRALTY GREY PART A产品代码EMR7641.2.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International Paint Singapore Pte Ltd3 Neythal RoadJurong TownSingapore 628570电话号码+65 6261 5033传真号码+65 6264 46121.4.应急咨询电话+65 6261 5033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。
预防响应储存处置2.3.其他危害3.成分/组成信息该产品是一种混合物，包含下列危害物质。
成分/化学名称重量 %GHS分类注意环氧树脂CAS 号码: 不提供 10-25Eye Irrit. 2;H319Skin Irrit. 2;H315Skin Sens. 1;H317[1]Aquatic Chronic 2;H411溶剂石脑油（石油系），轻芳香系CAS 号码: 0064742-95-610-25Asp. Tox. 1;H304[1]二甲苯CAS 号码: 0001330-20-7 2.5-10Flam. Liq. 3;H226Acute Tox. 4;H332Acute Tox. 4;H312Skin Irrit. 2;H315[1][2]1-甲氧基-2-丙醇CAS 号码: 0000107-98-2 2.5-10Flam. Liq. 3;H226STOT SE 3;H336[1][2]二氧化钛CAS 号码: 0013463-67-72.5-10[1][2]乙苯CAS 号码: 0000100-41-4 1-2.5Flam. Liq. 2;H225Acute Tox. 4;H332[1][2]（1）健康或环境危害物质（2）有工作场所有害因素职业接触限值的物质（3）PBT-物质或vPvB-物质*短语的全文参阅第16章。
工程师的必读手册：Crane TP-410说明书
spotlight on...Valve World Americas | February 2017 • 2Crane’s tp-410: LeadershipWhen it comes to the fluid handling industry, there is one publication that every engineer has heard of, studied, and refers to often regarding the flow of fluid through valves, pipes and fittings, and that document is the CRANE Technical Paper 410 (TP-410). Intended for use by a wide range of plant en-gineers, technicians, maintenance personnel, and plant operators, the TP-410 has become the quintessential guide in selecting the correct equipment and parameters when designing and operating any piping system. This year marks its 75th anniversary, and since its inception in 1942, the TP-410 has under-gone multiple revisions and updates to remain relevant to generation after generation of engineers.Crane was founded in 1855 by one man, Richard T eller Crane, who built his com-pany on a set of values that have guid-ed its employees for over 160 years. Since then, Crane has been the world’s leading innovator and pioneer of prac-tical flow control solutions, addressing and exceeding the needs of the indus-try, enabling customers to operate bet-ter, faster and safer. With a heritage of innovation built upon a dedication to technical design and manufacturing ex-cellence, combined with standards and values that center on honesty and fair-ness, it’s no wonder the company was behind such an influential and educa-tional publication as the T P -410.It was Crane that realized the impor-tance of truly understanding the prin-ciples behind the flow of fluids in order to effectively design piping systems and properly select the most appropri-ate valves, pipes and fittings for that system. T he T P -410 was a product of this discovery that would help engineers for years to come, its relevance never weakening as new applications and en-vironments were explored.In recent years, the global industrial base has continued to expand and flu-id handling is still at the heart of new,more complex processes and applica-tions. Today, almost every conceivable fluid is handled in pipe during its pro-duction, processing, transportation, or utilization. In the current decade ofnew technologies, heat-transfer flu-ids from solar plants, mineral slurries, and new chemical compounds process pressures and temperature much more extreme than ever before. And as new technologies, fluids and applications were introduced to the industry, the TP-410 provided updates, adding new chapters and technical references. The current edition consists of seven chap-ters that cover the theory and calcula-tion methods used in the design of pip-ing systems as well as the sizing and selection of valves, pumps and fittings, and is published in two versions Metric (using SI units) and ASME.In recognition of the more complex processes and applications which engi-neers encounter, in the late 1990s Cranepartnered with Engineered Software,Inc. to produce a branded softwareproduct to complement the TP410 Pub-lication. This software, Flow of Fluids P remium, is piping system simulationsoftware for use in the design, optimi-zation and troubleshooting of fluid pip-ing systems. T he history between Crane and Engineered Software goes back much further than the nineties however,to 1978 when two innovative and driven engineers with an early microcomputerand a 1970’s version of the TP410 start-ed developing software to calculate pipeline headloss, followed by software for pump, control valve, flow meter, and orifice calculations. Over the past 39 years, Engineered Software has con-tinually developed features and func-tionality to improve communication between design engineers, plant man-gineers in the fluid handling industry, so in 2009 Crane and ESI partnered again to provide T P -410 readers with ad-ditional tools to assist with their fluid handling needs. A Flow of Fluids web-site was created at , which offers users a suite of web-based tools to solve equations found in the paper. Nomographs that were originally printed in hard copy were replaced online with new calculators, facilitating the work for its users by pro-viding a more efficient means of per-forming these same calculations. Such calculators include head loss, pressure drop, power required for pumping, gas volume and density, equivalents of re-sistance, flow through nozzles, flow through orifices and unit convertors. Additional content and updates were incorporated into a new version of TP410 and the website provides up-to-date errata for all versions purchased since 2009 so users can always receive updates on edits as they’re made. The website also offers online training on piping system principles and systemagers, and system engineers and oper-ators through software analysis of fluidhandling operations. Flow of Fluids al-lows users to model fluid piping sys-tems on their computers, before costly downtime or product quality issues oc-cur. The current program analyzes open or closed loop systems containing either liquids or gases, supports the design of new systems or modifications to exist-ing systems, assists in the sizing and selection of equipment, troubleshoots to find the root cause of operational problems, and identifies opportunities for system optimization. It gives engi-neers a clear picture of the entire sys-tem, demonstrating how all equipment works together, rather than focusing on individual pieces of equipment. T hrough this software, engineers simply enter design details (equipment and pipeline data), specify operating conditions, run the required calculations, simulate op-erating scenarios, and troubleshoot ex-isting systems or design new systems based on the analysis provided.Flow of Fluids P remium Software proved to be a tremendous aide to en-CRANE ® FKX 9000Crane TP-410 Current & the original 1942 booksBy Aneta Stephens, Crane ChemPharma & Energyspotlight on...The views and opinions expressed in this article are those of the profiledcompany and do not reflect the position of Valve World Americas.components based on the knowledgefound within the pages of TP410. Thetwo-part P iping System P rinciples is aself-paced learning course which pro-vides a comprehensive understandingof the hydraulic principles betweencomponents in a fluid system. Addi-tional courses include an Overview ofP iping Systems and webinars on Cen-trifugal P umps, P rocess Measurementand Control, and Head T ransfer. In addi-tion, registration for in person softwaretraining at ESI’s home state of Washing-ton can be made via the site. T he imple-mentation of this website not only facil-itated the work for existing users of theTP-410, it also recruited a generation ofnew users who were not already awareof the publication’s benefits.But the TP-410 is just one example ofCrane’s technical heritage. As an in-tegrated fluid handling solutions pro-vider, Crane is well equipped to dealwith complex global projects and allrequirements related to those projectsacross the chemical, power, oil & gas,refining, biotechnology and pharma-ceutical marketplaces. Its extensiveproduct portfolio consists of prod-ucts that span the industry, includ-ing check valves, sleeved plug valves,lined valves, process ball valves, highperformance butterfly valves, asepticAlex Alcala, President Crane CP&E Recommends TP410and industrial diaphragm valves, linedpipe, fittings and hoses, to name a few.With its extensive network of world-wide locations, the company is ableto use its global project managementprocesses to coordinate and link all ac-tivities from feasibility through design,procurement, start-up, and final docu-mentation, essentially creating a one-stop solution for its customers.Commitment to innovationFor the last 160 years, Crane has prideditself on manufacturing excellence, con-tinual customer service, and a commit-ment to innovation. The TP-410 and itsevolution to an online platform is one ex-ample of such innovation, but another isCrane’s dedication to product advance-ments, as is seen in its recent launch ofthe Crane®FKX 9000 Triple Offset Valve.For the harsh conditions of critical pro-cess applications, steam isolation andtemperature extremes, this new TOVprovides unmatched performance reli-ability and quality across multiple ap-plications while delivering exceptionalflow control, optimized Cv and low DeltaP in a single valve. Engineered to ad-dress the inherent dangers of demand-ing applications, the Crane®FKX 9000adheres to the industry’s most stringentstandards, delivering zero-leak* shut offin high-temperature applications, hy-drocarbon service and emergency shutdown (ESD) service. It directly address-es a growing concern of the industryregarding fugitive emissions, and is anexample of Crane’s mission to addresssuch issues, solve problems for plantoperators and work to make their jobsmore efficient and profitable.The development of the TP-410 as aneducational resource for the industry,the consistent and meaningful productintroductions such as the Crane®FKX9000 and the strong ethical standardsof excellence and service are whatmakeup Crane and contribute to the ad-vancement of the industry. • February 2017| Valve World Americas3。
TEGO 表面控制助剂
解决溶剂型镜背漆涂布时的缩孔问题
镜背漆/ 助剂= 100/ 0.3
缩孔情况
5
4
3
2
1
0
Blank Wet 240Wet 270Wet 280 Twin Flow Flow Glide 4100 ATF ATF 410 2(0.3%) 2(0.5%)
0.1% 410
00.2.2%%441100
0.1% 450
0.2% 450
FS444
0.1% 307
0.2% 307
0.1% 333
0.2% 333
溶剂型2K PU中表面控制助剂的评估 -结论
结论： Glide 450有最好的流平性，有良好的滑度且不会带来过多的气泡问题。 Glide 410有最好的滑度，有良好的流平性，降表面张力最强,但稳泡比较严重。 BYK 333/307介于Glide 450及Glide 410之间。333接近Glide 450（流平比450 略差，滑度略好），307滑度比333略好，不如FS444，更不如410。 FS444介于Glide 450及Glide 410之间，接近Glide 410（滑度比410略差，流 平略好，同样稳泡）
0.1% TEGO® Glide 100
润湿良好时，涂料的表面张力越高，越有利于流动流平！
流动、流平
- 丙烯酸酯类流平剂
化学组成
作用模式
• 聚丙烯酸酯
• 不影响表面张力
• 均聚和共聚物
• 有限的相容性
• 分子量在 5.000 - 10.000 g/mol • 聚集在涂膜的表面
之间
410瞬干胶水
广粘技术服务热线：１８０－２８２２－２９５８ 我们很乐意予以支持或帮助 请与当地销售商或技术服务中心联系，可以访问下列网址：ｗｗｗ．ｇｕａｎｇｎｉａｎ．ｎｅｔ
产品技术说明书
说明 本文中所含的各种数据仅供参考，并被认为是可靠的。对 于任何人采用我们无法控制的方法得到的结果，我们恕不 负责。自行决定把本产品用在本文中提及的生产方法上 ，及采取本文中提及的措施来防止产品在贮存和使用过程 中可能发生的损失和人身伤害都是用户自己的责任。鉴于 广粘公司明确声明对所有因销售广粘产品或特定场合下使 用广粘产品而出现的所有问题，包括针对某一特殊用途的 可商品化和适用性的问题，不承担责任。广粘公司明确声 明对任何必然的或意外损失包括利润方面的损失都不承担 责任。本文中所论述的各种生产工艺或化学成分都不能被 理解为这些专利可以被其他人随便使用和拥有或被理解为 得到了包括这些生产工艺和化学成分的广粘公司的专利许 可证。建议用户每次在正式使用前都要根据本文提供的数 据先做实验。
固化速度与基材的关系
固化速度取决于被粘接的基材，下表表明在22°C / 50 % 相对湿度的情况下 不，同基材的固定时间。试样的剪 切强度达到0.2 N/mm². 所需要的时间。
固定时间, 秒:
钢材 (脱脂) 铝 氯丁橡胶 丁腈橡胶
60- 120秒 10- 30 秒 15- 25秒 15- 25秒
ABS PVC 聚碳酸酯 酚醛树脂
20- 50 (870- 2 900)
并非产品规格 以下所含技术资料仅供参考 请与广粘公司技术部门联系，以便获得该产品规格方面的支持与建议。
产品技术说明书
聚碳酸酯
酚醛树脂
氯丁橡胶
丁腈橡胶
拉伸强度, ISO 6922: 钢件(喷过砂)
迪高主要助剂介绍
Tego Rad 2100
自由基交联型流动促进剂，高相容性、可交联性佳、良好的再涂性和覆印性、可轻微增加滑爽性、防缩孔，特别适用于辐射固化体系。
Tego Rad 2200N
高相容性自由基交联型增滑及流动助剂，可交联性、高效、防缩孔，在面漆配方中可提高表面滑度和抗擦伤性，同时可提高基材润湿和流平性。特别适用于辐射固化体系，亦可用于水性紫外光固化体系。
用于辐射固化油墨和涂料体系的高性能润湿分散剂，特别适用于有机颜料和碳黑，展色性能优异、着色力强，良好的降粘效果，不含溶剂和APE。
Tego Dispers681UV
用于辐射固化油墨和涂料体系的高性能润湿分散剂，特别适用于有机颜料和碳黑，展色性能优异、着色力强，良好的降粘效果，不含溶剂和APE。
Tego Dispers 700
Tego Dispers 750W
适用于水性印刷油墨及涂料的通用润湿分散剂，特别推荐用于不含基料的色浆生产。对无机、有机颜料和碳黑都有极好的稳定作用，非常好的展色性及突出的色浆稳定性。储存稳定性佳、抗水性佳，不含溶剂和乙氧基壬基酚。
Tego Dispers 752W
用于水性体系润湿和分散剂，特别推荐用于透明氧化铁和透明钛白粉。优异的展色性及储存稳定性佳、抗水性佳，不含乙氧基壬基酚。
特别适用于溶剂型和无溶剂型(双组份)体系、脱泡破泡性佳、热稳定性好、重涂性好。
Tego Glide 432
特别适用于辐射固化体系、突出的基材润湿性、提高抗擦伤性、高效、不稳泡。
Tego Glide 435
流动及平滑性佳、基材润湿性佳、改善抗擦伤性、高效、低稳泡、适用于水性、辐射固化和溶剂型体系，特别适用于辐射固化体系。
高效的非有机硅类脱泡剂，特别推荐用于双组份聚氨酯和酸固化体系，以及基于硝基纤维素及其混合物的涂料，可用于底漆及面漆，适合高光泽配方，推荐用于刷涂、喷涂及滚涂。
TEGO Glide 100(迪高100)技术资料
TEGO Glide 100(迪高100)
平滑和流动助剂
特性
●可普遍用于水性，辐射固化和溶剂型配方中
●显著改善流动性
●在喷涂施工表现长波效应
●高相容性（发雾的风险减至最低）
●在皮革面漆提供光滑的手感
电话135.370.070.10 李小姐 QQ197.973.11.18
应用实例
推荐用量：
● 汽车漆
0.05~0.3%
推荐用量：
● 辐射固化清漆
0.05~0.5%
推荐用量：
● 水性罩印光油
0.05~0.3%
推荐用量：
● 水性和溶剂型工业涂料
0.05~0.3%
● 水性和溶剂型木器涂料 推荐用量：0.1~0.5% ● 喷墨墨水 推荐用量：0.1~0.5% ● 基于聚氨酯，丙烯酸树脂和硝基体系的皮推荐用量：0.1~1.0%
革面漆
（以供货形式对总配方计）
工艺说明
●预稀释或按供应形直接添加于涂料中均可。
●用推荐的溶剂预稀释会便于加入和混合。
●在碱性或酸性介质中，建议核查产品的长久性。
技术数据
●供货形式透明液体
●化学成分聚醚硅氧烷共聚物
●活性物含量 100%
●粘度,25℃约 1200 mPa s
包装储存
●25kg/塑料桶
●200kg/铁桶
●未开封的原包装中12个月。
GEI41040E气体燃料规范
GEI 41040E1994年8月GE工业和动力系统燃气轮机重型燃气轮机气体燃料处理规范1.概述GE公司生产的重型燃气轮机燃用的气体燃料范围广泛，详见表1。
由于这些气体燃料中含有活泼的或惰性成分以及燃料本身主要成份的不同，从而使这些气体具有较广的特性范围。
制定本规范是为了确保GE公司生产的重型燃气轮机能够安全可靠地燃用表中列出的这些燃料。
表2是确定气体特性的试验方法。
表3列出了燃气轮机安全运行对燃料特性和杂质的限制，即气体燃料规范。
注注2. 参见“燃料特性”的“热值”章节。
有关干式低NOx，参见附件1。
注3. 微量金属极限的定义和计算参见附件2。
一般海水中的钠/钾=28。
注4. 仅适用于有余热锅炉的机组。
如果选择催化还原设备，可提出报告。
2.天然气和石油气这一类气体燃料包括通常称为天然气和液化石油气(LPG)。
天然气中主要成分是甲烷，以及少量的重烃，如乙烷、丙烷和丁烷。
液化石油气是丙烷和乙烷以及微量重烃的混合物。
A．天然气天然气的热值通常在每标准立方英尺800～1200Btu（29.8-44.7 MJ/NM3），这取决于其中重烃和惰性气体所占含量。
天然气的清洁度及其重烃含量的变化范围很大。
当天然气从井下喷出时，其中含有氮气、二氧化碳、硫化氢和各种杂质，如盐水或砂和灰尘。
在大多数情况下，天然气在使用前已将其中的水分、固体颗粒和硫化氢清除。
而在某些情况下，特别是在海洋地区，输送的燃料气中含有硫化氢。
由燃气轮机燃料控制系统的特性所决定，天然气到达燃料入口处必须完全气化。
这就是说，不能含有液态烃。
如果在天然气输送管道中有液体的话，不论是液态烃或水分，都必须在天然气进入燃机之前将其分离掉。
在某些情况下，需要综合使用过滤分离器和加热等方法。
如果天然气中含有任何微量杂质，都必须对可能残留的微量杂质进行评估，以确定其对透平高温通道可能产生的影响。
B．液化石油气液化石油气由于有较高的商用价值，一般不用作透平燃料，只是作为备用燃料或有液化石油气供大于求时临时使用。
迪高助剂说明书
强防缩孔
Twin 40001 W / S/ UV
强润湿性和消泡性
1新产品 2无硅型 W = 水性体系 S = 溶剂型体系 UV = UV固化体系
流变性是影响涂料性能的关键因素之一。 尤其在水性涂料配方中，经常
流变剂
使用流变助剂来达到涂料所需的流变性。 TEGO® ViscoPlus 产品系列包含了有协同作用的聚氨酯增稠剂，可以满足
681UV12
Dispers 7002 S
无机、膨润土浆
Dispers 7102 S / UV
有机、碳黑、无机
Dispers 715 W2 W
无机
Dispers 735 W2 W
无机、消光剂
Dispers 740 W2 W
有机、无机
Dispers 745 W2 W
有机、无机、碳黑
Dispers 750 W2 W
脱泡剂 (TEGO Airex)
在脱泡剂主要防止涂料中微泡和针孔的产 生。脱泡剂在高粘度和高固体份涂料中是非常重 要的，在无空气喷涂中更是必不可少的。
Airex 900
S / UV
环氧、UV 丙烯酸酯
Airex 901 W
W
丙烯酸、聚氨酯/丙烯酸、苯乙烯、环氧
Airex 902 W
W
聚氨酯-纯丙、纯丙、双组分聚氨酯
Glide 100
W / S / UV
Glide 406
W/S
Glide 410
W / S / UV
Glide 411
S
Glide 415
S
Glide 420
S / UV
Glide 432
UV
Glide 435
UV
Glide 440
涂料的流动与流平（绝对经典）
涂料的流动与流平（绝对经典）一、前言涂膜的流平是涂料表观性能的体现，实际上流平性好坏涉及到涂料的许多方面，例如粘度、涂料的流变性、原材料匹配性、颜料分散工艺的设计、助剂的选择及应用技术、涂装工艺及涂装环境等诸方面因素。
可以说涉及到涂料生产及涂装的全过程，绝非单独依靠流平剂所能控制的。
以实际工作经验为基础，拟对涂料的流动与流平及其与流平剂的关系作如下介绍：流平剂在涂料的流动与流平中所发挥的作用。
流平剂种类不同作用机理和发挥的效果亦不同，即使流平剂的种类相同结构不同，使用效果亦不同。
所以应用流平剂时要根据涂料需要克服的问题和助剂的结构类别进行选择。
应用时要注意流平剂与其他助剂的匹配性及其负面作用和克服对策。
掌握了流平剂的应用对提高涂料产品质量水平会有一定帮助的，另外对流平剂的开发也是有益的。
二、影响涂料流动与流平的因素涂料流动成膜的力是外加的剪切力。
即外力作用于涂料使其铺展成膜。
流平的动力是表面张力即涂料自身收缩的力，这是在外力消失后，使涂膜表面达到光滑平整状态的主要作用力。
由此可以得出这样的结论：流动与流平两个定义之间没有什么太大的区别，涂料要达到光滑平整的表面需要具有良好的流动与流平特性。
2.1涂料流体性质对流动与流平的影响不管是流动还是流平都是涂料的运动形式，都要受到涂料粘度的影响。
涂料流体性质不同，粘度与剪切速率呈现出不同的关系，所以对流动和流平的影响程度也不一样。
如何利用涂料这一属性即达能到流动与流平的目的，又能克服涂料某些弊病是我们技术人员所追求的目标。
涂料大约有五种流体类型：牛顿流体、塑性流体、假塑性流体、膨涨流体、触变流体。
假塑性流体和触变流体是涂料最常用的两种流体结构。
它们对防沉、防浮色发花、防流挂、防止立面涂装时的波纹都是相当有益的。
但对流平和光泽会造成一定影响。
只要注意选择触变剂，合适地调节流挂极限膜厚度，仍有可能达到理想的涂膜流平效果。
由式1中可以看出极限膜厚度与屈伏值成正比，只要改变屈伏值就可以调整涂膜厚度。
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TEGO Glide 410(迪高410）
平滑和流动助剂
特性
●可普遍用于水性，辐射固化和溶剂型配方中
●高效能
●改善耐刮擦性
●防止和消涂因污染产生的缩孔
●通过控制哑光粉的排布，在溶剂型配方中防止消泡不均和表
面不规则
●具有额外的抗粘连效果
电话135.370.070.10 李小姐 QQ197.973.11.18
应用实例
● 木器和家具涂料推荐用量：0.05~0.5%
● 水性和溶剂型工业涂料推荐用量：0.03~0.3%
● 水性罩印光油推荐用量：0.1~1.0%
● 印刷油墨推荐用量：0.05~1.0%
● 装饰涂料推荐用量：0.05~0.3%
（以供货形式对总配方计）
工艺说明
●预稀释或按供应形直接添加于涂料中均可。
●用推荐的溶剂预稀释会便于加入和混合。
技术数据
●供货形式透明液体
●成份聚醚硅氧烷共聚物
●不挥发物约92%
●粘度,25℃约 2000 mPa s
包装储存
●25kg/塑料桶
●200kg/铁桶
●未开封的原包装中12个月。