DOW CORNING
Product Information
Lighting
Dow Corning? OE-6550 Optical
Encapsulant
?High transmittance
?Medium viscosity
?Medium hardness
?High refractive index
?Excellent optical properties ?Long pot life Two part, 1:1 mix ratio, medium viscosity, high RI, transparent silicone elastomer
APPLICATIONS
Dow Corning? OE-6550 Optical Encapsulant is designed for LED encapsulation. TYPICAL PROPERTIES
Specification Writers: These values are not intended for use in preparing specifications. Please contact your local Dow Corning sales office or your Global Dow Corning Connection before writing specifications on this product.
Property Unit Result
One or Two-Part - Two
Color - Colorless Viscosity (Part A) cP 23,600
Pa-sec 23.6
Viscosity (Part B) cP 920
Pa-sec 1
Viscosity (Mixed) cP 3,800
Pa-sec 3.8
Mix Ratio - 1 to 1 Durometer Shore A - 55
Specific Gravity (Cured) - 1.15
Heat Cure Time at 150 oC minutes 60
Tensile Strength psi 190
MPa 1.3
kg/cm2 13
Elongation % 75
Refractive Index - 1.54 Transparency at 450 nm, 1 mm thick % 100
Linear CTE (by TMA) ppm/oC 210
Youngs Modulus psi 740
Mpa 5.1
kg/cm2 52
Dielectric Strength volts/mil 900
kV/mm 35
Dielectric Constant at 1 MHz - 3.3
Volume Resistivity ohm*cm 9E+15 Unprimed Adhesion - Die Shear (Al psi 250
MPa 1.7
kg/cm2 170
Impurity (Na+) ppm 0.1
Impurity (K+) ppm 0.2
Impurity (Cl-) ppm 1
Dissipation Factor at 1 MHz - 9E-03
DESCRIPTION
Dow Corning? brand silicone LED (light emitting diode) encapsulants are designed to meet the challenging needs of the LED market, including high adhesion, high purity, moisture resistance, thermal stability and optical transmittance. Silicone materials can absorb stresses caused by thermal cycling inside the package, protecting the chip and the bonding wires. With the electronics industry quickly moving toward lead-free processing, silicone encapsulants, with their demonstrated, excellent stability at reflow temperatures, are a natural fit for LED applications. APPLICATION METHODS Compatible with commercially available equipment and
industry standard processes PROCESSING/CURING These products are also compatible with commercially available equipment and industry standard processes. These materials can be dispensed or molded depending on the product and application.
Dow Corning? brand OS Fluids are recommended to clean cured or uncured silicone residue from application equipment. ADHESION
Dow Corning LED materials are specially designed for adhesion to commonly used LED substrates. Surface treatments such as chemical etching or plasma treatment may provide a reactive surface and improve adhesion to these types of substrates. In general, increasing the cure temperature and/or cure time will improve the ultimate adhesion. USEFUL TEMPERATURE RANGES
For most uses, silicone encapsulants and resins should be operational over a temperature range of -45 to 200 °C (-49 to 392 °F) for long periods of time. However, at both the low- and high-temperature ends of the spectrum, behavior of the materials and performance in particular
applications can become more
complex and require additional
considerations. For low-temperature
performance, thermal cycling to
conditions such as -55 °C (-67 °F)
may be possible, but performance
should be verified for your parts or
assemblies. Factors that may
influence performance are
configuration and stress sensitivity
of components, cooling rates and
hold times, and prior temperature
history. At the high-temperature end,
the durability of the cured silicone
elastomer is time and temperature
dependent. As expected, the higher
the temperature, the shorter the time
the material will remain useable.
COMPATIBILITY
Certain materials, chemicals, curing
agents and plasticizers can inhibit
the cure of addition cure adhesives.
Most notable of these include:
organotin and other organometallic
compounds, silicone rubber
containing organotin catalyst, sulfur,
polysulfides, polysulfones or other
sulfur containing materials,
unsaturated hydrocarbon plasitcizers,
and some solder flux residues. If a
substrate or material is questionable
with respect to potentially causing
inhibition of cure, it is recommended
that a small scale compatibility test
be run to ascertain suitability in a
given application. The presence of
liquid or uncured product at the
interface between the questionable
substrate and the cured gel indicates
incompatibility and inhibition of
cure.
USABLE LIFE AND
STORAGE
Shelf life is indicated by the “Use
Before” date found on the product
label. Dow Corning two-part
products should be stored at or
below 25 °C (77 °F). Containers
should be kept tightly closed at all
times to extend shelf life. Check the
product label for specific storage
conditions.
PACKAGING
INFORMATION
Multiple packaging sizes are
available for this product. Please
contact your local distributor or
Dow Corning representative for
information on packaging size and
availability.
HANDLING
PRECAUTIONS
PRODUCT SAFETY
INFORMATION REQUIRED FOR
SAFE USE IS NOT INCLUDED IN
THIS DOCUMENT. BEFORE
HANDLING, READ PRODUCT
AND MATERIAL SAFETY DATA
SHEETS AND CONTAINER
LABELS FOR SAFE USE,
PHYSICAL AND HEALTH
HAZARD INFORMATION. THE
MATERIAL SAFETY DATA
SHEET IS AVAILABLE ON THE
DOW CORNING WEB SITE AT
DOW https://www.360docs.net/doc/9010590565.html,, OR FROM
YOUR DOW CORNING SALES
APPLICATION ENGINEER, OR
DISTRIBUTOR, OR BY CALLING
DOW CORNING CUSTOMER
SERVICE.
LIMITATIONS
This product is neither tested nor
represented as suitable for medical or
pharmaceutical uses.
HEALTH AND
ENVIRONMENTAL
INFORMATION
To support Customers in their product
safety needs, Dow Corning has an
extensive Product Stewardship
organization and a team of Product
Safety and Regulatory Compliance
(PS&RC) specialists available in each
area.
For further information, please see our
Web site, https://www.360docs.net/doc/9010590565.html, or consult
your local Dow Corning
representative.
LIMITED WARRANTY INFORMATION – PLEASE READ CAREFULLY
The information contained herein is offered in good faith and is believed to be accurate. However, because conditions and methods of use of our products are beyond our control, this information should not be used in substitution for customer’s tests to ensure that our products are safe, effective, and fully satisfactory for the intended end use. Suggestions of use shall not be taken as inducements to infringe any patent.
Dow Corning’s sole warranty is that our products will meet the sales specifications in effect at the time of shipment.
Your exclusive remedy for breach of such warranty is limited to refund of purchase price or replacement of any product shown to be other than as warranted.
DOW CORNING SPECIFICALLY DISCLAIMS ANY OTHER EXPRESS OR IMPLIED WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE OR MERCHANTABILITY.
DOW CORNING DISCLAIMS LIABILITY FOR ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES. HOW CAN WE HELP YOU TODAY?
Tell us about your performance, design and manufacturing challenges. Let us put our silicon-based materials expertise, application knowledge and processing experience to work for you.
For more information about our materials and capabilities, visit https://www.360docs.net/doc/9010590565.html,.
To discuss how we could work together to meet your specific needs, email electronics@https://www.360docs.net/doc/9010590565.html, or go to https://www.360docs.net/doc/9010590565.html,/contactus for a contact close to your location. Dow Corning has customer service teams, science and technology centers, application support teams, sales offices and manufacturing sites around the globe.
We help you invent the future.?https://www.360docs.net/doc/9010590565.html,
硅烷偶联剂kh
硅烷偶联剂kh570 一、概述： 偶联剂kh570是一类具有两不同性质官能团的物质，它们分子中的一部分官能团可与有机分子反应，另一部分官能团可与无机物表面的吸附水反应，形成牢固的粘合。偶联剂在复合材料中的作用在于它既能与增强材料表面的某些基团反应，又能与基体树脂反应，在增强材料与树脂基体之间形成一个界面层，界面层能传递应力，从而增强了增强材料与树脂之间粘合强度，提高了复合材料的性能，同时还可以防止不与其它介质向界面渗透，改善了界面状态，有利于制品的耐老化、耐应力及电绝缘性能。 化学名称：γ―甲基丙烯酰氧基丙基三甲氧基硅烷 化学结构式:CH3CCH2COO(CH2)3Si(OCH3)3 对应牌号：中科院KH-570、美国联碳公司A-174、美国道康宁公司Z-603、日本信越公司KBM-503 典型特征：偶联剂570为甲基丙烯酰氧基官能团硅烷，外观为无色或微黄透明液体,溶于丙酮、苯、乙醚、四氯化碳，与水反应。沸点为255℃,密度P25'g/m1：1.040,折光率ND:1.429,闪点：88℃，含量为≥97% 二、应用领域： 1、用于玻璃纤维的表面处理，能改善玻璃纤维和树脂的粘合性能，大大提高玻璃纤维增强复合材料的强度、电气、抗水、抗气候等性能，即使在湿态时，它对复合材料机械性能的提高，效果也十分显着。目前，
在玻璃纤维中使用硅烷偶联剂已相当普遍，用于这一方面的硅烷偶联剂约占其消耗总量的50％，其中用得较多的品种是乙烯基硅烷、氨基硅烷、甲基丙烯酰氧基硅烷等。 2、用于无机填料填充塑料。可预先对填料进行表面处理，也可直接加入树脂中。能改善填料在树脂中的分散性及粘合力，改善工艺性能和提高填充塑料（包括橡胶）的机械、电学和耐气候等性能。 3、用作密封剂、粘接剂和涂料的增粘剂，能提高它们的粘接强度、耐水、耐气候等性能。硅烷偶联剂往往可以解决某些材料长期以来无法粘接的难题。硅烷偶联剂作为增粘剂的作用原理在于它本身有两种基团；一种基团可以和被粘的骨架材料结合；而另一种基团则可以与高分子材料或粘接剂结合，从而在粘接界面形成强力较高的化学键，大大改善了粘接强度。硅烷偶联剂的应用一般有三种方法：一是作为骨架材料的表面处理剂；二是加入到粘接剂中，三是直接加入到高分子材料中。从充分发挥其效能和降低成本的角度出发，前两种方法较好。 三、使用方法 1、表面预处理法：将硅烷偶联剂配成0.5～1%浓度的稀溶液，使用时只需在清洁的被粘表面涂上薄薄的一层，干燥后即可上胶。所用溶剂多为水、醇、或水醇混合物，并以不含氟离子的水及价廉无毒的乙醇、异丙醇为宜。除氨烃基硅烷外，由其它硅烷偶联剂配制的溶液均需加入醋酸作水解催化剂，并将pH值调至3.5～5.5。长链烷基及苯基硅烷由于稳定性较差，不宜配成水溶液使用。氯硅烷及乙氧基硅烷水解过程中伴随有严重的缩合反应，也不宜配成水溶液或水醇溶液使用，而多配成醇
Dow Corning Rohs list
Product reference Contains substances restricted in RoHS and WEEE Directives * 1 CATALYST NO 1-2577 CONFORMAL COATING NO 1-2577 LOW VOC CONFORMAL COATING NO 1-2620 LOW VOC CONFORMAL COATING NO 1-4173 TC ADHESIVE NO 1000 PASTE NO 1000 SPRAY NO July 28th 2004 The following Dow Corning products have been reviewed for compliance with European Commission Directive 2002/95/EC relating to the Restriction of the use of certain Hazardous Substances in electrical & electronic equipment (RoHS Directive) and European Commission Directive 2002/96/EC relating to Waste Electrical & Electronic Equipment (WEEE Directive).
106 ANTI-FRICTION COATING NO 1102 GAS COCK GREASE NO 111 VALVE LUBE & SEALANT NO 1122 SPRAY NO 1200 OS PRIMER CLEAR NO 1200 PRIME COAT-RED NO 1200 PRIMER-CLEAR NO 1201 RTV PRIME COAT NO 1204 RTV PRIME COAT NO 1292 LONG LIFE BEARING GREASE NO 145 RTV ENCAPSULANT KIT NO 160 SILICONE ELASTOMER - PART A NO 160 SILICONE ELASTOMER - PART B NO 165 LT NO 170 FAST CURE KIT NO 170 SILICONE ELASTOMER KIT NO
Corning
Q: What is the recommended culture medium working volume in a Corning 5L Erlenmeyer flask?A: We recommend a working volume range of 2.5 to 3.0L of culture medium with Corning 5L Erlenmeyer flasks. Specifically for the baffled option, we recommend a working volume no less than 2.5L, the minimal volume for which the baffles were designed and optimized. Due to the height of the baffles, working volumes less than 2.5L could experience forces that take away the benefits of the baffles. Q: What is the recommended agitation rate for Corning 5L Erlenmeyer flasks? A: The optimal agitation rate will depend on the diameter of the orbit of the individual shaking platform, the cell type being cultured, the medium used and whether a baffled or plain bottom Erlenmeyer flask is used. With 25 mm orbit shakers, we recommend a rate of 90 rpm for CHO and Sf9 cells when cultured in Corning 5L Erlenmeyer flasks. It is important to empirically determine the agitation rate depending on conditions. This could be done by observing the amount of culture medium foaming with different agitation rates (90 to 120 rpm). The agitation rate with no or minimum foaming should be used as a good start-ing point. Typically we find the ideal rpm will need to be decreased as the size of the Erlenmeyer flask increases. Q: What is the recommended seeding density for 5L Erlenmeyer flasks? A: We recommend using the seeding density optimized for your given cell type or clone. Seeding den-sities of 0.3 to 0.5 x 106 cells/mL are typical for CHO cell culture and 0.5 x 106 to 1 x 106 cells/mL for Sf9 cell culture. Q: What is the recommended culture medium-feeding protocol in Corning 5L Erlenmeyer flasks?A: We recommend using the culture medium and feeding protocol (fed batch) optimized for your given cell type as a starting point. Some fine tuning of the feeding protocol may be needed for the maximum performance in 5L Erlenmeyer flasks. Q: What is the recommended scale up protocol for CHO cells in Corning 5L Erlenmeyer flasks?A: If starting from cryopreserved CHO cells, we recommend thawing cells into a Corning 125 mL Erlenmeyer flask using your standard protocol. Culture cells for several passages until cells are fully recovered and reach >2 x 106 cells/mL density by day 3 or 4. Always use cells from the mid logarithmic growth phase for the scale up. From 125 mL flask (40 mL working volume), scale up cells to 1L Corning Erlenmeyer flask (300 mL working volume), then to 5L Erlemeyer flask (2.5 to 3.0L working volume). It could take about 6 to 8 days to scale up from 125 mL to 5L Erlenmeyer flask depending on the cell growth rate. Q: Why might I want to use the baffled Corning 5L Erlnemeyer flask over a standard 5L Erlenmeyer flask?A: Usually we find that the baffles provide better aeration for cells, especially at a lower rpm. You may find that by using a baffled Erlenmeyer flask you can decrease the rpm from what you typically use.Q: Why is there an angled feature around the neck of the vessel? A: The angled feature located at the neck of the vessel will reduce foam when filling and pouring out of the vessel. Corning ? 5L Erlenmeyer Flask Frequently Asked Questions
常用硅烷偶联剂 (2)
常用硅烷偶联剂——K H550、KH560、KH570、KH792、DL602 1.KH550 KH550硅烷偶联剂CAS号：919-30-2 一、国外对应牌号 A-1100（美国联碳），Z-6011（美国道康宁），KBM-903（日本信越）。本品有碱性，通用性强，适用于环氧、PBT、酚醛树脂、聚酰胺、聚碳酸酯等多种热塑性和热固性树脂。 二、化学名称分子式： 名称：γ-氨丙基三乙氧基硅烷 别名：3-三乙氧基甲硅烷基-1-丙胺 【3-TriethoxysilylpropylamineAPTES】， γ-氨丙基三乙氧基硅烷或3-氨基丙基三乙氧基硅烷【3-AminpropyltriethoxysilaneAMEO】 分子式：NH2(CH2)3Si(OC2H5)3 分子量：221.37 分子结构： 三、物理性质:
外观：无色透明液体 密度（ρ25℃)：0.946 沸点：217℃ 折光率nD25:1.420 溶解性：可溶于有机溶剂，但丙酮、四氯化碳不适宜作释剂；可溶于水。在水中水解，呈碱性。 本品应严格密封，存放于干燥、阴凉、避光的室内。 四、KH550主要用途： 本品应用于矿物填充的酚醛、聚酯、环氧、PBT、聚酰胺、聚碳酸酯等热塑性和热固体树脂，能大幅度提高增强塑料的干湿态抗弯强度、抗压强度、剪切强度等物理力学性能和湿态电气性能，并改善填料在聚合物中的润湿性和分散性。 本品是优异的粘结促进剂，可用于聚氨酯、环氧、腈类、酚醛胶粘剂和密封材料，可改善颜料的分散性并提高对玻璃、铝、铁金属的粘合性，也适用于聚氨酯、环氧和丙烯酸乳胶涂料。 在树脂砂铸造中，本品增强树脂硅砂的粘合性，提高型砂强度抗湿性。 在玻纤棉和矿物棉生产中，将其加入到酚醛粘结剂中，可提高防潮性及增加压缩回弹性。 在砂轮制造中它有助于改进耐磨自硬砂的酚醛粘合剂的粘结性及耐水性。 2.KH560
道康宁硅酮结构密封胶995
道康宁○R DC995硅酮结构密封胶 产品说明： 道康宁○R995硅酮结构密封胶是专门为结构装配而设计单组份，高稳定性，中性固化的弹性密封胶，它具有下列独特的特征： 1、对大多数建筑材料如玻璃、阳极氧化铝材、花岗岩以及涂漆层金属材料，包括大多数的 氟碳烤漆材料，不需使用底漆就有优越的粘接性。 2、特佳的贮存期。 3、副产品无腐蚀性。 4、固化后形成强有力及具弹性的硅酮橡胶。 基本用途： 道康宁995硅酮结构密封胶设计与结构性应用： 结构性应用，包括与工厂或工地组装的玻璃和金属材料间装配，完全固化后，此密封胶层形成耐久，具有弹性的防水界面。 使用限制： 不能使用于下列情况： 1、所有会渗出油脂、可塑剂或溶剂的材料，诸如浸油木材，油底钢板缝以及某些未硫化或 部分硫化的橡胶垫衬材和胶带等； 2、密不透风的场所； 3、当材料表面温度超过50℃时； 4、结霜或潮湿的表面； 5、连续浸水的环境； 6、地底下终年潮湿的地方； 7、需要上油漆的表面，因漆膜会龟裂或剥落； 8、地平面上的接口，以及易遭到磨损或物理性破坏的地方； 9、会直接接触到食品的表面，此硅酮胶尚未经过美国食品和药物检验局之试验以证实是否 符合标准。 典型物性：
材料特性： 道康宁○R995硅酮结构密封胶是一种单组份粘稠膏状物，可随时使用。在-25℃至+50℃的温度范围内，粘稠度仍保持均匀，容易挤出。 颜色： 黑色、白色、灰色。 包装： 592ml香肠状铝箔包装、305ml硬胶瓶包装。 采用标准： GB16776-2005 ASTM C1184 联邦标准TT-S-001543A(COM-NBS)
联邦标准TT-S-00230C(COM-NBS) 技术资料： 道康宁○R995硅酮结构密封胶实际上并不受阳光、雨水、风雪和极度高低温的影响。它独一无二的耐候性使它即使暴露在恶劣天气条件下，若完全固化后，依然保持本质不变。接口的原始设计性能不会因老化和暴露在大气中而产生显著的变化，密封胶仍能维持耐水和耐候特性。 固化后的密封胶在-4℃的低温和+150℃的高温范围内，仍保持弹性，而不会脆化，龟裂或被撕裂。 道康宁○R995硅酮结构密封胶与大多数的反射玻璃和中空玻璃都相容。 贮存和有效期限 当贮存在+32℃或更低的温度下，道康宁○R995硅酮结构密封胶需在包装上印有的最后使用期限前使用。保质期为制造日期后18个月。 表1：每支（592ml）道康宁○R995建筑用硅酮结构密封胶施用长度（m） 密封胶的实际用量会因接口设计，视垫材料的安装位置，修整技术以及工地的损耗量而不一。
Dowcorning 20 release coating
Product Information Release Dow Corning ?20Release Coating DESCRIPTION Dow Corning ? 20 Release Coating provides a durable parting film which effectively releases plastics, adhesives,and other elastomeric products that are sometimes difficult to release from mold surfaces, even with other silicones. HOW TO USE Dilution For easier application and finer control of the amount applied to mold surfaces, Dow Corning 20 Release Coating should be diluted to one part coating to 5-10 parts solvent . If wetting is a problem, blend 10 parts Release coating for plastics,adhesives,and elastomeric products APPLICATIONS ?In fabricating plastic parts, provides durable parting film for epoxies,melamimes, methacrylates, phenolics, polyesters, and polyurethanes.?Releases silicone glass laminates and tubes and parts made from silicone molding compounds. ?Provides release for wood forming operations, metal making, and rubber gaskets. TYPICAL PROPERTIES Specification Writers: These values are not intended for use in preparing specifications.Please contact your local Dow Corning sales office or your Global Dow Corning Connection before writing specifications on this product. CTM*Property Unit Value 0005 Color Colorless/light straw 0208Active material content % w/w 500001A Specific gravity @ 77°F (25°C)g/ml 0.930004Viscosity cst 11.00021A Flash point - closed cup °C 32 Solvent Stoddard and Xylene Suitable solvents Aliphatic and aromatic hydrocarbons CTM: Corporate Test Method, copies of CTMs are available on request. FEATURES ?Easy to use ?Does not discolor molded parts ?Solvent dilutable ? In most cases, a single application provides release through numerous molding cycles BENEFITS ?Provides heat stable, non-carbonizing, non-oily parting film ?Minimum build-up on molds and dies COMPOSITION ?Polydimethylsiloxane and high molecular weight silicone resin in solvent Dow Corning 20 Release Coating with 80 parts isopropanol (99%) and 10 parts toluene, rather than the previously mentioned solvents.Whenever using solvents, always provide adequate ventilation and follow the precautions on the manufacturer’s label. To break in molds with porous surfaces, a more concentrated solution – equal parts solvent and Dow Corning 20 Release Coating –may be used. Once the mold has been broken in, a more dilute solution may be used.
硅烷偶联剂
硅烷偶联剂kh560 CAS号：2530-83-8 国外牌号： A-187（美国奥斯佳有机硅有限公司）（原联碳公司），美国道康宁Z-6040,日本信越KBM-403。 KBM-403（日本信越化学工业株式会社） 化学名称及分子式：γ-缩水甘油醚氧丙基三甲氧基硅烷 硅烷偶联剂KH560性质：物理形态：无色或微黄色液体。沸点：290℃。折光率：(nD25) 1.4260-1.4280，比重(dD25)1.065-1.072。溶解性：溶于水，同时发生水解反应，水解反应释放甲醇。溶于醇、丙酮和在5%以下的正常使用水平溶于大多数脂肪族酯。硅烷偶联剂KH560用途： 1.是一种含环氧基的偶联剂，用于多硫化物和聚氨酯的嵌缝胶和密封胶，用于环氧树脂的胶粘剂、填充型或增强型热固性树脂、玻璃纤维胶粘剂和用于无机物填充或玻璃增强的热塑料性树脂等。 2.硅烷偶联剂kh560增强基于环氧树脂电子密封剂和封装材料及印刷电路板的电性能，提高树脂与基体或填充剂之间的粘结力。 3.硅烷偶联剂KH-560能够增强许多无机物填充的尼龙，聚丁烯对苯二酸酯在内的复合材料的电学性能。 对范围广泛的填充剂和基体，象粘土、滑石、硅灰石、硅石、石英或铝、铜和铁在内的金属都有效。 4.从添加硅烷偶联剂KH560获益的具体应用，包括：用石英填充的环氧密封剂、预混配方，用砂填充的环氧树脂混凝土修补材料或涂层和用于制模工具和金属填充的环氧树脂材料。 5.免除了对多硫化物和聚氨酯密封胶和嵌缝化合物中独立底漆的要求。 6.硅烷偶联剂KH560还可以改进含水丙烯酸胶乳嵌缝胶和密封胶，基于聚氨酯和环氧树脂的涂层中的粘合。 7.生产包装运输：KH560用塑料桶包装，每桶净重5kg, 10kg, 20kg,代办托运。 (用量注意：硅烷偶联剂处理无机表面材料并非用量越多越好，理想的添加量是能够使硅烷偶联剂在无机材料表面里形成一层单分子层，与无机材料表面羟基反应，从而提高无机材料的亲油性。如果硅烷偶联剂用量过多，则偶联剂自身水解后发生交联反应，从而是材料力学性能降低。) 硅烷偶联剂kh560使用方法 KH560若要配成水溶液处理无机物，浓度为0.1-0.5％的硅烷。水溶液首先用0.1％醋酸到调至PH值为 3.0- 4.5然后搅拌下滴加硅烷，通常搅15分钟可形成澄清的水溶液。一定时期内由于KH-560点浓度高可能会不稳定，放置一些天后沉降出油状的聚硅氧缩聚物。当然KH-560还可以溶于许多有机溶剂配成溶液使用。在不用任何溶剂时，亦可以在很高的剪切作用下几分钟内与矿物填料混合来处理填料。经硅烷处理的玻璃或矿物填料可在105℃至120℃下加热干燥促使硅醇基缩合在表面上并除去副产物甲醇。最佳应用干燥条件如时间与湿度应依工艺来选择。 用作底胶时，将99份KH-560及1份有机胺如苯基二甲胺(记为混合物A)用约900份甲醇稀释来用。底胶可用于玻璃或金属等固体表面，而聚合物亦可热压或交联在表面上。混合物A或KH-560亦可以0.5至2.0pph 直接加入树脂体系以促进未打底胶的粘合。 硅烷偶联剂KH560MSDS 突发事件概述： 外观：洁净、无色液体。注意：如果吸入皮肤，可能有害健康。易受潮，可导致眼睛和皮肤发炎，可导致呼吸道和消化道疼痛、发炎。造成再生和胎儿的效应。与水分的接触产生甲醛。 目标器官：不详。
道康宁DC7091粘接密封胶 耐高温200度
道康宁DC7091粘接密封胶耐高温200度 高强度粘接密封硅胶 研泰高强度粘接密封硅胶属于室温固化有机硅胶,以进口有机硅为主体，高品质填充料等高分子材料精制而成的单组分高强度粘接密封硅胶，采用先进工艺配方生产，及低挥发性，在灯具的内壁无起雾状，不会出现雾状现象，可以完全代替进口胶水。 高强度粘接密封硅胶产品特点 ●单组分中性固化，对材料无腐蚀作用，使用寿命长，易于挤出，但不流淌，操作方便，可手动施胶也可 机械施胶，满足任何工作环境及工况场所； ●具有卓越的粘接强度，对ABS、PVC、高密度聚苯乙烯（HIPS）等各种塑料，微晶玻璃和金属有良好的 粘结性且粘结强度高，一般不需要使用底涂； ●耐水性好，防潮防水性能优越，耐高低温性能优越，在－50℃～＋200℃范围内性能变化不大； ●研泰牌高强度粘接密封硅胶是一种无毒、挥发性小，不会在灯具的内壁留下油污或出现雾状，安全环保， 已通过欧盟RoHS标准。 高强度粘接密封硅胶产品应用 ●高强度粘接密封硅胶主要用于灯具的粘接与密封，如LED节能灯、汽车灯具，汽车LED日行灯等产品的 粘结与密封以及精密仪器、仪表的粘接密封，医疗器械的粘接密封，高端电子电器上重要零部件的保护性加固密封保护，各种玻璃、铝材、石材和金属结构工程的结构粘结密封，其他行业中需粘结或密封的各种用途。 高强度粘接密封硅胶性能参数 以上性能参数在25℃，相对湿度60%实验环境中所检测得出的数据，仅供客户参考，并不能保证在特定环境下能达到全部数据，敬请客户使用时，以测试数据准。 高强度粘接密封硅胶使用说明 ●表面清理：将留存在介面处和装配凹陷部位的油脂、水份、尘埃、表面赃污、残留密封胶等杂质和污染 物全部清除干净 ●施胶：拧开（或削开）高强度粘接密封硅胶管盖帽，最好根据施胶面的大小决定削胶管的大小尺寸，将 胶液挤到已清理干净的表面，使之分布均匀，将被粘面合拢固定即可； ●固化：将涂好高强度粘接密封硅胶的部件放置于平稳处，未固化前不要随意挪动，被粘好或密封好的部 件让其自然固化。 ●如遇到特殊材料难以黏结，可先采用底涂处理剂产品在介面表面涂抹上薄薄的一层待其干燥后即可进行 施胶。
常用硅烷偶联剂介绍
常用硅烷偶联剂介绍 1. KH550 KH550硅烷偶联剂CAS号：919-30-2 一、国外对应牌号 A-1100（美国联碳），Z-6011（美国道康宁），KBM-903（日本信越）。本品有碱性，通用性强，适用于环氧、PBT、酚醛树脂、聚酰胺、聚碳酸酯等多种热塑性和热固性树脂。 二、化学名称分子式： 名称：γ-氨丙基三乙氧基硅烷 别名：3-三乙氧基甲硅烷基-1-丙胺 【3-Triethoxysilylpropylamine APTES】， γ-氨丙基三乙氧基硅烷或3-氨基丙基三乙氧基硅烷 【3-Aminpropyltriethoxysilane AMEO】分子式：NH2(CH2)3Si(OC2H5)3 分子量：221.37 分子结构： 三、物理性质: 外观：无色透明液体 密度（ρ25℃)：0.946 沸点：217℃
折光率nD25: 1.420 溶解性：可溶于有机溶剂，但丙酮、四氯化碳不适宜作释剂；可溶于水。在水中水解，呈碱性。 本品应严格密封，存放于干燥、阴凉、避光的室内。 四、KH550主要用途： 本品应用于矿物填充的酚醛、聚酯、环氧、PBT、聚酰胺、聚碳酸酯等热塑性和热固体树脂，能大幅度提高增强塑料的干湿态抗弯强度、抗压强度、剪切强度等物理力学性能和湿态电气性能，并改善填料在聚合物中的润湿性和分散性。 本品是优异的粘结促进剂，可用于聚氨酯、环氧、腈类、酚醛胶粘剂和密封材料，可改善颜料的分散性并提高对玻璃、铝、铁金属的粘合性，也适用于聚氨酯、环氧和丙烯酸乳胶涂料。 在树脂砂铸造中，本品增强树脂硅砂的粘合性，提高型砂强度抗湿性。 在玻纤棉和矿物棉生产中，将其加入到酚醛粘结剂中，可提高防潮性及增加压缩回弹性。 在砂轮制造中它有助于改进耐磨自硬砂的酚醛粘合剂的粘结性及耐水性。 2. KH560 一、国外对应牌号：
道康宁732密封胶产品说明
DOWCORNING道康宁732密封胶 包转规格：300ml/支 道康宁732FDA单组分硅酮橡胶 类型：单组分硅酮橡胶 物理形状：粘稠膏状 干结方法 乙酰制剂：在室温下暴露在空气中的水蒸气中进行干结。释放少量醋酸。 特性：不会松垂、下陷或脱离物体表面。 基本用途：进行一般的密封和粘结或作为空间填充的粘性橡胶或塑性填料。 说明： 道康宁732多用密封胶是膏状、单组分硅酮RTV，适于进行多种工业密封和粘结用途。它通过与空气中的水蒸气的反应，在室温下干结，生成耐久的、有弹性的硅酮橡胶。 道康宁732多用密封胶的特性包括： 1.不会流动：可用于天棚或墙壁的表面，不会松垂或脱离。 2.对气候、振动、水分、臭氧和过高或过低温度有良好的适应性。 3.能适应的温度范围宽。连续在-76到350华氏度(-60到177摄氏度)下使用或在高达400华氏度(204摄氏度)时间歇使用时，干结后的材料(对绝大多数颜色)
能保持弹性。当需要更高的温度性能时，道康宁732多用密封胶(黑色)能连续在400华氏度(204摄氏度)或间歇在高达450华氏度(232摄氏度)下保持弹性。 A.能粘结各种材料的表面。 B.百分之百硅酮橡胶。 C.DOWCORNING道康宁732密封胶符合多种规范的要求(参阅“认可”部分)。 典型特性： 这些数值不准备使用在详细说明书中提供的 CTM10062流动、松垂或下陷，英寸…………………………零 颜色…………………………………………………银白、黑、透明、白 CTM09777华氏度(25℃)时的比重………………………1.04 CTM0364挤压率(1/8英寸的孔,90psi空气压力),克/分钟 (350) 干结特性--暴露在77华氏度(25℃)和50%RH的空气中 CTM098表层干结时间,分钟…………………………………5---10 CTM095无粘性时间,分钟 (20) 干结时间,1/8英寸小珠,小时 (24) 使用方法 道康宁732多用途密封胶可用于多种不同的密封和粘结用途.这个密封胶可用于: 1.粘结汽车和家庭用具的装饰品。包括金属、织物和织物背衬的塑料。 2.粘结加热衬垫或冰箱零件。 3.粘结无螺丝的托架、门牌、标志牌以及标志牌上的字母。 4.炉门的密封以及煤气装置、有凸缘的管子接头和门上的裂缝的密封；给齿轮箱、压缩机和泵提供即时成形的衬垫；拖车和卡车车厢的密封；家庭用具零部件的粘接和密封；密封船舱和窗户。 5.连接和填充片状金属堆、管道和设备定位形成的接头。
DOW CORNING 730
DOW CORNING 730 耐溶剂密封剂 说明 DOW CORNING 730 耐溶剂密封剂是即取即用、不含溶剂、无坍塌的氟硅橡胶油膏，在潮湿的大气中形成坚韧的硅酮橡胶。它是一种抗化学侵蚀的液体密封剂，它适合于需抗燃料、油类及溶剂、烟灰、喷雾的场合，有时甚至需要整个浸入燃料、油类及溶剂的场合。 优点 DOW CORNING 730 耐溶剂密封剂具有优良的抗气候、震动、潮湿、臭氧及极温性能。其在-57-+260℃的宽广温度范围都具有弹性，可以在零度以下的气候也不会丧失拉伸力及固化性能。 DOW CORNING 730 耐溶剂密封剂吸附于众多普通工业机械表面，能使用于过热或者垂直表面，不会松垂、下陷或脱离物体表面。 应用 DOW CORNING 730 耐溶剂密封剂首要应 用是作为在抗燃料、油类及溶剂有膨胀影响地方的结合、密封及敛缝用途。 其已被证明在装配及修理燃料管道及车辆、油槽、小发动机、航空器及火箭上的应用是可接受的。其它典型应用包括： 密封各式液体贮存槽接缝 密封航天器及自动燃料管道及油槽 暴露于腐蚀环境中橡胶衬套的暂时修补 运输化学原料及溶剂管道接头的密封 密封化学性压缩机，形成定位垫圈 普通密封剂不能胜任的不规则形状及苛刻条件的地方形成定位垫圈 长时间暴露于潮湿、震动、燃料、油类及溶剂组件的结合及密封 应用于有甲酮分散的保护涂层 绝缘体及在填注液体分配变压器入口密封，形成定位垫圈 DOW CORNING 730 耐溶剂密封剂 类型 单组份、通用氟硅酮橡胶粘合 形态 产品 无坍塌油膏 固化后 坚韧、橡胶状固体 固化 暴露于潮湿空气下释放少量醋酸 特性 在一宽温度范围内可暴露于燃料、油类及溶剂中应用，具抗膨胀性能 主要应用 在需抗燃料、油类及溶剂的地方作粘合、密封及敛缝使用 典型特性 产品特性 颜色………………………………………………….白色 比重，25℃，………………………………………….1.40 挥发率，70℃，24小时，%…………………………………5 挤出率，1/8″管口，90psi,克/分……………………200 结皮时间，分…………………………………………..10 表干时间，分…………………………………………..25 流动性，MIL-S8802JIG ，厘米………………………0.254 25℃、50%相对湿度下固化7天后的特性 肖式硬度，点…………………………………………..35 拉伸强度，Mpa ……………………………………….2.07 伸长率，%……………………………………………..175 撕裂强度，kN/m ………………………………………5.25 脆化点，℃…………………………………………-63℃ 具弹性下限，℃……………………………………-57℃ 有DOW CORNING 1200 底漆涂层铝合金Alcad2024T3 剥离强度，kN/m ………………………………………2.63 LAP 剪力，无底漆涂层铝合金Alcad2024T3 吸附力，kN/m ………………………………………45.53 有DOW CORNING 1200底漆涂层铝合金Alcad2024T3 吸附力，kN/m ………………………………………45.53 无底漆涂层冷卷钢 吸附力，kN/m ………………………………………27.67 有DOW CORNING 1200底漆涂层的冷卷钢 吸附力，kN/m ………………………………………42.03 使用 DOW CORNING 730 耐溶剂密封剂是即取即用的，在压力下，其自动从容器中挤出，膏状稠液体使其非常易于工作。 DOW CORNING 730 耐溶剂密封剂的固化过程是可以用油漆刀、搅拌器对表面进行加工，由表向里固化，在至少25℃
道康宁DC991硅酮密封胶说明书
道康宁DC991硅酮耐候密封胶——上海连宝 道康宁991高性能硅酮密封胶特性 1、高性能硅酮密封胶 50HM等级；满足美国ASTM C920-2010弹性封缝料规格标准 S型，NS类，50级、国标GB23261-2009 石材用建筑密封胶标准1 SR 50HM等级； 2、中模量弹性体密封胶，特为敏感的天然石材、玻璃及金属板等材料设计生产； 3、不会污染天然石材，并能有效减少在金属和玻璃面板上出现脏污垂流现象； 4、中模量，高承受变位能力—在适当设计的接缝上可承受±50%原来接缝尺寸的变位； 5、无需底漆即可与大部分建筑材料，如天然石材、玻璃、金属、瓷砖、含氟碳涂料表面涂层的材质及阳极电镀铝材具有优良的粘结力； 6、优越的抗紫外线性能和耐候性能； 7、良好的表面固化时间，有利于施工休整； 道康宁991高性能硅酮密封胶说明 1.道康宁991高性能硅酮密封胶对防止天然石材等多孔性材料的污染及大限度地减少金属板和玻璃的脏污垂流现象有良好效果，可用于新建或修缮建筑工程。
2.道康宁991高性能硅酮密封胶可与大多数建筑材料形成耐久，富弹性的防水接口。经测试符合，美国ASTM C920-2010和国标 GB23261-2009的各项性能指标。 3.储存方式：在27℃以下的干燥通风阴凉处贮存，贮存期为12个月。 4．使用前的准备工作：按照要求安装衬垫材料或接口填补剂，垫杆隔离物和胶带。同接口相联的区域应采用遮蔽带，以确保密封胶密封线的整洁。 5.为确保在多孔性或非多孔性表面的粘结性，在工程开工前都应做粘结性测试。 6.注胶时应均匀施力，使胶充满被黏缝内然后修整： 7.注意事项：不能作为结构密封胶使用；施工时应保持通风，因为密封胶需吸收空气中的水份固化。 8.切勿让小孩接触，若眼睛直接接触到未固化的胶黏剂应及时用大量的清水清洗并向医生求助。
dowcorning 4
Product Information High Performance Lubricants FEATURES ?Maintain serviceable consistency from -70 to 400°F (-57 to 204°C)?Practically nonvolatile ?Odorless ?Resistant to a wide range of chemicals; generally resistant to mineral oils, vegetable oils, air, dilute acids, alkalines and most aqueous solutions; Dow Corning 111 Valve Lubricant & Sealant is quite resistant to a variety of organic and inorganic chemicals ?Moisture resistant ?Electrically insulating ?Excellent rubber lubrication ?Excellent release and sealing properties ?Resistant to oxidation ?Essentially nontoxic and non-melting ?Show little tendency to dry out in service COMPOSITION ?Greaselike materials containing an inert amorphous silica filler in combination with selected polydimethyl silicone fluids Dow Corning? 7 Release Compound, Dow Corning? 4 Electrical Insulating Compound and Dow Corning?111 Valve Lubricant & Sealant Dimethyl silicone compounds for a variety of lubrication and protection applications USES Dow Corning? 7 Release Compound can be used in applications including:?Mold release agent for foundry shell and core molds ?Break-in treatment for bladders on tire presses ?Rubber lubricant and preservative ?Release agent for adhesives and glues ?Airframe lubricant ?Cable-pulling lubricant to draw rubber-covered cable through conduit ?Release agent for plastic extruders and processing equipment ?Release agent for plastic film packaging machines Uses of Dow Corning? 4 Electrical Insulating Compound include:?Moisture-proof seal for aircraft, automotive and marine ignition systems and spark plug connections ?Waterproof electrical connections ?Electrical assemblies and terminals ?Seal and lubricant for cable connectors, battery terminals, rubber door seals and rubber and plastic O-rings ?Assembly lubricant for various metal-on-plastic and metal-on-rubber combinations ?Lubrication for control and pressure plug valves Dow Corning? 111 V alve Lubricant & Sealant can be used in applications such as:?Sealant for vacuum and pressure systems ?Sealant for outdoor equipment, including shipboard applications, subject to washing and harsh environments; meters; electrical service entrance and underground connections ?Damping medium for dash pots in electrical and electronic equipment ?Chemical barrier coating ?Antistick and sealant for transformer gaskets and equipment enclosures, which help prevent gaskets from sticking to metal and resist weathering and water washout ?Lubricant for rubber and plastic O-rings (see Use Limitations) ?Sealant for gaskets and seals ?Lubricant for water softener and faucet valves ?Valve stem lubricant for potable water ?Aircraft vacuum systems