卡德莱产品技术说明

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使用说明书

LAI320-PCI任意波形发生卡使用说明书第一章概述1.1 简介LAI320任意波形发生卡，有2路波形输出。

为我公司LAI220产品的升级替代产品，用户可用鼠标编辑所需的任意波形，也可选择正弦波、方波、三角波、锯齿、TTL、白噪声、高斯噪声、梯形、指数、AM、FM、扫频等常规波形，可设置波形的幅度、频率、偏置量等参数。

LAI320采用DDS合成技术、全表贴工艺、大规模FPGA技术，具有频率精度高、分辨率高、可靠性好、软件支持丰富等优点，可广泛用于个人实验室和自动测试系统。

1.2 技术性能指标波形输出通道：T1波形输出通道波形频率0.1Hz(DC) ～5MHz频率分辨率0.02HzDAC时钟0~80MHz连续可调，步进为0.2Hz通道数并行2CH、可同步波形长度标配256Ksa/CH,可扩到512Ksa垂直分辨率14位频率稳定度＜10ppm波形幅度0～±10V、0～±1V波形个数1～4095个、循环输出输出阻抗100Ω,输出电流50mA Vpeak=100mA低通滤波5MHz、1MHz、100KHz、10KHz、1KHz程控直流精度±0.1%（FS）交流精度±0.2%谐波失真LAI320 :-65dBc(<1KHz)、-58dBc(100KHz)软件平台Windows2000/XP二次开发提供常用开发平台下的DEMO源代码(VC、CVI、VB、LABVIEW、C++ Builder)。

1.3 软件支持LAI320任意波形发生卡提供丰富的软件支持, 提供集成软件和驱动程序以及编程接口、动态连接库、使用例程等。

1.4 工作原理图一、LAI320原理框图工作原理：PC机将波形数据通过PCI总线送到存储器中，存储器循环地将波形数据发送到DAC电路，由DDS（数字频率合成器）电路产生相应的DAC刷新时钟（0~50MHz,步进0.04Hz）。

DAC输出波形经缓冲放大、低通滤波、放大输出。

卡莱特云科技股份有限公司产品说明书

麒麟可视化智控平台1 | 54总部：深圳市南山区万科云城深圳国际创新谷8栋A座37F-39F美国：2050Main st.Suite210,Irvine,CA,92614.欧洲：R105-R106High Tech Campus9,5656AE Eindhoven,Netherland 官网：软件支持如果您的产品有任何问题，请联系我们的技术团队。

其中，国内支持信息如下：深圳总部电话：4008 770 775传真：*************地址：深圳市南山区万科云城深圳国际创新谷8栋A座37F-39F海外支持信息如下：Shenzhen HeadquartersTel：+86-755-86009353Fax：+86-755-86009659ADD：37F-39F,Building 8,Zone A,Shenzhen International Innovation Valley,Vanke Cloud City,Dashi Yilu,Nanshan District,Shenzhen,ChinaColorlight US,Inc.Tel：+1（949）536-5586Skype：Support_Colorlight USE-mail：**********************ADD：2050 Main Street,Suite 210,Irvine,CA 92614.Europe OfficeTel：+31（0）40 851 75 23Skype：Support_Colorlight EuropeE-mail：**************************ADD：Kanaaldijk-Noord 109D,5642 JA Eindhoven,Netherlands版权声明版权所有©2022卡莱特云科技股份有限公司（以下简称“卡莱特云”），保留所有权利。

未得到卡莱特云的书面认可，任何人不得以任何方式或形式对本手册内的任何部分进行复制、摘录、备份、修改、传播、翻译成其他语言、将其全部或部分用于商业用途。

卡德莱固化剂

颜色1 (加纳法)
粘度2 25°C (cPs)
固体份3 (%)
胺值4 (mg KOH/g)
活泼氢当量
薄涂* 硬干时间 (小时)/25°C
主要性能
船舶 & 防护 (浸泡)
工业涂料
面漆
NT-1500
未改性
16
6,000 @ 75°C 1,800
无溶剂
215
198
n/a
类似于标准的高分子量聚酰胺 NT-1500加入二甲苯 NT-1500加入异丙醇 NT-1500的浅色版本 NT-1541加入二甲苯
380
118
7.3
29
粘度低，韧性优异，再涂性能优异，干膜颜色稳定性佳，耐化学性能好。适合高固体份的涂料无溶剂，粘度较低，颜色稳定性好，阴极剥离性能优异，金属与混凝土表面附着力优异改性的LITE 3000，固化速度更快，固体含量更高，用量较
X
XX
XX
XX
8
850
455
104
船舶 & 防护 (浸泡) XX
交通工具底漆
工业涂料
FDA 175.300
NC-541
未改性未改性未改性未改性溶剂型溶剂型未改性
16
28,000
330
130
X
X
NC-641
16
25,000
304
130
4
13.5
21
XX
X
NX-2047
18+
25,000
315
190
6.2
XX
XX
NX-5198

Mettler-Toledo Classic Plus产品说明书

Classic Plus
Readability
Classic
0.00001 g
AB135-S/FACT AB265-S/FACT
AB265-S
Price
Weighing Range
Weighing Pan (mm)
100 g 200 g 300 g 400 g 500 g 600 g 1500 g 3 kg 4 kg 5 kg 8 kg 12 kg 16 kg 24 kg 32 kg
PB4002-S/FACT
0.1 g 13001-S/FACT PB3001-L
PB5001-S/FACT PB5001-L
PB8001-S/FACT PB8001-L
PB8000-S/FACT PB8000-L
/classic
For more information
Weights Weight for tests and adjustments.
Guaranteed traceability. For more Information: /weights
100 g 200 g 300 g 400 g 500 g 600 g 1500 g 3 kg 4 kg 5 kg 8 kg 12 kg 16 kg 24 kg 32 kg
610 g 1510 g 3100 g
ø180
600 g
3100 g 4100 g
1510 g 3100 g
5100 g 8100 g 8100 g
Accessories for Classic balances
31g 120 g
61g
220 g
0.0001 g
AB54-S/FACT AB54-S

卡德莱涂料产品手册说明书

内容01.环氧固化剂— 酚醛胺 06— 非腰果壳油产品 11— 酚醛酰胺12— 水性1402.稀释剂与改性剂— 环氧稀释剂与树脂 16— 环氧与聚氨酯 18 腰果壳油稀释剂与改性剂03.聚氨酯— 多元醇与二元醇 20— NCO封端剂2104.介绍— 公司简介 03— 产品与市场 04— 腰果壳油技术 05腰果壳油表面活性剂2205.公司简介35余年专注于腰果壳油的高品质特殊化学品（腰果壳油是一种可再生、非食物链的生物材料）。

在超过30个国家配备了专业的当地销售团队；在美国、拉丁美洲、欧洲、中国以及印度设立了产品仓库。

在中国广东珠海市与印度芒格洛尔市投建了腰果壳油的生产基地。

卡德莱使用腰果壳油（CNSL）衍生品作为大部分产品的主基料，实现前所未有的产品性能，并且以可持续发展的方式解决当今的难题。

为了协助客户解决行业挑战，卡德莱将持续投入腰果壳油技术独特性能的研发与创新。

卡德莱在美国、中国与印度设立了先进的研发与技术服务实验室，利用腰果壳油作为主基料，开发一系列相比传统涂料化工品更具有独特优势的专业材料。

产品与市场环氧— 环氧固化剂酚醛胺酚醛酰胺聚酰胺改性脂环胺— 腰果壳油环氧树脂与改性剂— 腰果壳油活性与非活性稀释剂聚氨酯— 多元醇（大部分源自腰果壳油）单官、双官与多官聚酯聚醚曼尼希酚醛树脂/芳香族— 腰果壳油NCO封端剂— 活性稀释剂腰果壳油特殊品— 乙氧基化表面活性剂— 聚合物基料— 氢化单体— 烃类树脂— 摩擦粉与树脂— 丙烯酸酯— FormuLITE™涂料市场— 船舶与防护— 工业应用OEM与一般工业交通工具底漆饮用水与食品接触储罐与管道内壁— 混凝土地坪底漆与自流平面漆腰果壳油技术卡德莱的产品始终源自腰果壳油，一种天然、非食物链型、每年可再生的生物材料。

由于原料与生俱来的性能优势，而且对产品的性能或者成本无影响，因此这种技术一直被广泛应用于多种领域。

腰果酚是通过腰果壳油精馏提取的一种独特的天然酚醛材料，是卡德莱固化剂的主要成分。

LAJAC自动滑动闸 AUDA AUDS 产品说明说明书

AUDA/AUDSThe automatic sliding damper AUDA is a com-pressed air powered damper for tight and rapidclosure.Because the damper is opened and closed auto-matically, the extraction is always focused on theconnections, extraction points or machines thatfor the time being are in use. This maximizes theextraction power and reduces the energy con-sumption. It also creates cleaner end productsand machinery, cleaner floors and a healthierworking environment.DesignAs standard, the damper is made of zinc plated steel, but is also available in stainless steel AISI 304/316.The pipe connections on the damper are equipped with pull ring edge or straight edge, depending on the diameter (see table on the next page). The damper can also be delivered with connections for rolled edge or with flanges.Air tightness is achieved by using flexible rubber gaskets and sealing rings. Dimensions bigger than Ø 200 mm, come only with sealing rings.The standard damper can take a heat with a maximum of +80° C. Sealing rings made of Teflon are available, in cases when higher temperature is being used. Working preassure is 6-10 bar.The damper is opened and closed by one or two compressed cylinders, depending on the diameter. The cylinder i maneuvered by a magnetic port connected to the machinery or to a maneuver switch. With a micro switch mounted on the damper, the fan can for example be turned on or off when the damper is opened or closed.1. Pneumatic cylinder2. Connection 1/8” - 6 mm hose3. Hose 6 mm4. Connection 1/8” - 6 mm hose5. Solenoid valve6. Silencer/adjustment7. Cable terminal8. Coil 230V AC or 24 V AC/DC9. Screw for manual operation of solenoid valve10. Sealings11. Damper housing12. Damper blade13. SealingBeteckning Beskrivning SPDA-01Solenoid valve SPDA-02CoilSPDA-06Micro switchSPDA-07Micro switch bracket SPDA-08Reed sensorSPDA-09Bracket for reed sensorAUDA/AUDSMeasures on the next pageAccessoriesØ mm AmmBmmCmmDmmBlade th.mmHouse th.mmWeightkg50*293192,5145139,521,52,363*293192,5145139,521,52,376*338222,5145156,521,53 80338222,5125156,521,53 100398263125176,521,53,3102*398263125176,521,53,3108*475313,5145201,521,54 120475313,5125201,521,54 125475313,5125201,521,54127*475313,5145201,521,54 140548363125226,521,55 150548363125226,521,55152*548363125226,521,55 160574382,5125236,521,55,2 180699463125276,521,56,2 200699463125276,521,56,2202*699463125276,521,56,2 22584756216534732,011,3 25084956216537132,013,5 300105069216542232,020,1 315105069216542232,021,1 350116076316547232,025 400131086316552232,027,4 450119298025062343,060 5001644108225067343,066,7 5501829120725071343,076,1 6001964129225078343,085,7 6302044134225081343,091,1 6502044134225081343,091,1 7002324154225089343,0119,3 8002564169226097343,0134,9*with straight edge. The rest is with pull ring edge.AUDA/AUDSInstallation and maintenanceInstallationWhen positioning the damper , the risk of personal injury must be taken into account. The damper must therefoe be installed outside the working zone, e.g. at least 2,1 meter above the floor level.As standard, the pipe connections are equipped with clamp rims. Installation can be carried out in an optional position, but we recommend horizontal.Connecting pipe work is to be suspended in such a way that the damper is not subjected to rupturing forces. These can cause the damper to jam och to get stuck.Electrical installationBefore starting the electrical installation the damper must be connected to the duct work, otherwise the connections on the damper should be covered securely. Electrical connection must be carried out by a qualified electrician.Before starting up1. Check that the damper blade runs smoothly. This should be done after the mechanical installation.2. Check that the damper is opened and closed when intended.Regular maintenanceThe damper is maintenance free. When required, it can be cleaned using a cloth dipped in ethylated spirits.Troubleshooting when the damper blade jams or gets stuck 1. The damper needs to be cleaned2. There are rupturing forces in the pipe system3. The damper blade is damaged4. Loose sealingsService switches or lockable master switches for fans must be turned off when working with the damper.Declaration of conformity according to EU Directive 2006/42/EC.Be aware that the unit may not go into service until the machine or the system it is to be included in, complies with the requirements of the EU machinery directive.AUDA/AUDS。

卡德莱产品应用市场

船舶领域卡德莱技术的船舶涂料不仅保留了使用方面的优势，例如快速固化，低温固化，低表面处理要求，低溶剂排放，而且已经成为满足最严格防腐保护要求的标准。

从严格的浸水压载水箱涂料到一般的大气暴露和通用底漆，卡德莱为配方设计者提供一系列具有创新性的产品，解决最棘手的船舶涂料问题。

配方设计者可以从一系列四季通用的改性和无改性酚醛胺固化剂和酚醛酰胺固化剂中选择最合适的环氧固化剂。

如何选择产品取决于合适的船舶涂料属性，例如目标固体份含量，固化速度，在某种情况下的涂膜属性，颜色，应用方法和总体性能。

很多卡德莱固化剂可以随时进行“混合和喷涂”，无需额外的加速剂，昂贵的防腐颜料，助硫化剂，加合物，或者修改最后配方效果的材料。

中等固体份体系高固体份体系无溶剂体系树脂稀释剂防护领域德莱防护涂料的解决方案应用范围广泛，从桥梁和其他钢结构领域使用的防腐蚀涂料到饮用水，食物接触或者耐化学性的专业涂料。

我们有众多的环氧固化剂，稀释剂和树脂可供选择，帮助涂料制造商调配出指定的干燥速度，溶剂含量，目标性能，应用环境和成本的涂料。

配方设计者可以从一系列四季通用的改性和无改性酚醛胺固化剂和酚醛酰胺固化剂中选择最合适的环氧固化剂。

这些产品展现了一流的耐腐蚀性，快速固化，低表面处理要求，低温固化的特点。

除了这些与生俱来的性能特点，卡德莱的固化剂还可以经过特别调配，为储罐内壁提供优异的耐化学性，在严峻环境下对处理差的表面也有极好的附着力，符合FDA 175.300要求，在饮用水领域达到无溶剂和施工期短的要求。

中等固体份体系高固体份体系无溶剂体系树脂稀释剂多元醇工业领域工业方面例如运输，航空，汽车维修，集装箱，和重型设备等领域的配方涂料通常需要符合不同的制造工艺要求。

卡德莱的材料可以帮助配方设计者研发出满足这些领域严格要求的涂料，并为最终用户带来高价值的优势，例如提高生产率，降低能源消耗以及溶剂排放。

配方设计者可以从一系列四季通用的改性和无改性酚醛胺固化剂和酚醛酰胺固化剂中选择最合适的环氧固化剂。

API Candida 酵母菌鉴定系统

API Candida 酵母菌鉴定系统文章出处：长源科技发布时间：2005-08-09API Candida 是一个在 18-24 小时内鉴定临床最常迂到酵母菌的标准化鉴定系统。

能鉴定的菌名单列于本说明书末的鉴定表。

API Candida 试验条是由能进行 12 个测定 (糖产酸或酶反应) 的 10 个含干粉底物小管所组成的。

培养时，所产生的反应是由自然颜色变化所得。

于 35-37℃培养 18 或 24 小时之后，根据读表用肉眼观察反应锆果，可用所得数值谱或鉴定软件得到鉴定结果。

试剂 A(可作个鉴定物)包括有：一套 API 20 A(可作 25 个鉴定物)包括有： 25 个 API 20 A 试验条- 25 个培养盒 - 25 个 API 20 A 培养基物的安瓿管 - 25 份报告单 - 1 份说明书附加产品 -McFarland 标准(ref.70 000)点 3 范围 -矿物油 (ref. 70 100) -吸管或 PSI 管 (ref. 70 250) -安瓿架 (ref. 70 200) -棉签 (ref. 70 610) -鉴定软件 (bioMerieux 有) 试验室必备设备 -35-37℃培养箝 -冰箱-本生煤气灯 -记录笔培养基成份 NaCl 0.85% 培养基 2 ml NaCl 无菌离子水 8.5g 1000mL培养基和试验条的贮存在有效日期(在包装上标出)内, 培养基和试验条应贮存于 2-8℃。

警告与注意事项 ·仅供体外诊断用。

·合格试验室检验人员应无菌操作，并防止带传染物。

·不能用口吸标本或试剂。

·不使用过期试剂。

·使用前，将试剂从冰箱中取出，使其达室温(20-30℃)。

·小心启开启安瓿瓶：- 用手垂直握住安瓿瓶(白色瓶盖朝上) -尽量将瓶盖压下 -用大姆指顶住瓶盖上斜面部分 -向外加压，使瓶盖内瓶断裂 ·无滴头的安瓿 -小心取开瓶盖 ·有滴头的安瓿瓶-垂直倒置安瓿 -挤压瓶盖，将所有试剂倒入滴瓶 ·所有接过接种的试验条应视为带传染性，作适当处置。

cardolite环氧固化剂

美国卡德莱公司
•美国卡德莱公司的前身为四十年代初成
立的3M公司。

八十年代初发明取代酚醛胺技术。

如今卡德莱拥有当今世界最先进的研究开发实验室，致力于开发以腰果壳为基础的系列产品。

卡德莱公司除了在美国新泽西卡德莱的总部，也可通过位于比利时和新加坡的分部向客户提供技术支持。

nx-2015是一种特别适合船舶涂料和重防腐涂料的固化剂，并通过了tsca认证。

特性：低温固化性好，可在10—15摄氏度环境下施工常温
1
干燥速度快对底材附着力好，可在潮湿，带锈的低处理表面施工优良的耐水性，耐盐雾性，可减少防锈颜料在配方的添加量与多种树脂及溶剂相容性好使用中混合配比范围宽颜色较浅。

6032: 粘度：957
胺值：280
活泼氢当量：133
固体含量：98%
推荐用量：70
2
凝胶时间：31min
干燥时间：3h
3。

Caldera软件产品说明书

Caldera RIPQuick Reference GuideCaldera OverviewCaldera is a software company with more than 25 years of experience in developing, marketing and supporting high-quality technological software for wide-format imaging, with a commitment to increasing productivity, cost-efficiency and color output. Caldera’s production-orientated print and Print-and-Cut workflow programs provide color management, imaging and processing solutions for large and grand-format peripherals.Minimum System RequirementsMac ConfigurationHardware: Intel Core i3 ,i5 or i7 based Mac mini, iMac or Mac Pro.Recent MacBooks can be used for demonstration but are not supported by Caldera in Production!PPC based hardware (G5, G4, etc) not supported !System: OS 10.9+RAM: 4GB or more. Minimum 1GB per core, recommended at least 2 GB per core.HDD: 250GBMonitor / Video card: 1280×1024 minimum resolutionPc ConfigurationLinux OS: Official Debian 8.6 Jessie (Mate desktop)CALDERA Debian 2 (however APPE3 – no APPE4)Processor: Intel Core i3, i5 or i7.RAM: 4GB or 8GB (recommended)Minimum 1GB per core, recommended at least 2 GB per coreHDD: 250GBMonitor / Video card: 1280×1024 minimum resolutionNvme SSD not yet supportedLaptop not recommended for productionWindowsAvailable as a Virtual installation within the Windows OS.Personal Account with CalderaIn order to access tools, support, and downloads, create your own personal user account with Caldera. Go HERE to create your account.Useful linksInstallation & Setup•Install Caldera with HP Latex 360•License Installation & WorkSpace Registration•RIP OverviewRunning Jobs•Print workflow to Latex360•Configuration for Latex360 (sizing, rotation, finishing marks, exc.)•Step & Repeat Nesting•Mount and use a shared folder, create Hotfolder•Spot Color Module•Print & Cut workflows•Fabricating bleeds when rippingTools from Workspace (your personal Caldera login)•Caldera Test Print File•Mount File Share Tool for Linux installations•Mount ISO Tool for LinuxSyncing Medias from Printer to RIPMedia Sync – New InstallationMedia Sync – Update for New Media AdditionRestarting Printer “Driver”Simply closing and restarting Caldera’s interface does not shut down the printer driver. To do so, you do not need to close any aspects of the rip. You can even be printing to other printers simultaneously as you restart the offending driver.Color Management InputsThese are conservative color inputs that should work well for the vast majority of users.Nesting via AutonestLeft click on “Autonest” to select, then right click to control the number of nested groups and behavior within the nest.On the Main tab, for normalworkflow choose “Ripped filethen Printer” and the number ofnested groups you need.The Nest-O-Matic tab allowcontrol of the gap betweenobjects in the nest.For hand cutting, check ON“Independent rows”.For cutting by an automatedcutter, Uncheck “independentrows” to allow for more compactnesting.。

KUKDO 产品指南说明书

BEYOND EXPECTATION & BEYOND LIMITATIONPRODUCT GUIDE61, Gasandigital 2-ro, Geumcheon-Gu, Seoul 153-802, KoreaInternational business : Tel +82-2-3282-1540 Fax +82-2-869-4409Domestic Sales : Tel +82-2-3282-1500 Fax +82-2-869-4944R&D Center : Tel +82-2-3282-1560 Fax +82-2-3282-1586 E-mail:***************Rev. No. 19.4si Chang Lee, PresidentApr. 2002 Establishment of KUKDO CHEMICAL (KunShan) CO., LTD. in China Nov. 2003Completion of KunShan factory for Epoxy resin and Polyol in China J ul. 2004 Completion of Busan factory for Epoxy resin and System Polyol in Busan Mar. 2008 Acquisition of HAJIN CHEM TECHNov. 2008 Completion of 40KT of Liquid Epoxy resin in IksanDec. 2008 Awarded 200 Million Dollar Export Tower Prize (45th Trade Anniversary)Nov. 2010 Awarded 2010 Global Excellent Management by JMACApr. 2011 Obtained Customs approved registered exporter Certificate by Customs Sep. 2011 Obtained AEO(Authorized Economic Operator) Certificate by Customs Dec. 2011 Awarded 300 Million Dollar Export Tower Prize (48th Trade Anniversary)Dec. 2011A warded Korean World-class Product Award 2011 by Knowledge Economy Feb. 2013Establishment of NICHIDO CHEMICAL CO., LTD.gLoBaLsaLesnetWorks*1 Gardner Holdt Method, Butyl Carbitol NV 70% Solution *2 Reference data *3 Gardner Holdt Method, Butyl Carbitol NV 40% Solution3) High Viscosity Type*1 Gardner Holdt Method, Butyl Carbitol NV 40% Solution *2 Ball & Ring Method *3 Reference data *4 Approved by F .D.A2. standard solid typeHead Office Iksan FactoryBisPHenoL-a tyPe ePoxy resin*1 Reference data1) Low Viscosity Type1. standard Liquid type*1 Reference data2) Medium Viscosity Type2) Low Viscosity, High Flow Grade*1 I.C.I Viscometer *2Ball & Ring Method*1 I.C.I Viscometer *2 Ball & Ring Method *3 Brookfield Viscometer at 25ºC, Butyl Carbitol NV 40% Solution *4 Gardner Holdt Method, Butyl Carbitol NV 40% Solution3) High Molecular Weight Grade4) Special Grade*1 I.C.I Viscometer *2 Ball & Ring Method *3 Melt Viscosity at 175ºC *4 Mettler Method *5Gardner Holdt Method, Butyl Carbitol NV 40% Solution*1 Ball & Ring Method5) Half-capped Epoxy Resin3. solution of solvent epoxy resin*1Gardner Holdt Method1) General Grade4. Powder Coating epoxy resin*1 I.C.I Viscometer *2 Ball & Ring Method *3 Melt Viscosity at 175ºC*Curing condition : Preheating at 130ºC × 20 mincoating).KD-4014SYSTEM0.2%residual Bisphenol-aKD-214M&KD-407SYSTEM4.7%BisPHenoL-f tyPe ePoxy resin*1 Ball & Ring Method *2 Gardner Holdt Method, Butyl Carbitol NV 40% Solution*1 I. C. I Viscometer *2 Brookfield Viscometer at 25ºC, Butyl Carbitol NV 40% Solution *3 Ball & Ring Method *4 Ph-OH E.W. *5 Approved by F .D.A6. n=0 free, BPa free type*1 Total-CI : Potentiometric titration *2 Brookfield Viscometer at 52ºC (Reference data) *3 Gardner Holdt Method, Butyl Carbitol NV 60% Solution*4 GPC Data7. High Purity-Low Chlorine epoxy resin*1 I.C . I Viscometer *2 Melt Viscosity : I. C . I Viscometer at 175°C *3 Gardner Holdt Method, Butyl Carbitol NV 40% Solution *4 Ball & Ring Method 5. Low BPa type*1 Ball & Ring Method *2 43phr on KD-211D, at 180ºC *3 73phr on KD-211D, at 180ºC *4 130phr on KD-211D, at 180ºC*5 Melt Viscosity : I.C.I Viscometer at 125ºC *6 Melt Viscosity : I.C.I Viscometer at 150ºC *7 51phr on KD-211D, at 180ºC (Reference data) *8 Reference data9) Phenol Excess Type Curing Agentnon-HaLogen fLaMe retardant ePoxy resinBroMinated ePoxy resin*1 Ball & Ring Method *2 Brookfield Viscometer at 40ºC *3 Brookfield Viscometer at 25ºC *4Mw (Reference data)*1 Ball & Ring Method1. o-Cresol novolac type*1 Ball & Ring Method *2 Non-Volatile Content(wt.%)novoLaC ePoxy resinGradeEEW (g/eq)Viscosity (cps@25ºC)Color (G,max.)Characteristics/UseYDF-1020160-1802,000-3,0001Low viscosity2. Low viscosity type*1 Ball & Ring Method3. solid typefLexiBLe ePoxy resin*1 Gardner Holdt Method *2 Brookfield Viscometer at 50ºC1. dimer acid Modified epoxy resin*1 Brookfield Viscometer at 50ºC2. rubber Modified epoxy resinMuLti-funCtionaL ePoxy resin*1 Ball & Ring Method4. BPa-novolac type*1 Ball & Ring Method *2 Brookfield Viscometer at 25ºC5. dCPd type*1 Ball & Ring Method *2 Non-Volatile Content(wt%)6. xylok typeGradeEEW (g/eq)Softening Point*1(ºC)Characteristics/UseKDXN-1055225-25550-60Flame retardance, Low moisture absorption, Electronic application*1 Ball & Ring Method3. Low viscosity Phenol novolac typeGradeEEW (g/eq)Solution Viscosity*1(25ºC)Color (G,max.)Characteristics/UseKDPN-1020165-185D-G3High heat resistance, Low viscosity*1 Gardner Holdt Method, Butyl Carbitol NV 60% Solution7. Multi-functional novolac typeGradeEEW (g/eq)Softening Point*1(ºC)Characteristics/UseKDMN-1065162-17665-75High heat resistance, EMC, PCB, etc*1 Ball & Ring Method2. Phenol novolac type*1 Gardner Holdt Method, Butyl Carbitol NV 60% Solution *2 I.C.I Viscometer at 150ºC *3 Brookfield Viscometer at 60ºC *4 Non-Volatile Content(wt.%) *5 Brookfield Viscometer at 52ºCePoxy resin for P.C.M.*1 Gardner Holdt Method *2 EEW(g/eq) *3 Reference dataePoxy Modified PoLyoL (isoCyanate Curing tyPe)GradeOH Value (mgKOH/g)Solution Viscosity (25ºC)Non-Volatile Content (wt.%)Characteristics/UseYU-300100-130Z-Z 460±1Tar-urethane coating, MIBK/Toluene=1/1fiLaMent Winding, LaMinating ePoxy resinMoLding ePoxy resin*1 Brookfield Viscometer at 120ºC3. urethane Modified epoxy resin*1 Brookfield Viscometer at 40ºCuv Curing tyPe ePoxy resin*1 Gardner Holdt MethodLoW teMPerature Curing tyPe ePoxy resin*1 Gardner Holdt Method, Butyl Carbitol NV 40% solutionPHenoxy resin*1 Gardner Holdt Method, MEK NV 40% solution *2 Mw(Reference data) *3 Tg(ºC), DSC(Reference data)* S ubstrate condition : No sanding treatment on Aluminum * Mixing ratio : KSR-177/G-640=100/53 YD-128 / G-640=100/59* Curing condition : 80°C for 2hrUnit: kg/cm²ItemKSR-177YD-128Shear adhesion strength80.834.1* Test Method : ASTM D 3359B* Mixing ratio : KSR-276M70/G-640=16phr, YD-011X70 / G-640=16phr * Curing condition : 3days at RT × 80°C for 1hr * Curing agent : Kukdo Domide G-640* Film thickness: 20㎛* S ubstrate condition : No sanding treatment* Mixing ratio : KSR-177/G-640=100/53,YD-128 / G-640=100/59* Curing condition : 80°C for 2hr* Curing Condition : Room T emperature×14 days * Plate : Cold Rolled Steel (0.7T)* EEW : Epoxy Equivalent Weight (solution base) * AHEW : Active Hydroxyl Equivalent Weight (solution base)*1 : Polyamide Hardener*2 : Polyamide Adduct T ype Hardener *3 : Phenalkamine Hardener*1 A : Adhesion test (cross-hatch) *2 B : Dupont test(Impact Test, D/R), condition : ½ inch × high(cm) × 1,000 g *3 C : Erichsen Test(mm) *4 F : FailedWaterBorne ePoxy resin*1 Basis of solid contentreaCtive diLuent*1 APHA ColorGradeEEW(g/eq)Viscosity (cps@25ºC)Characteristics/UseKDSF-180300-3503,000-6,000High adhesive, Low viscosity3. BPa-Po epoxy resin4. Modified Weatherable epoxy resintri-funCtionaL ePoxy resin*1 Reference datatetra-funCtionaL ePoxy resin*1 Softening Point (ºC) : Ball & Ring MethodPoLyaMide & aMidoaMine tyPe*1 TAV : Total Amine Value(0.1N-HCl Method) *2 Viscosity : cps at 40ºC *3 TAV : Total Amine Value(0.1N-HClO 4 Method) *4 Viscosity : Gardner Holdt Method *5 A.H.E.W. : Solution basesuMMary of Hardener ProduCt grouPaLiPHatiC aMine Modified tyPe*1 TAV : Total Amine Value(0.1N-HCl Method)PoLyaMide adduCt tyPe*1 TAV : Total Amine Value(0.1N-HCl Method) *2 N.V : Non-Volatile Content(wt.%) *3 TAV : Total Amine Value(0.1N-HClO 4 Method)*4 Viscosity : Gardner Holdt Method *5 A.H.E.W. : Solution base*1 TAV : Total Amine Value (0.1N-HClO 4 Method) *2 A.H.E.W : Solution basearoMatiC aMine Modified tyPePHenaLkaMine tyPeCyCLoaLiPHatiC aMine Modified tyPe*1 TAV : Total Amine Value(0.1N-HCl Method) *2 TAV : Total Amine Value(0.1N-HClO 4 Method)SIHWA Factory BUSAN Factory CHINA Factory。

IND560BC操作技术手册 R02-11.24

软键配置 7.2
.................................................................................................................... 39
6 附录 B 通讯 34
7 附录 C 软键映射 ................................................................ 39
介绍 7.1 ...........................................................................................................................39
主板电压检查 4.3.2
...................................................................................... 27
（主复位） 4.3.3 Master Reset
........................................................................ 27
设备端口配置 3.4.1
...................................................................................... 22
秤体标定界面 3.4.2
...................................................................................... 25

Series 2 Forno da incasso 60 x 60 cm 产品说明书

Serie 2, Forno da incasso, 60 x 60 cm,Acciaio inoxHBA174BR0Accessori integrati 1 x Griglia combinata1 x Leccarda universale smaltataAccessori opzionaliHEZ317000 Teglia per pizza, HEZ327000 Pietra per pane e pizza, HEZ531000 Leccarda bassa 455x375x30 mm (LxPxA),HEZ531010 Leccarda antiaderen 455x375x30mm (LxPxA),HEZ532000 Leccarda profonda 455x375x38 mm (LxPxA),HEZ532010 Leccarda antiaderen 455x400x38mm (LxPxA),HEZ538000 Guide telescopiche clip a 1 livello, HEZ538200Guide telescopiche a 2 livelli, HEZ538S00 Guide telescop. a 2 livelli+1 guida clip, HEZ625071 Teglia per grigliare adatta a pirolisi, HEZ633001 Coperchio per tegame professionale,HEZ633070 Tegame professionale, HEZ634000 Griglia combinata 455x375x31 mm (LxPxA), HEZ636000 Leccarda in vetro455x364x30 mm (LxPxA), HEZ638200 Set griglie telesc.2 liv.ad pl, HEZ638300 Set griglie telesc.3 liv.ad pl,HEZ915003 Piroﬁla in vetro con coperchio 5,4 l.Forno da incasso di moderno ed elegante design con programmi automatici di cottura: per preparare piatti perfetti.Cottura HotAir 3D: risultati perfetti di cottura grazie alla distribuzione omogenea del aria al interno della cavità, che consente di cucinare ﬁno a 3 livelli allo stesso tempo.Programmi automatici di cottura: cucinare sarà semplicissimo grazie ai programmi con impostazioni già preselezionate.Display digitale LED rosso: facile e comodo da utilizzare.Auto pulizia pirolisi: pulizia del forno senza sforzoDati tecniciColore/materiale del frontale : Acciaio inox Tipologia costruttiva del prodotto : Da incasso Sistema di pulizia : Pirolisi+IdrolisiDimensioni del vano per l'installazione (AxLxP) : 585-595 x 560-568 x 550 mmDimensioni (AxLxP) : 595 x 594 x 548 mmDimensioni del prodotto imballato (AxLxP) : 675 x 690 x 660mmMateriale del cruscotto : acciaio inox Materiale porta : vetro Peso netto : 38,0 kg Volume utile : 71 lMetodo di cottura : aria calda, Aria calda delicata, funzione pizza, Grill a superﬁcie grande, grill ventilato, riscaldamento inferiore, riscaldamento superiore e inferiore Materiale della cavità : OtherRegolazione della temperatura : elettronica Numero di luci interne : 1Certiﬁcati di omologazione : CE, VDELunghezza del cavo di alimentazione elettrica : 120 cm Codice EAN : 4242005197118Numero di vani - (2010/30/CE) : 1Classe di eﬃcienza energetica (2010/30/EC) : AEnergy consumption per cycle conventional (2010/30/EC) : 0,99kWh/cycleEnergy consumption per cycle forced air convection (2010/30/EC) : 0,81 kWh/cycleIndice di eﬃcienza energetica (2010/30/CE) : 95,3 % Dati nominali collegamento elettrico : 3600 W Corrente : 16 ATensione : 220-240 V Frequenza : 50; 60 Hz Tipo di spina : Schuko'!2E 20A F -b j h b i !1/3Serie 2, Forno da incasso, 60 x 60 cm,Acciaio inoxHBA174BR0Forno da incasso di moderno ed elegantedesign con programmi automatici di cottura:per preparare piatti perfetti.Caratteristiche principali-Display digitale LED rosso-Autopulizia pirolitica-Volume cavità: 71 l-Regolazione della temperatura da 50 °C a 275 °C-7 programmi di cottura: MultiCottura HotAir 3D,Riscaldamento superiore e inferiore, Grill ventilato, Grill asuperﬁcie grande, Funzione pizza, Riscaldamento inferiore-Programmi automatici: 10Altre caratteristiche-Riscaldamento rapido-Illuminazione interna alogena-Temperatura porta max. 30 °C-Accessori: 1 griglia combinata, 1 leccarda universale profondasmaltata-Orologio elettronico con impostazione inizio e ﬁne cotturaEtichetta energetica-Classe di eﬃcienza energetica (acc. EU Nr. 65/2014): A(in una scala di classi di eﬃcienza energetica da A+++ aD) Consumo energetico per ciclo durante funzionamentoconvenzionale: 0.99 kWh Consumo energetico per ciclodurante funzionamento ventilato: 0.81 kWh Numero di cavità:1 Tipo di alimentazione: elettrica Volume della cavità: 71 l-Assorbimento massimo elettrico: 3.6 kW-La porta mantiene una temperatura bassa durante il ciclo dipirolisiInformazioni tecniche-Lungh. cavo alimentazione: 120 cm-Tensione: 220 - 240 V-Dimensioni nicchia (AxLxP): 560 mm - 568 mm x 585 mm -595 mm x 550 mm2/3Serie 2, Forno da incasso, 60 x 60 cm,Acciaio inoxHBA174BR03/3。

(优选)腰果壳油改性胺技术和应用讲座更新版

卡德莱产品种类
• 摩擦粉 • 环氧类
1. 固化剂 ——腰果壳油酚醛胺（phenalkamine) ——腰果壳油酚醛酰胺(phenalkamide)
2. 稀释剂/增韧剂 ——活性稀释剂 ——单官能团 ——双官能团 ——非活性稀释剂 ——腰果酚 ——羟基型
3. 多元醇
腰果壳油环氧固化剂
常用双组份环氧固化剂的品种： 1. 聚酰胺
腰果壳油环氧固化剂
腰果壳油酚醛胺的主要牌号：
无溶剂型： NC-541LV/LITE 2001LV 耐水性、耐海水性、耐盐雾性好，适合低表面处理涂装，食品饮用水安全。 NX-2003/NX-2003D/NC-558 耐水性、耐海水性、耐盐雾性好，适合低表面处理涂装，对潮湿混凝土附着力好。 NX-2007/NX-2009 色浅、流平性好、光泽高、干燥快，适用于自流平地坪面漆。 NX-5198/NX-6032 低粘度、干燥快，适合于无溶剂地坪中涂、环氧砂浆等。 LITE 2002/LITE 2002LP 色浅、低粘度、操作期长。
腰果壳油环氧固化剂
腰果壳油酚醛胺合成机ቤተ መጻሕፍቲ ባይዱ：
从腰果壳油中提炼并精制腰果酚，通过曼尼奇反应制得：腰果酚+甲醛+脂肪族多元胺=卡德莱环氧固化剂
根据不同的合成反应聚合度及采用的多元胺，形成不同的牌号。
腰果壳油环氧固化剂
腰果酚的分子结构：
卡德莱就是从这里来的… Molecular formula
Molecular Weight Composition
为高固含量、高PVC的涂料体系。 • 通过FDA认证，可用于食品及饮用水项目。
腰果壳油酚醛胺与其它固化剂的比较
腰果壳油环氧固化剂
腰果壳油酚醛胺的主要牌号：

莱德医学美白玫瑰水滴清洁奶油-产品说明书

Literature Circle QuestionsUse the questions and activities that follow to get more out of the experience of reading Pocahontas by Joseph Bruchac.1.List five of the challenges the colonists faced on their voyage and settlement ofJamestown.2.Historians have long wondered what happened to the “lost colony” of Roanoke,Virginia. What is Pocahontas’s explanation of what became of the Roanokesurvivors (page 5)?3.Pocahontas’s father is the Mamanatowic, the Great Chief of the Powhatanvillages. Describe his position and the role he plays in the lives of the Powhatanpeople.4.How does John Smith explain the false accusations made against him by MasterWingfield?5.Frequently Pocahontas makes reference to Okeus. Who is Okeus, and what do thePowhatans believe about him?6.Why is John Smith critical of the “gentlemen planters” who are a part of theVirginia colony?7.How does John Smith feel that his background as a soldier helps him in his newlife as a colonist?8.In describing his thoughts about dealing with the colonists, Pocahontas’s fathertells her, “When you grasp a snake, you have to make sure you hold it firmly and in the right place. Otherwise it will twist around and bite you” (page 74). Explain in your own words what the Great Chief means with this snake metaphor.9.Rawhunt and Amocis describe to Pocahontas the many mistakes made by the“Coatmen,” as they call the English settlers. What are these mistakes?10.In the final chapters of the book, John Smith is brought before Pocahontas’sfather, and he feels sure that he is about to be killed (page 143). Instead, theMamanatowic makes a solemn promise to John Smith (page 145). What is theGreat Chief’s promise to John Smith, and why does he make this promise?11.As the colonists interact with the Powhatan people, many misunderstandingsresult due to differences in language and culture. Can you find an example of aserious misunderstanding between the colonists and the Powhatan people? What is the result of the misunderstanding?12.This story is told in the alternating voices of John Smith and Pocahontas. Explainhow this storytelling technique affects your reading of Pocahontas.13.How does this version of the story of Pocahontas and John Smith differ fromother versions you have seen or read? Were there parts of this story that surprised you?14.In Chapter 17, Pocahontas describes the ways that her people punish thewrongdoers in their community. For example, she explains that if someone iscaught stealing three times, that person is punished by death. What can we learn here about the Powhatan ideas about justice?15.If you could give some words of advice to John Smith about how to livepeacefully alongside the Powhatan people, what would you tell him?Note: These literature circle questions are keyed to Bloom’s Taxonomy as follows: Knowledge: 1-3; Comprehension: 4-6; Application: 7-8; Analysis: 9-11; Synthesis: 12-13; Evaluation: 14-15.Activities:1.Each of the chapters written from the perspective of Pocahontas begins with ashort legend, often explaining the origin of an aspect of nature or a Powhatanbelief. Experiment with writing your own legend in this style.2.To learn more about the settlement at Jamestown and to see photos ofarchaeological excavations, use the Internet to visit the historic Jamestown Website (/jr.html). After exploring this Web site, be ready toreport what you learned to your class.3.Create a reader’s theater for two people, using passages from the book thatrepresent both Pocahontas and John Smith. Choose passages that highlight thedifferences in perspective of these two characters, and practice your reader’stheater with another student to present to your class.Other Books by Joseph BruchacCode TalkerGeronimoSacajaweaThe Warriors。

二聚酸聚酰胺固化剂配方设计与工艺技术

二聚酸聚酰胺固化剂配方设计与工艺技术环氧树脂要与固化剂交联反应生成体形网状结构后才显示优异的性能，具有实际应用价值，因此，固化剂是环氧树脂不可缺少的匹配组分。

固化剂的种类繁多，由于其对树脂固化物性质的影响很大，需要根据用途对树脂固化物性能的要求来加以选择。

在众多固化剂中，二聚酸聚酰胺树脂固化剂具有优异的综合性能。

二聚酸型活性聚酰胺树脂是以二聚植物油酸和脂肪胺缩聚而成的低分子聚酰胺树脂。

活性聚酰胺树脂，在性质上和固态的非活性聚酰胺树脂相似，它是过量胺反应的产物，一般在常温下是液体，和醇类的相溶性极好。

因为分子中含有反应性的仲胺基，能与多种官能团键结合,是优良的环氧树脂增韧固化剂。

低分子聚酰胺具有柔性脂肪酸和活性胺基，与环氧树脂的固化物韧性良好。

聚酰胺树脂的加入量可调幅度大，相对称量准确度要求不很严格。

与环氧树脂混合后固化反应缓和，有较长的可使用时间。

活性聚酰胺固化剂属实际无毒品，用聚酰胺树脂固化的环氧树脂无毒，可在食品工业上应用。

二聚酸型活性聚酰胺树脂在工业应用中，主要是将其与环氧树脂或酚醛树脂反应，即用作这些树脂的固化剂，制备表面涂料、胶粘剂、密封剂、灌装材料等，被广泛应用于汽车，集装箱，船舶等行业。

聚酰胺树脂固化剂是高端环氧树脂的必须原料，随着中国经济的转型，逐步向消费型经济迈进，国内对高端的表面处理需求将快速成长，而高端的环氧树脂固化剂将很快进入超快速成长期，二聚酸型活性聚酰胺树脂的应用前景越来越好。

一,二聚酸型聚酰胺固化剂配方设计技术：1,1计算公式X=（YxA+56100）xCxW/(ZxA-YxW)式中：W------配方总酸的总重量gA-----酸的克当量gY------液体聚酰胺的设计胺值mgKOH/gZ-----原料有机胺的胺值mgKOH/g56100-----KOH的毫克当量数X-----有机胺的总重量C-----校正糸数1,1,1校正糸数C=(N+2)/(N+1)N为-CH2CH2-的数减1(乙二胺)C=2,(二乙烯三胺)C=1.5,(三乙烯四胺)C=4/3=1.33(四乙烯五胺)C=5/4=1.25,(五乙烯六胺)C=6/5=1.21,2计算实例：设定配料加入的酸为二聚酸，油酸，总重量为100g，其中油酸当量为282，加入的胺三乙烯四胺，其胺值为1443mgKOH/g，生产不同型号液体聚酰胺树脂固化剂所需的三乙烯四胺的量为：100号X=28(g/100g)200号X=38(g/100g)250号X=43(g/100g) 300号X=49(g/100g)350号X=54(g/100g)400号X=59(g/100g) 1,3标准胺值：乙二胺EDA1855,二乙烯三胺DETA1626三乙烯四胺TETA1443,四乙烯五胺TEPA1343五乙烯六胺PEHA1284,多乙烯多胺AEEA1070哌嗪AEP1293,E-1001257mgKOH/g1,4活泼氢当量设计:1.4.1活泼氢当量=胺当量x胺加成物的氮原子数/胺加成物的氢原子数。

卡诺德健康 Orthopedic Solutions 产品说明书

316.286.EM DB076-0010.76mm drill bit, mini QC with 6mm stop, 44.5mm 316.288.EM DB076-0020.76mm drill bit, mini QC with 8mm stop, 44.5mm 316.290.EM DB076-0030.76mm drill bit, mini QC with 10mm stop, 44.5mm 316.292.EM DB076-0040.76mm drill bit, mini QC with 12mm stop, 44.5mm 316.294.EM DB076-0050.76mm drill bit, mini QC with 14mm stop, 44.5mm 316.306.EM DB076-0060.76mm drill bit, J-latch, with 6mm stop, 44.5mm 316.308.EM DB076-0070.76mm drill bit, J-latch, with 8mm stop, 44.5mm 316.310.EM DB076-0080.76mm drill bit, J-latch, with 10mm stop, 44.5mm 316.312.EM DB076-0090.76mm drill bit, J-latch, with 12mm stop, 44.5mm 316.314.EM DB076-0100.76mm drill bit, J-latch, with 14mm stop, 44.5mm 316.396.EM DB10-001 1.0mm drill bit, mini QC, 50mm 316.236.EM DB10-002 1.0 mm drill bit, J-latch, 60mm 310.10.EM DB11-001 1.1mm drill bit, JC, 45mm 310.11.EM DB11-002 1.1mm drill bit, QC, 60mm 310.111.EM DB11-004 1.1mm drill bit, mini QC, 55mm 310.113.EM DB11-005 1.1 mm drill bit, J-latch, 65mm 316.402.EM DB13-001 1.3mm drill bit, mini QC, 55mm 316.403.EM DB13-002 1.3 mm drill bit, J-latch, 65mm 310.141.EM DB15-002 1.5mm drill bit, mini QC, 65mm 310.143.EM DB15-003 1.5 mm drill bit, J-latch, 75mm 310.15.EM DB15-004 1.5mm drill bit, QC, 85mm 310.16.EM DB15-005 1.5mm drill bit, QC, 110mm 310.161.EM DB15-006 1.5mm drill bit, J-latch, 110mm310.507.EM DB15-008 1.5mm drill bit with depth mark, mini QC, 96mm 310.215.EM DB17-001 1.7mm cannulated drill bit, QC, 100mm 310.509.EM DB18-001 1.8mm drill bit with depth mark, QC, 110mm 310.510.EM DB18-002 1.8mm drill bit, QC, 100mm 310.520.EM DB18-003 1.8mm drill bit, QC, 125mm 310.162.EM DB18-004 1.8mm drill bit, J-latch, 110mm 317.861.EM DB18-005S 1.8mm drill bit, mini QC, 80mm 317.867.EM DB18-007 1.8mm drill bit, J-latch, 90mm360.05.EM DB100-00110.0mm cannulated drill bit, large QC, 190mm 357.404.EM DB110-00111.0mm tapered drill bit, cannulated, large QC, 280mm 03.010.036.EM DB120-00212.0mm cannulated drill bit, large QC, 190mm 351.27.EM DB130-00213.0mm cannulated drill bit, 300mm03.010.028.EM DB150-00115.0mm cannulated drill bit, large QC, 280mm 357.394.EM DB170-00417.0mm cannulated drill bit, large QC, 300mm 310.19.EM DB20-001 2.0mm drill bit, QC, 100mm 310.20.EM DB20-002 2.0mm drill bit, JC, 85mm 310.201.EM DB20-003 2.0mm drill bit, mini QC, 65mm 310.203.EM DB20-004 2.0 mm drill bit, J-latch, 75mm 310.21.EM DB20-005 2.0mm drill bit, QC, 125mm310.221.EM DB20-007 2.0mm cannulated drill bit, QC, 150mm 323.062.EM DB20-011 2.0mm drill bit with depth mark, 140mm DB20.EM DB20-012 2.0mm drill bit, QC, 105mm 310.530.EM DB24-001 2.0mm drill bit, QC, 105mm 317.871.EM DB24-002 2.4mm drill bit, mini QC, 80mm 317.872.EM DB24-003 2.4 mm drill bit, J-latch, 90mm 310.23.EM DB25-001 2.5mm drill bit, QC, gold, 180mm 310.24.EM DB25-002 2.5mm drill bit, JC, gold, 95mm 310.25.EM DB25-003 2.5mm drill bit, QC, gold, 110mm DB25.EM DB25-004 2.5mm drill bit, QC, calibrated, 125mm315.92.EM DB25-007 2.5mm three‐fluted drill bit, QC, 230mm, 200mm calibration 324.210.EM DB25-009 2.5mm percutaneous drill bit, QC, 300mm, 200mm calibration 310.26.EM DB27-001 2.7mm drill bit, QC, 100mm 310.27.EMDB27-0022.7mm drill bit, JC, 85mmOrdering information EM = Emerge Medical Cat. no. CH = Cardinal Health Cat. no./orthopedics© 2015 Cardinal Health. All rights reserved. CARDINAL HEALTH, the Cardinal Health LOGO and ESSENTIAL TO CARE are trademarks or registered trademarks of Cardinal Health. All other marks are the property of their respective owners. Lit. No. 2ORTHO14-19355 (01/2015)310.28.EM DB27-003 2.7mm drill bit, QC, 125mm310.67.EM DB27-005 2.7mm cannulated drill bit, QC, 160mm 315.26.EM DB27-006 2.7mm three‐fluted drill bit, QC, 110mmL1813.EM DB27-007 2.7 mm, 2.5 mm stepped drill bit, QC, calibrated 114mm 315.28.EM DB27-008 2.7mm three‐fluted drill bit, QC, 125mm324.214.EM DB28-001 2.8 mm percutaneous drill bit, QC, 200mm, 100mm calibration 310.288.EM DB28-002 2.8mm drill bit, QC, 165mm324.211.EM DB28-006 2.8mm percutaneous drill bit, QC, 300mm, 200mm calibrated 310.229.EM DB29-001 2.9mm drill bit, QC, 150mm5010.EM DB30-001 3.0mm, 4.4mm tapered cannulated drill bit, QC, calibrated, 152mm2515.EM DB31-001 3.1mm, 4.1mm tapered drill bit, QC, 114mm 310.02.EM DB32-001 3.2mm drill bit, QC, 225mm 310.31.EM DB32-004 3.2mm drill bit, QC, 145mm 310.32.EM DB32-005 3.2mm drill bit, JC, 130mm310.65.EM DB32-006 3.2mm cannulated drill bit, QC, 170mm 315.29.EM DB32-007 3.2mm three‐fluted drill bit, QC, 195mm324.212.EM DB32-011 3.2mm percutaneous drill bit, QC, 300mm calibrated 315.31.EM DB32-008 3.2mm three‐fluted drill bit, QC, needle point, 145mm 315.330.EM DB32-009 3.2mm three‐fluted drill bit, QC, 210mm, 68mm calibration 315.93.EM DB32-010 3.2mm three‐fluted drill bit, QC, 230mm, 200mm calibration 03.010.060.EM DB32-013 3.2mm three‐fluted drill bit, QC, 330mm, 100mm calibration 03.010.103.EM DB32-015 3.2mm three‐fluted drill bit, QC, needle point, 145mm 310.35.EM DB35-001 3.5mm drill bit, QC, 110mm 310.37.EM DB35-003 3.5mm drill bit, QC, 195mm310.68.EM DB35-005 3.5mm cannulated drill bit, QC, 160mm 310.40.EM DB40-001 4.0mm drill bit, QC, 197mm 310.401.EM DB40-002 4.0mm drill bit, QC, 160mm315.40.EM DB40-005 4.0mm three‐fluted drill bit, QC, needle point, 195mm 356.98.EM DB40-007 4.0mm three‐fluted drill bit, QC, 270mm, 95mm calibration 356.982.EM DB40-008 4.0mm three‐fluted drill bit, QC, 215mm, 80mm calibration 357.407.EM DB40-009 4.0mm three‐fluted drill bit, QC, 260mm, 65mm calibration 03.226.042.EM DB40-010 4.0mm cannulated drill bit, 215mm03.010.061.EM DB42-001 4.2mm three fluted drill bit, QC, 330mm, 100mm calibration 03.010.104.EM DB42-003 4.2mm three‐fluted drill bit, QC, needle point 145mm 310.423.EM DB43-001 4.3mm drill bit, QC, 280mm 310.430.EM DB43-002 4.3mm drill bit, QC, 221mm 310.431.EM DB43-003 4.3mm drill bit, QC, 180mm310.634.EM DB43-004 4.3mm cannulated drill bit, QC, 200mm324.213.EM DB43-005 4.3mm percutaneous drill bit, QC, 300mm calibration 310.44.EM DB45-001 4.5mm drill bit, QC, 145mm 310.48.EM DB45-003 4.5mm drill bit, QC, 195mm310.66.EM DB45-005 4.5mm cannulated drill bit, QC, 170mm 310.69.EM DB45-006 4.5mm cannulated drill bit, JC, 233mm 315.44.EM DB45-007 4.5mm three‐fluted drill bit, QC, 145mm 315.48.EM DB45-008 4.5mm three‐fluted drill bit, QC, 195mm03.010.089.EM DB45-009 4.5mm cannulated drill bit, JC, with 135mm stop, 165mm 03.010.078.EM DB45-010 4.5mm 6.5mm stepped drill bit, large QC, 485mm 310.63.EM DB50-001 5.0mm cannulated drill bit, large QC, 300mm 310.632.EM DB50-002 5.0mm cannulated drill bit, QC, 200mm03.010.062.EM DB50-004 5.0mm three‐fluted drill bit, QC, 330mm, 100mm calibration 03.010.105.EM DB50-006 5.0mm three‐fluted drill bit, QC, needle point 145mm 357.099.EM DB50-007 5.0mm three‐fluted drill bit, QC, 330mm, 100mm calibration 357.403.EM DB60-006 6.0mm 10.0mm stepped drill bit, cannulated, large QC, 435mm310.495.EMDB73-0017.3mm cannulated drill bit, large QC, 300mm。

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腰果壳油
卡德莱产品均源于腰果壳油原料，一种天然，非食物链，每年可再生的生物材料。

腰果壳油是一种红褐色的粘性液体，从腰果壳中一种柔软的蜂窝状结构中提取。

腰果壳油主要含有漆树酸和少量的腰果（间）二酚
以及甲基衍生物。

腰果壳油经过脱羧和精馏工艺可
产生高纯度的腰果酚，一种在涂料和粘合工业非常
重要的（烷基）酚醛合成物。

精馏的残留物可以用
于生产机动刹车带工业的弹性摩擦粉和粘合树脂。

腰果酚是卡德莱环氧固化剂，环氧稀释剂和改性剂
的主要成分。

这种天然的（烷基）酚醛材料由芳环、
羟基和一个长的脂肪族侧链所共同组成。

芳环具有
优异的耐化学性，羟基在快速和低温固化时可提供
较强附着力和良好反应活性，长的脂肪族侧链则可
提供优异的耐水性，良好的韧性，低粘度，较长的
使用期以及优异的防腐保护。

酚醛胺固化剂
酚醛胺固化剂产品是基于腰果酚、甲醛、特性胺等通过曼尼希反应而成的化合物。

该类固化剂产品具有曼尼希反应类固化剂的各种优势，例如超快固化、低温固化（即使低于0℃)、优异的抗化学性、良好的外观表面、高湿表面固化性能、无发白现象等性能。

同时由于拥有腰果酚特有的长脂肪族侧链，此类固化剂还兼具有长操作期、优良的韧性、表面处理要求低、优异的耐水性和耐盐水性能等。

很多卡德莱的酚醛胺固化剂也被认可在与食物接触的涂料体系和饮用水涂料体系中使用。

酚醛胺固化剂的快速固化和低温固化性能特点为涂料配方在使用中带来很多明显的优势，不仅可以明显改善施工生产率，而且其低温固化能力可以延长涂料喷涂的使用季节周期，甚至可做到四季固化。

更快的固化速度也就意味着涂层表面的重涂间隔时间更短，或者施工期更短，甚至对一些无溶剂体系的施工应用中在浸入水中后仍可以固化，而溶剂型涂料在通风不好的环境下也可以继续固化。

在强制固化的工业涂料领域，酚醛胺固化剂可以通过降低烘烤温度进而帮助节省能源，或者通过提高生产线的速度来改善工艺效率。

最后，快速固化的特点还可以帮助涂料制造商降低涂料涂装不当或涂装失误的隐患。

快速固化使得固化效果很快达到深度化学交联状态，涂层早期稳定性快，从而可有效避免施工后因环境条件改变对涂层造成的影响。

与其他技术相比，长侧链赋予了酚醛胺固化剂较高疏水性的特点，同比其他类型的固化剂产品也为涂料配方的设计提供了很多特性优势。

酚式羟基的水敏感性和其他配方成分可以相互抵消，从而减少树脂粘合保护层损坏的几率，并增加防腐保护。

酚醛胺固化剂在表面处理差或者潮湿的表面也有很好的附着力，例如湿润的混凝土就特别适合这种固化剂，因为疏水效应还可以确保周围的水分不会影响表面树脂的粘合效果。

酚醛酰胺技术
卡德莱酚醛酰胺技术是一款新型的环氧固化剂合成技术，它弥补了聚酰胺和酚醛胺的技术缺口。

腰果壳油酚醛酰胺技术是经由酚醛胺和聚酰胺技术糅合而成，它融合了两者的优点，并且有效减少了两种技术中存在的各自局限性。

从而使得腰果壳油酚醛酰胺固化剂具有一系列综合特性，如兼具对施工表面处理要求低、快速和低温固化、色泽浅、同时具有优异的防腐性、优良的颜色稳定性和超长的再涂时间间隔。

腰果壳油酚醛酰胺固化剂类产品可以广泛用于聚酰胺类产品的使用领域，它同时还带来新一轮的产品性能提升、增加产品使用稳定性、扩展产品应用范围及施工周期并有效降低涂料使用的综合成本。

常规防腐防护涂料领域要求的具有良好颜色稳定性和更长再涂时间的领域，可以选择酚醛酰胺转换型固化剂。

该类固化剂产品可以避免制造商同时保持夏天和冬天两个固化剂产品体系的问题。

产品体系具有快速固化、低温固化、优异的耐腐蚀性、无需叔胺或者特殊防腐蚀颜料补充防护等特性。

在单一配方使用中具有更广泛的施工宽广性，可以防止涂料制造厂家在低温情况下误用夏天转换型固化剂，并简化了成品和原材料的库存管理。

UItra LITE技术
多年来，腰果壳油技术一直被认为只能生产深色系的产品或者用于对颜色不敏感的领域。

十多年前，卡德莱开始改变这一趋势，并且推出LITE系列的环氧固化剂和稀释剂，开创了浅色系的腰果产品。

第一代技术制作的产品能够达到加纳法8-10号的湿润颜色稳定性。

如今，卡德莱的超浅色技术已经是浅色腰果技术的下一代产品，能够生产出低于加纳法1号色的产品。

浅色腰果壳油产品的核心在于腰果壳油原液中提取的腰果酚的品质。

卡德莱一直使用自行精馏而成的腰果酚，这个对腰果酚产品的品质以及稳定性的控制非常关键。

新型的特有精馏技术是超浅色系列产品的核心，而且能够制造出纯度更高的腰果酚基料。

卡德莱将这项技术融入产品工艺技术中并且进行深入研究，开发出一系列具有较好干湿颜色稳定性的新型环氧稀释剂，树脂改性剂和固化剂。

腰果壳油多元醇
卡德莱生产一系列可再生性的腰果壳油多元醇产品，与常用的聚酯/聚醚多元醇、天然的油性多元醇相比较，腰果壳油多元醇具有较为独特的品质。

由于腰果壳油多元醇本身的长脂肪族链和不含酯键（可水解）的特点，而且与典型的聚醚多元醇相比含有较少的醚氧原子（较低亲水性），因此此款产品具有较好的耐水性。

这种疏水性的特点为产品提供了优异的耐水性，以及与异氰酸酯固化时较低的潮气敏感性，从而提升聚氨酯体系的耐久性。

除此之外，腰果壳油多元醇能够与异氰酸酯快速固化，减少催化剂的用量，并缩短施工周期。

与大豆和蓖麻油的其他可再生性多元醇不同，腰果壳油多元醇本身的芳香结构能够为产品带来优异的耐热性以及耐酸碱性能。

不仅如此，产品本身的芳环与长脂肪族链相结合，赋予了腰果壳油多元醇产品不错的水解稳定性以及机械强度。

腰果壳油多元醇能够为不同的应用领域特别定制，并且开发不同的官能度来满足各种的性能特点。

卡德莱的多元醇产品包括二元醇，中和高官能度的多元醇。

腰果壳油二元醇融合了腰果壳油和聚酯技术的特点，赋予了产品优异的耐溶剂性，耐酸碱性，耐水性，良好的尺寸稳定性，以及优异的物理性能（例如拉伸强度）。

腰果壳油二元醇能够直接加入配方使用，或者作为预聚体的主材料。

腰果壳油曼
尼希多元醇有中到高的官能度，能够提供快速的反应活性，较高的压缩强度，以及不错的防火性和耐热性能。

其他中和高官能度的多元醇包括腰果壳油酚醛树脂和特殊改性的多元醇，它们具有整体强度较高以及疏水性能较好的特点。

除此之外，卡德莱还利用新型的Ultra LITE工艺技术研制出了浅色的腰果壳油多元醇产品。