阿美泰克2014样本
原装AMETEK阿美特克
AMETEK阿美特克咨..询1*37-99-4-528*06双环贸易为你提供阿美特克，点过的路过的千万不能错过了，相信我们会是你最终的选择。
阿美特克传感器板80485SE美国AMETEK阿美特克分析仪欢迎咨询详细内容AMETEK阿美特克发生器305010901SAMETEK氧化锆传感器71785SEAMETEK过滤器71849SEAMETEK镜头CH13-0007-tAMETEK电路板13-0307AMETEK铂电阻13-0236氧化锆锆管AMETEK71785SE阿美特克传感器板80485SEAMETEK比值分析仪测量池880324901AMETEK比值分析仪检测电路板880020901AMETEK阿美特克比值分析仪配件200880001AMETEK269323011AMETEK阿美特克温度控制器269323011AMETEK烟尘仪4200AMETEK阿美特克74422SEAMETEK射频导纳液位计UP010620B1AMETEK镉灯300-2070AMETEK 氧化锆头71063SE阿美特克传感器板80485SEAMETEK阿美特克过滤组件100-1848AMETEK阿美特克滤芯300-6217AMETEK 阿美特克氧化锆WDG1210/Insitu 72"AMETEK阿美特克露点仪3050AMETEK阿美特克气体分析仪Thermox-CMFA-P2000AMETEK阿美特克500124901AMETEK阿美特克硫磺比值仪光源电源880107902S阿美特克硫磺比值仪光源触发器880118901AMETEK阿美特克线性传感器P-10A-10KA238阿美特克传感器板80485SE阿美特克传感器板80485SEAMETEK阿美特克压力模块APM002CAMETEK阿美特克过滤器74422seAMETEK阿美特克储存箱880060901SAMETEK H2S分析仪H2S分析仪933-光源镉灯-300-2070H2S分析仪933-空心阴极铜线灯-300-8707AMETEK阿美特克马达119153-54阿美特克传感器板80485SE。
4200 MPAES WPC 2014 Agilent function翻译版
对于挑战性的应用
– OneNeb 雾化器
• 强力 PFA 及 PEEK 结构设计 - 惰性 – 耐受强酸，如：HF - 不易破损 - 模制塑料设计，提高雾化器的重现性 • 雾化器喷头恒定尺寸孔径设计 - 高盐/微粒性样品的理想应用 - 增强耐盐能力，适用于高TDS 样品 • 窄气溶胶粒径分布，提高雾化器精度 • 宽范围应用流速0.1 到 2 ml/min. - 低流速状态下不损失灵敏度
Agilent Confidential March 11, 2015 14
扩展分析应用范围
为确保最佳的分析结果，应采用适宜的样品引入系统 • 橙色/绿色样品泵管 • 惰性的 OneNeb 雾化器 • 双路旋流雾室 • 新型设计的 4200 炬管
Agilent Confidential March 11, 2015 15
1.2 1.1 Normalized Conc 1
0.9
0.8
0.7
0.6 0:00 1:00 2:00 3:00 4:00 Time (h:mm) Fe 259.940 nm Cu 327.395 nm Ni 305.081 nm Mg 285.213 nm Ag 328.068 nm Al 396.152 nm Pb 283.305 nm 5:00 6:00 7:00 8:00
1.4 normalised concentration 1.2 Cu MP Ag MP
1
0.8 0.6 0.4 0.2 0 0 20 40 60 80 100 120 140 mins
Ni MP
Fe MP
Pb MP
Agilent Confidential March 11, 2015 20
简洁实用软件
OneNeb
阿美泰克氧分析仪说明书
阿美泰克氧分析仪说明书
1、氧气分析仪先不要装入烟道，打开变送器和传感器上盖，检查各电缆连接正确。
2、接通电源,电路板上POWER红色发光二极管开始慢速闪烁（周期1秒），表示电源接通，正在预热，此时无信号输出，100秒后，发光二极管常亮，表示预热完毕，进入测量状态。
若发光二极管快速闪烁（周期0.25秒），则表示传感器连接或变送器电路有故障。
3、测量状态下，氧气分析仪在烟道外稳定30分钟后，显示空气中氧气含量20.6±0.4%，传感器可以装入烟道。
4、传感器装入烟道30分钟后，进行手动空气校准，先将浮子流量计接入传感器流量调节阀空气入口，将电路板上SW1开关拨向MAN 侧，CAL绿色发光二极管点亮，传感器电磁阀打开，调节流量调节阀旋纽，使流量达到0.2至0.6L/min范围内，稳定5分钟后，SW1开关拨回AUTO侧，发光二极管熄灭，电磁阀关断，氧气浓度显示20.6%,然后逐步下降到烟道氧气水平上。
5、关闭变送器和传感器上盖。
阿美泰克2014样本
page 02
板式换热器特点
page 03
板式换热器系列
Plate heat exchanger
板式换热器系列
Plate heat exchanger
板式换热器特点
先进的板型设计
上海阿美泰克公司引进了AMETECH的先进设计、制造生产工艺，以用户使用的 可靠性与最佳运行性能为核心，最大限度提高换热效率，降低能耗损失。
板式换热器系列
Plate heat exchanger
板式换热器系列
Plate heat exchanger
等截面板式换热器型号及意义 A M 20–MPM /6000 - 100
换热量（kw）- 换热面积（m2）
压力等级
PL:1.0 MPa PM:1.6MPa PG:1.6~2.5MPa
波纹深度
M:深波纹 B:浅波纹
管壳式换热器………………………………………………………………………………………………………………………25
容积式换热器………………………………………………………………………………………………………………………27
半即热式换热器……………………………………………………………………………………………………………………29
板式换热器的结构原理板式换热器材质技术规范和质量保证体系美国asme日本jis标准美国3a卫生标准德国tuv标准中国nbt47004iso90011400118000板片材质材料型号适用场合耐酸耐热不锈钢工业纯钛哈氏合金镍基合金超级铁素体工业黄铜sus304sus316lta1ta2hastelloyc276c2000n6c4000cr18mo2000cr26mo1h68河水盐水海水和有氯离子腐蚀场合浓硫酸盐酸磷酸及强氧化性介质等场合高温高浓度苛性钠和有氯离子腐蚀场合有机溶剂和有晶间腐蚀氯离子腐蚀场合海水低温冷冻场合净水河川水食用油矿物油酸碱介质和腐蚀较严重的场合不适宜有氯离子的场合垫片材质使用温度适用介质场合丁腈橡胶nbr氯丁橡胶neoprene三元乙丙橡胶epdm氟橡胶vitonfpm硅橡胶siliconerubber水氟里昂等一般弱酸弱碱腐蚀的场合高温热水和蒸汽
Atlas Copco IAT全系列产品201312
3.3 G1-1/2 G1-1/4 1.8 2.8 84
5.5 2 2 4 5 157.5
7.5 2 2 4 .5 167.5
33
GV630-4800
34
GV630-4800技术参数
GV系列喷油螺杆式真空泵 型号 抽气速度（m3/h）
最大连续运行压力（mbar） 极限真空度（mbar）
GV630 557
Mono
– SF 1, SF 2, SF 4
Multi
– SF 6, SF 8 – SF 11, SF 15, SF 17, SF 22
Duplex
– SF 11, SF 15, SF 22
22 22
ZT/ZR机型
全系列有ID/IMD机型 ZT15-22最大压力为10bar ZR/ZT30-45/37-55VSD最大压力为8.6bar
功率消耗
使用高性能GA+ 现场型压缩机承 担基本载荷是非 常理想
GA: 经济紧凑的压缩机
客户用气负荷曲线:
生产压缩空气的能耗成本不大 开开停停，有长时间停机状态，希望将压缩机安装在生产区域以外
空气需求量
100 90 80 70 60 Power 50 40 30 20 10 0 空气需求量 Time GA
30
45
55
90
SF1-22
灵活多样和模块化的设计满足任何空气需求
变流量控制技术，精确匹配用气需求 在大学，医院，科研院所和实验室有很强的竞争力 最低噪音只有53db(A); 占地面积小
SF 机型
1 - 22 kW Skid
– SF 1, SF 2, SF 4
Twin
– SF 6, SF 8
Bcl-2 PCR Primers Set 产品说明书
bcl-2 PCR Primers Set Product No. B9179 Store at –20 ºCProduct DescriptionIn recent years, several genes have been linked to apoptosis. The bcl-2 family of genes regulates PCD either positively or negatively. Bcl-2 and members of its family have been found to block apoptotic cell death. Bcl-2 protein heterodimerizes with Bax (Bcl-2 Associated X protein), which is a potent mediator of programmed cell death. The Bcl-2/Bax ratio appears to determine whether some cells live or die.1-4The bcl-2 PCR Pr imers Set contains both sense and antisense primers for the amplification of the bcl-2αgene. It is designed for PCR† detection of human, rat and mouse cDNA levels (representing mRNA expression) of the bcl-2α apoptotic gene. No ampli-fication of the genomic DNA has been observed.The size of the amplified product resulting from the use of the bcl-2 PCR Primers Set is 127 bp.Component• bcl-2 PCR Primers Set, Product No. B9179 1 vial Equipment and Reagents Required but Not Provided (Sigma product numbers have been given where appropriate)• Thermal cycler• Taq DNA polymerase, Product No. D4545 or equivalent• Deoxynucleotide mix, 10 mM, Product No. D7295 or equivalent• Agarose• Ethidium bromide, 500 µg/ml, Product No. E1385 • PCR 100 bp low ladder, Product No. P1473• Gel loading solutions, Product No. G2526 or G7654• PCR grade water, Product No. W1754• Mineral oil, Product No. M8662• PCR microtubes, Product No. Z37,487-3 or Z37,496-2StorageStore the vial at −20 °C.Preparation InstructionsThe bcl-2 PCR Primers Set contains 1 nmoles of each primer (sense and antisense). Centrifuge the tube briefly in order to collect the tube contents. For the following procedure, resuspend the primers set in100 µl deionized water to a final concentration of10 pmole/µl. Mix until the solution is homogenous. Once suspended, store the solution at –20 °C. To avoid repeated freeze-thaw cycles, aliquot the primer solution for long-term storage.ProcedureNote: Use aseptic techniques and use aerosol barrier tips while performing PCR experiments.1. Thaw the bcl-2 PCR Primers Set on ice, beingsure that the solution is homogenous.2. Add the following reagents to a PCRmicrocentrifuge tube in the following order:Amount for50 µl singlePCRreactionFinalconcentrationin the PCRreaction Water To 50 µl ----10X PCR Buffer 5 µl 1X2 mM dNTP solution 5 µl 0.2 mM ofeach dNTP25 mM MgCl2*solution3 µl 1.5 mMbcl-2 PCR PrimersSet, 10 pmole/µl2 µl 0.4 µM cDNA** 2 µl ~30 ngTaq DNAPolymerase,5 units/µl1 µl 0.1 units/µl Total volume50 µl -* When using the bcl-2 PCR Primers Set for thefirst time, you may set two additional reactiontubes with a higher and a lower MgCl2concentrations (see Note at the end of thissection).** Optimize this parameter with your own cDNA.3. Mix gently by finger tapping and centrifuge briefly to collect the mixture in the bottom of the tube. Overlay the reaction mixture with 2 drops (~30 µl) of mineral oil to cover the surface of the reaction mixture if not using a thermal cycler with a heated lid. Place the tube in the thermal cycler when the thermal cycler reaches 95 oC, and run the following PCR program. 95 oC for 2 min 94 oC for 45 sec 53 oC for 45 sec x 30 cycles 72 oC for 1.5 min 72 oC for 7 min The amplified DNA can be evaluated by agarose gel electrophoresis.Note: Using different thermal cyclers:For a better detection of the amplified product you may increase the number of amplification cycles. In case you do not see differences in the amount of the amplified DNA fragments, decrease the number of cycles to verify your results.In rare cases, some of the parameters should beoptimized for the specific thermal cycler or cDNA samples. The most frequently adjusted factors are MgCl 2 concentration and annealing temperature. You may prepare three different reactions using MgCl 2 at a concentration of 0.5-3 mM (e.g., 0.5-0.8 mM, 1.5 mM and 3 mM). Optimize the MgCl 2 and/or the annealing temperature on your instrument using the positive control cDNA provided before using your own cDNA.Troubleshooting GuideProblem Cause Solution A PCR component may be missing or degraded. Try to isolate the problematic reagent by replacing it with a fresh one. A checklist is also recommended when assembling reactions.No PCR products cDNA or MgCl 2concentration is not optimal .Optimize the cDNA and MgCl 2 concentrations.Highbackground, smearing or nonspecific bandsIncrease the annealing temperature or decrease the MgCl 2concentration. Another solution for avoiding high background is to decrease the amount of cDNA template used for amplification.Contamination with other DNAUse sterile techniques while performing PCR experiments. cDNA quality is not sufficientUse a different cDNA preparation.Amplifiedproducts are not the correct sizeNon-optimal PCR conditions Optimize PCR conditions especially cDNA and MgCl 2 concentrations and annealing temperature. Poor resolution of products in agarose gelUse 2% agarose gel and increase run time.References1. Oltavi, Z.N., et al ., Cell, 74, 609 (1993)2. Korsmeyer, S.J., Cancer Research (Suppl), 59,1693s (1999)3. Agarwal, N. and Metha, K., Biochem. Biophys.Res. Commun., 230, 251 (1997)4. Aggarwal, S. and Gupta, S., J. Immunol., 160,1627 (1998)†The PCR process is covered by patents owned by Hoffman-LaRoche, Inc. Purchase of this product does not convey a license under these patents.ya 6/00Sigma brand products are sold through Sigma -Aldrich, Inc.Sigma-Aldrich, Inc. warrants that its products conform to the information contained in this and other Sigma -Aldrich publications. Purchaser must determine the suitability of the product(s) for their particular use. Additional terms and conditions may apply.Please see reverse side of the invoice or packing slip.。
SIMONA
SIMONA®PP-H AlphaPlus® Added value in chemical tank and equipment engineering2SIMONA ®PP-H AlphaPlus ®SIMONA ®PP-H AlphaPlus ® –Added value in chemical tank and equipment engineeringPP-H, non-nucleatedPP-H, β-nucleatedPP-H, mildly α-nucleatedSIMONA ®PP-H AlphaPlus ®SIMONA ®PP-H AlphaPlus ® is a homopolymeric polypropylene (PP-H) featuring a specially modified formula that makes it the perfect choice for applications within the area of industrial tank and plant engineering.Compared to standard PP-H, SIMONA ®PP-H AlphaPlus ® offers the following benefits:Finer and more stable alpha c rystalline structure Superior notched impact strength and enhanced rigidity Improved processing properties and welding properties Longer service life (FNCT)Improved chemical resistance and superior stress crackresistanceAdditional safety reserves even for critical applications Excellent value and highly cost-effectiveFiner and more stable alphacrystalline structureUsing an adapted processing method and introducing a special nucleating agent, we have created a PP-H with an α-crystalline modification that offers a number of genuine advantages even in challenging fields of application.In SIMONA ®PP-H AlphaPlus ® we have developed a superb solution tailored to the requirements of industrial tank and plant engineering.Photographs of PP-H types taken under an optical microscope100 µmSIMONA ®PP-H AlphaPlus ®3Standard PP-HStandard PP-HSuperior notched impact strength and enhanced rigiditySIMONA ®PP-H AlphaPlus ®offers users considerably improved rigidity, in addition to increased toughness. In fact, the level of rigidity measured at 100 °C is twice as high as that of β-nucle-ated PP-H.Modulus of elasticity in various types of PP (single measurement on pressed sheets)Notched impact strength according to Charpy method20 °C40 °C60 °C80 °C 100 °C23 °C10 °C0 °C– 10 °CSIMONA ®PP-H AlphaPlus ®SIMONA PP-H AlphaPlus ®β-nucleated PP-HAt low temperatures, in particular, SIMONA ®PP-H AlphaPlus ® displays higher impact resistance than standard PP-H, thus combining greater functionality with improved safety.β-nucleated PP-H4SIMONA ®PP-H AlphaPlus ®SIMONA ®PP-H AlphaPlus ® –Outstanding material propertiesSIMONA ®PP-H AlphaPlus ® in bend test according to DVS 2203-5Excellent welding propertiesThe various welding methods applied within the area of plastics processing can often result in changes to the mor-phology of a specific material. This has a significant impact on the properties of welded joints and thus also on the overall quality of plastic parts and assemblies, particularly in the case of polypropylene. A prime example is heated element butt welding, which generally produces welding beads in the joint zone. In this case, a notch is formed in the area of the weld seam, potentially causing stress concentration underincreasing mechanical loads. In turn, stress concentration in the notch root of a weld seam can induce stress cracks under tensile loading or when exposed to chemicals. The ultra-fine structure of SIMONA ®PP-H AlphaPlus ® is thermodynamically stable and remains intact during welding; this feature applies to a range of different welding methods. The thus resulting toughness significantly reduces the level of stress concentra-tion in the notch root. Technological bend tests have shown a considerable increase in the bend angle achievable with this material.SIMONA ®PP-H AlphaPlus ®5Longer service lifeThe superior safety properties of SIMONA ®PP-H AlphaPlus ®are reflected in its higher resistance to slow crack growth – as demonstrated by means of FNCT (Full Notched Creep Test). Compared to a mildly α-nucleated standard PP-H with a useful life of between 700 and 800 hours, SIMONA ®PP-H AlphaPlus ® is capable of achieving a service life of more than 1500 hours. In contrast, β-nucleated PP-H is usually associated with a maximum life of 700 hours.The superior properties associated with this material have also been confirmed by Hessel Engineering as part of tensilecreep tests on sheets made of SIMONA ®PP-H AlphaPlus ® and joined by means of heated element butt welding. The required minimum service life of a welded joint, as defined in the certification guidelines of the DIBt (Deutsches Institut für Bautechnik Berlin) for polypropylene compounds were met by SIMONA ®PP-H AlphaPlus ® – with a substantial safety margin.Improved chemical resistance and superior stress crack resistanceThe fine morphology and increased toughness of SIMONA ®PP-H AlphaPlus ® also have a positive effect on its chemical resistance. Alongside improved welding properties, surface is much less susceptible to chemical attack. This results in a longer service life and greater operational reliability. Again, one of the key factors is the fine and highly stable crystalline structure associated with SIMONA ®PP-H AlphaPlus ®, which helps to reduce material-related stress. Within this context, resistance to stress-crack-inducing chemicals is high in critical regions such as weld seams or anchor points, which are subjected to internal stress or stress from external sources.Service life of various types of PP in FNCT (Full Notched Creep Test) at 80 °C and 4.0 MPaStandard PP-HSIMONA ®PP-H AlphaPlus ®β-nucleatedPP-H6SIMONA ®PP-H AlphaPlus®Processing versatilitySIMONA ®PP-H AlphaPlus ®can be processed using various methods.Deep-drawing Gluing DrillingDie-cutting Bolting Warm bendingRiveting MillingSawing Laser cutting Welding Turning Water-jet cuttingCold formingCold curvingCuttingOur Technical Service Center team looks forward to assisting you:Phone +49 (0) 67 52 14 - 587 Fax +49 (0) 67 52 14 - 302*************SIMONA®PP-H AlphaPlus®SIMONA®PP-H AlphaPlus®-SK (polyester-backed)The dimensions specified are standard dimensions. Other sizes, thicknesses, lengths, diameters and colours as well as glass-fibre-backed SIMONA®PP-H AlphaPlus®-GK Sheets available on request.Please contact our sales department for further details concerning availability: ***************.Pressed sheets made of SIMONA®PP-H grey are available in thicknesses from 80 to 150 mm.: round, triangular TA 90, triangular TA 80, three-core, two-core, special profile ovalSIMONA®PP-H AlphaPlus®7SIMONA AMERICA INC.101 Power Boulevard Archbald, PA 18403USABoltaron Inc.A SIMONA Company1 General Street Newcomerstown, OH 43832 USASALES OFFICESSIMONA S.A.S. FRANCE 43, avenue de l’Europe 95330 DomontFrancePhone +33(0)1 39354949 Fax +33(0)1 39910558 ******************SIMONA UK LIMITED Telford DriveBrookmead Industrial Park Stafford ST16 3STGreat BritainPhone +44(0)1785 222444 Fax +44(0)1785 222080 ****************** SIMONA AG SWITZERLAND IndustriezoneBäumlimattstrasse 164313 MöhlinSwitzerlandPhone +41(0)61 8559070 Fax +41(0)61 8559075 ****************** SIMONA S.r.l. SOCIETÀUNIPERSONALEVia Volontari del Sangue 54a20093 Cologno Monzese (MI)ItalyPhone +39 02 250851Fax +39 02 2508520*************************SIMONA IBERICASEMIELABORADOS S.L.Doctor Josep Castells, 26–30Polígono Industrial Fonollar08830 Sant Boi de LlobregatSpainPhone +34 936354103Fax +34 936308890******************SIMONA Plast-Technik s.r.o.Paříkova 910/11a19000 Praha 9 – VysočanyCzech RepublicPhone +420 236 160 701Fax +420 476 767 313******************SIMONA POLSKA Sp.z o.o.ul. Wrocławska 36Wojkowice k / Wrocławia55-020 ŻórawinaPolandPhone +48(0)71 3528020Fax +48(0)71 3528140******************OOO “SIMONA RUS”Projektiruemy proezd No. 4062,d. 6, str. 16BC PORTPLAZA115432 MoscowRussian FederationPhone +7 (499) 683 00 41Fax +7 (499) 683 00 42******************SIMONA FAR EAST LIMITEDRoom 501, 5/FCCT Telecom Building11 Wo Shing StreetFo Tan, Hong KongChinaPhone +852 ********Fax +852 ***************************SIMONA ENGINEERING PLASTICSTRADING (Shanghai) Co. Ltd.Room 5, 19/F, Block BHongqiao Nanfeng TownNo. 100 Zunyi RoadChangning DistrictShanghaiChina 200051Phone +86 21 6267 0881Fax +86 21 6267 0885**********************SIMONA INDIA PRIVATE LIMITEDStar Hub, Unit No. 204,2nd Floor, Building No. 1,Sahar Road, Andheri East,Mumbai 400099IndiaPhone +91(0)2266197 100Fax +91(0)2266197 105*******************SIMONA AGTeichweg 1655606 KirnGermanyPhone +49(0)6752 14-0Fax +49(0)6752 14-211**************www.simona.dePRODUCTION SITESPlant ITeichweg 1655606 KirnGermanyPlant IISulzbacher Straße 7755606 KirnGermanyPlant IIIGewerbestraße 1–277975 RingsheimGermanySIMONA Plast-Technik s.r.o.U Autodílen č.p. 2343603 Litvínov-Chudeřín Czech RepublicSIMONA ENGINEERING PLASTICS (Guangdong) Co. Ltd.No. 368 Jinou RoadHigh & New Technology Industrial Development Zone Jiangmen, GuangdongChina 529000SIMONA AMERICA INC. 101 Power Boulevard Archbald, PA 18403USAPhone +1 866 501 2992 Fax +1 800 522 4857 *********************** Boltaron Inc.A SIMONA Company1 General Street Newcomerstown, OH 43832 USAPhone +1 800 342 7444 Fax +1 740 498 5448 ***************** Upon publication of a new edition all previous editions shall become void. The authoritative version of this publication can be found on our website at www.simona.de. All information furnished in this publication reflects our current scope of knowledge on the date of publication and is designed to provide details of our products and potential fields of application (errors and omissions excepted, including typographical mistakes).P r i n t e d o n H e l l o F a t m a t t b y D e u t s c h e P a p i e r. 0 1 / 2 0 1 7 -0 1 / 1 7 -G B -5 0 0 -W BAll specifications are deemed to be approximate values in respect of the specific material and may vary depending on the processing methods used. In general, data specified applies to average values measured on extruded sheets with a thickness of 4 mm. In the case of sheets manufactured by means of pressing, testing is gen e rally performed on sheets with a thickness of 20 mm. Deviations from the values specified are possible if the sheets in this thickness are not available. In the case of backed sheets, all technical specifications relate to the non-backed base sheets. Information presented herein is not necessarily applicable to other products (e.g. pipes, solid rods) of the same material or products that have undergone downstream processing. Suitability of materials for a specific field of application must be assessed by the party responsible for processing or the end-user. All technical specifications presented herein are designed merely to provide assistance in terms of project planning. Theydonotconstituteaguaranteeofspecificpropertiesorqualities.Forfurtherinformation,*****************************************************.。
黑色母2014A
黑色母2014A
品牌：添
黑牌
型号：
2014A
产品规
格：
3.0*3.8
mm
颜色：黑
色
耐热性：
400 ℃
产品详细说明
色母巨人公司添黑系列，添黑牌黑色母2014A选用进口美国色素高浓度黑色素碳黑和全新料聚乙稀PE/EVA树脂,及进口颜料助剂, 经高能量密炼水冷, 风冷切粒而成. 碳黑含量50%
外观:3.3*3.8椎形片状黑色体.
适应范围: 适用于大部分热性树脂. 注塑, 抽粒, 压板等工艺. 适宜高要求高质量ＡＢＳ，ＰＣ，ＰＣ／ＡＢＳ，ＰＡ，ＰＥＴ，ＰＢＴ，ＨＩＰＳ,ＰＯＭ，ＰＭＭＡ等工程料与再生料．属环保高浓度,高光度专用注塑级黑色母粒. 此产品通过欧盟SGS环保重金属八大项检测认证合格. 及美国食物局ROHS认证合格. 优点: 环保, 无毒, 无味, 无烟, 产品表面光滑亮泽和实色颜色稳定, 不会出现色点和色纹等现象, 既降低成本, 节约添加剂. 减少厂房场地污染.
用法: 与原料揽拌均匀即可生产用量: 建议用量0.5%-3%(视产
品要求而定)
技术参数: 堆积比重33”C 1150kg/m3
溶点:138-400’C
溶指:36g/10min
水份:0.001%
包装:25kg/袋, 聚乙稀奶白印刷袋或纸塑复合袋(可按客户需求予以订做)储存: 存放于阴凉干燥处. 忌爆晒, 雨淋
备注: 以上数据不被用作特定技术规格,其基本实验数据,只作为本产品性能参考.色母巨人欢迎你,来人来电洽谈.。
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本手册内所有资料和图片版权均归阿美泰克所有，禁止仿冒。 未经上海阿美泰克工业设备有限公司书面许可，本手册内容不得被复制或抄袭。 商标及图形标志为注册商标。
阿美泰克公司保留更改产品设计、规格、参数的权利，恕不另行通知，以产品随机资料为准。本手册内 所有资料和图片仅供参考，以实物为准。如有任何印刷错漏，本公司不承担因此产生的后果，公司保留 对资料内有关内容的最终解释权。
Add: No.26 faxiang road,Jiangqiao town, Jiading district,Shanghai
P.C: 201803 Tel: +86 21 59145555 Fax: +86 21 59141111 Http: Email: ametech@
免粘贴的垫片
由于粘贴垫片的粘合剂对介质及胶垫本身有污染与侵蚀，同时在检修时不易拆 装。我们采取了卡扣式挂垫方式，既方便使用维护，又防止粘合剂对人员及环境的 危害。
方便的接口形式
对换热器与其它设备连接，通常使用螺栓连接，可以避免焊接对换热器的损 害；根据客户需要，也可以采用焊接连接，我们通过采用加长接口的方法，防范焊 接损害。
相邻板片的波纹波峰相互接触，形成网状支撑，大大提高板片的结构强度，可以 承受较大压力，保证换热器的安全性、延长设备的使用寿命。
技术规范和质量保证体系
美国 ASME 日本 JIS 标准 美国 3A 卫生标准
德国 TUV 标准 中国 NB/T47004 ISO9001/14001/18000
板式换热器结构
简
和专业的客户服务。 阿美泰克建立和完善了销售服务网络，在各省、市设有 350 多个分支机构，拥有专业
介
的销售服务队伍，3 个技术培训和产品中心，产品提供全国或全球联保服务，能就近为广 大客户提供专业、快速、高效的技术支持与优良的营销服务。
上海阿美泰克公司总部
上海阿美泰克公司济南工业园
上海阿美泰克公司太仓工业园
☆ 多角度流道结合——根据流速与换热量不同。 ☆ 宽窄结合——根据介质特性不同与工况不同。 ☆ 深浅结合——根据介质特性不同与工况不同。 ☆ 软硬结合——采用软硬板组合技术，既提高换热效率，又保证换热器强度。 ☆ 长短结合——每种接入口径的换热器，均有3种以上的高度尺寸， 利于客户设
备布置。 ☆ 非对称结合——针对一次介媒与二次介媒的温差、流量不同，实行非对称流
-20～120
水及水溶液；脂肪；植物油；矿物油；乙醇；乙二醇， 含烷基苯的制冷剂；含环烷基乙二醇的压缩机润滑油
氯丁橡胶（Neoprene）
-20～125
三元乙丙橡胶（EPDM） -35～150
氟橡胶（Viton/FPM）
-5～180
硅橡胶（Silicone rubber） -50～180
水、氟里昂等一般弱酸、弱碱腐蚀的场合 高温热水和蒸汽；各种化学品；NaOH等碱类；弱酸 高浓度无机酸；热水和蒸汽；高温矿物油 适用于一般的高温介质；对一些腐蚀性介质也有一定的耐蚀性
稳定的框架结构
板片采取反对称结构，即旋转180度，成为对应相邻板片。所有板片间均有锁紧 机构，采用活动轴承就可以将换热器夹紧到合适尺寸。为了方便拆卸换热器，采用性 能独特而优越的专用夹紧螺栓，具有良好的夹紧自锁功能，防止设备在长期使用过程 中螺栓松动，导致密封失效。操作简单通用性高，现场只需一个人采用常规、通用工 具即可对设备进行装、卸等维护工作。
道，保证了板间流速稳定，提高了换热效果。
合理的板片材质与厚度
采用0.5-0.8m m厚度的不锈钢板片。在客户无特别要求时，我们采用S S304材 质，根据工况与介质特性我们会选用与其工质相匹配的合金材质与厚度。0.5m m厚度 时承压25Bar，0.8mm厚度时承压40Bar；板间安全承压能力最大25Bar。良好的机械强 度，避免板片在高压下的错位现象的发生；流体中坚硬颗粒与板片发生摩擦时，能有效提 高板片的抗击穿能力。
离心机………………………………………………………………………………………………………………………………50
适用行业……………………………………………………………………………………………………………………………54
业绩展示……………………………………………………………………………………………………………………………55
先进的加工设备
阿美泰克引进A M E T E C H及拥有2500吨、3000吨、6000吨及12000吨级等多 台先进液压机设备，针对不同的板片采用相应的压机压制，保证了板片成型准确又 确保了板材强度不受损害。板片压制采用预覆液压膜工艺，保证了板片在加工过程 中不受损害。无油压制，保证了板片的洁净。
接口公称直径的1/10
M T 板换系列 TS L N
AMETECH
说明
☆ 字母A代表是公司名称，为阿美泰克公司的板式换热器产品。 ☆ 字母M/T/TS/L/N/F/E/T分别表示板式换热器的系列号，其中M为标准系列，为公
司产品的标准推荐系列；T/TS系列分别为为M系列的撤块产品，适合温差变化小 的场合；L/N系列为M系列加高或加宽延伸产品，针对特殊的工况使用。 ☆ 符号“/”后数字表示换热量(单位kw), 符号“-”后数字表示换热器面积(单位m2)。 ☆ 对于根据工况参数选型的换热器只标明换热量，对于参数不全按照换热面积定义 的型号此处标注换热面积。
强大的质保体系
阿美泰克拥有压力容器（特种设备）制造资质，有完善强大的质保体系，设 计、生产及检验标准严格按压力容器标准要求执行，确保良好的产品质量。
科学的选型系统
我们引进了A M E T E C H公司的6B选型软件与3A数据库，保证选型设计的合理 与适应性。
page 04
板式换热器特点
page 05
版权所有 翻版必究 ◎阿美泰克 All rights reserved.Pirate is forbidden.
2014年 第一版 第一次印刷 Second printing and second edition in 2014
印刷日期：2014.03.18 Date of printing:2014.03.18
目
隔膜式气压罐………………………………………………………………………………………………………………………31 不锈钢反应釜………………………………………………………………………………………………………………………32
稳压膨胀机组………………………………………………………………………………………………………………………33
随着企业多年的稳健发展，今天，阿美泰克在中国投资建立了 3 个生产基地（上海、
济南、江苏），总注册资金：1.316 亿元。公司主要生产板式换热器、换热机组、管壳式
换热器、容积式换热器、半即热式换热器等设备。负责向亚太地区的暖通空调、制冷、
能源电力、冶金、食品、电子、船舶及环境处理等市场，提供能源有效利用的解决方案
管壳式换热器………………………………………………………………………………………………………………………25
容积式换热器………………………………………………………………………………………………………………………27
半即热式换热器……………………………………………………………………………………………………………………29
上海阿美泰克工业设备有限公司 致力于能源的有效利用及解决方案
SHANGHAI AMETECH INDUSTRIAL EQUIPMENT CO., LTD. The effective utilization of energy and solutions
Contents Profile
精炼的品质，源于对专业的深刻理解 完美的服务，始于对品牌的无限追求
上海阿美泰克工业设备有限公司
Shanghai Ametech Industrial Equipment Co., Ltd.
地址：上海市嘉定区江桥镇发祥路26号 邮编：201803 电话：021-59145555 传真：021-59141111 网址： 邮箱：ametech@
净水、河川水、食用油、矿物油、酸碱介质和 腐蚀较严重的场合（不适宜有氯离子的场合） 河水、盐水、海水和有氯离子腐蚀场合 浓硫酸、盐酸、磷酸、及强氧化性介质等场合 高温、高浓度苛性钠和有氯离子腐蚀场合 有机溶剂和有晶间腐蚀、氯离子腐蚀场合 海水、低温冷冻场合
垫片材质
使用温度(℃)
适用介质场合
丁腈橡胶（NBR）
全自动软水器………………………………………………………………………………………………………………………43
组合式不锈钢水箱…………………………………………………………………………………………………………………47
快开式压滤机………………………………………………………………………………………………………………………49
page 02
板式换热器特点
page 03
板式换热器系列
Plate heat exchanger
板式换热器系列
Plate heat exchanger
板式换热器特点
先进的板型设计
上海阿美泰克公司引进了AMETECH的先进设计、制造生产工艺，以用户使用的 可靠性与最佳运行性能为核心，最大限度提高换热效率，降低能耗损失。
板式换热器…………………………………………………………………………………………………………………………01
换热机组……………………………………………………………………………………………………………………………09
混水机组……………………………………………………………………………………………………………………………17
术注册成立，总部位于上海市嘉定区。公司取得了特种设备压力容器设计、制造许可证；
通过了 ISO9001 国际质量管理体系认证；ISO14001 环境管理体系认证；ISO18001 职