电泳工艺中英文
电镀术语中英文对照
电镀术语中英文对照1.化学腐蚀chemical corrosion金属在非电化学作用下的腐蚀(氧化)过程。
通常指在非电解质溶液及干燥气体中，纯化学作用引起的腐蚀。
2.双电层electric double layer电极与电解质溶液界面上存在的大小相等符号相反的电荷层。
3.双极性电极bipolar electrode一个不与外电源相连的，浸入阳极与阴极间电解液中的导体。
靠近阳极的那部分导体起着阴极的作用，而靠近阴极的部分起着阳极的作用。
4.分散能力throwing power在特定条件下，一定溶液使电极上(通常是阴极)镀层分布比初次电流分布所获得的结果更为均匀的能力。
此名词也可用于阳极过程，其定义与上述者类似。
5.分解电压decomposition voltage其定义与上述者类似。
能使电化学反应以明显速度持续进行的最小电压(溶液的欧姆电压降不包括在内)。
6.不溶性阳极(惰性阳极)inert anode在电流通过时，不发生阳极溶解反应的阳极。
7.电化学electrochemistry研究电子导体和离子导体的接触界面性质及其所发生变化的科学。
8.电化学极化(活化极化)activation polarization由于电化学反应在进行中遇到困难而引起的极化。
9.电化学腐蚀electrochemical corrosion在卑解质溶掖中或金属表面上的液膜中，服从于电化学反应规律的金属腐蚀(氧化)过程10.电化当量electrochemical equivalent在电极上通过单位电量(例如1安时，1库仑或1法拉第时)，电极反应形成产物之理论重量。
通常以克/库仑或克/安时表示。
11电导率(比电导)conductivity单位截面积和单位长度的导体之电导，通常以S/m表示。
12电泳electrophoresis液体介质中带电的胶体微粒在外电场作用下相对液体的迁移现象。
13电动势electromotive force原电池开路时两极间的电势差。
电镀专业术语中英文对照
电镀专业术语中英文对照1 大气暴露试验atmospheric corrosion test2 中性盐雾试验(NSS试验) neutral salt spray test(NSS—test)3 不连续水膜water break4 pH计pH meter5 孔隙率porosity6 内应力internal stress7 电导仪conductivity gauge8 库仑计（电量计）coulomb meter9 旋转圆盘电极rotating disk electrode10 旋转环盘电极rotating ring disk electrode11 针孔pores12 铜加速盐雾试验（CASS试验) copper accelerated salt spray (CASS test ）．13 参比电极reference electrode14 甘汞电极calomel electrode15 可焊性solder ability16 硬度hardness17 金属变色tarnish18 点滴腐蚀试验dropping corrosion test19 玻璃电极glass electode20 结合力adhesion21 哈林槽Haring cell22 恒电势法potentiostatic method23 恒电流法galvanostatic method24 交流电流法a。
c method25 树枝状结晶trees26 脆性brittleness27 起皮peeling28 起泡blister29 剥离力试验机spalling30 桔皮orange peel简单的电镀术语—中英对照镀(Plating)电镀（Electroplating)自催化镀（Auto-catalytic Plating)化学镀（Chemical Plating）无电镀（Electroless Plating）浸渍镀（Immersion Plating）阳极氧化（Anodizing）化学转化层(Chemical Conversion Coating）钢铁发蓝（Blackening)，俗称”发黑“钢铁磷化(Phosphating）铬酸盐处理(Chromating)金属染色（Metal Colouring）涂装(Paint Finishing)，包括各种涂装如手工涂装、静电涂装、电泳涂装等热浸镀（Hot dip)热浸镀锌(Galvanizing),俗称"铅水"热浸镀锡(Tinning）PVD 物理气相沈积法(Physical Vapor Deposition)真空镀(Vacuum Plating）离子镀（Ion Plating)CVD 化学气相沈积法（Chemical Vapor Deposition）电镀术语解释及英文名称ABS塑料电镀plastic plating processpH计pH meter 测定溶液pH值的仪器.螯合剂chelating agent 能与金属离子形成螯合物的物质。
金属表面电泳工艺流程
金属表面电泳工艺流程英文回答：Electrophoretic deposition (EPD) is a widely used process in the coating industry to apply a thin film of metal onto a surface. It involves the use of an electric field to attract and deposit charged particles onto a conductive substrate. The process begins with the preparation of a suspension or dispersion of metalparticles in a liquid medium, known as the electrophoretic bath.The first step in the EPD process is the preparation of the metal particles. These particles are typically in the form of a powder or colloidal suspension. They can be made from various metals such as aluminum, steel, or copper. The size and shape of the particles can vary depending on the desired coating properties.After the metal particles are prepared, they aredispersed in a liquid medium to create the electrophoretic bath. This bath consists of a solvent or dispersing agent that helps to suspend the particles evenly and prevent them from settling. It may also contain additives such as binders or surfactants to improve the adhesion andstability of the coating.Once the electrophoretic bath is prepared, the substrate to be coated is carefully cleaned and prepared. This ensures that the surface is free from any contaminants or oxides that could interfere with the adhesion of the metal coating. The substrate is then immersed in the electrophoretic bath and connected to the positive terminal of a power supply.The next step is the application of an electric field. The negative terminal of the power supply is connected to a metal electrode, known as the cathode, which is immersed in the electrophoretic bath. When the power supply is turned on, an electric field is established between the anode (substrate) and the cathode. This causes the charged metal particles in the bath to migrate towards the substrate anddeposit onto its surface.The deposition process continues until a desired coating thickness is achieved. The deposition rate can be controlled by adjusting the voltage, time, and concentration of the metal particles in the electrophoretic bath. Once the desired thickness is reached, the power supply is turned off, and the coated substrate is removed from the bath.The coated substrate is then dried and cured to ensure the adhesion and durability of the metal coating. This can be done through various methods such as air drying, oven drying, or thermal curing. After the curing process, the coated substrate is ready for further finishing processes such as polishing or painting, if desired.中文回答：电泳沉积（EPD）是涂层行业中广泛使用的一种工艺，用于在金属表面上涂覆一层薄膜。
金属表面处理中英文对照表
金属表面处理中英文对照表BRASS(SOLID BRASS) 青銅ANTIQUE 青古銅NICKEL 叻色PEWTER 黑古銅DK.NICKEL 黑叻MATTED GOLD 啞金PLASTIC 塑膠 SATIN GOLD 磨砂金GOLDEN/SLIVER 金/銀 PEARL GOLD 珍珠金PEARL NICKEL 珍珠叻POLISHED BRASS 啞銅MATTED NICKEL 啞叻MATTED BLACK 啞黑BRUSH BRASS 掃黃銅 BRUSH NICKEL 掃叻BRUSH GOLD 掃金TARNISHED BLACK 木碳黑BRUSH ANTIQUE 掃青古銅GUN METAL 槍色BRUSH ANTI NICKEL 掃黑叻 TITANIUM 鈦黑ANTIQUE NICKEL 淺黑叻 BRUSH RED COPPER 掃紅古銅BRUSH GUNMETAL 掃槍色SPRAYED SAND PEWTER 噴沙黑叻LT GOLD 淺金MATTED BRASS 啞青銅NICKEL FREE 無叻叻NICKEL FREE BRASS 無叻青銅PEARL GUN METAL ELECTRO MATTED BLACK 電泳啞黑RED COPPER 紅古銅CHROME 鉻色MATTED CHROME 啞鉻色 BRUSH LT GUNMETAL 掃淺槍NKL FREE BRUSH ANTIQUE 無叻掃青古銅NICKEL FREE ANTTQUE 無叻青古銅NICKEL FREE GOLD 無叻真金NICKEL FREE GUN METAL 無叻槍色LT GUN METAL 淺槍NKL FREE BRUSH GUN METAL 無叻掃槍ANTIQUE SILVER 古銀色GREY NICKEL 灰叻ANTIQUE COPPER 古銅BRUSH MATTED GUN METAL 掃啞槍NKL FREE MATTED NICKEL 無叻啞叻NICKEL FREE DK. NICKEL 無叻黑叻ROLL PLATING GUN METAL 滾電槍色NKL FREE ANTIQUE NICKEL 無叻淺黑叻COPPER 原銅ROLL ANTIQUE 滾青古銅ALUMINIUM 鋁色BRUSH MATTED LT GOLD 掃啞淺金MATTED LT GOLD 啞淺金SILVER 銀色BRUSH LT GOLD 掃淺金DULL ANTIQUE BRASS 啞古銅ANTIQUE GOLD 古金LT ANTIQUE 淺青古銅ROSE GOLD 玫瑰金ALLOY 合金色NEW GOLD 新金BRUSH COPPER 掃原銅9K LT GOLD 9K淺金NKL FREE LT GOLDE 無叻淺金NKL FREE BRUSH NKL 無叻掃叻NKL FREE LT GUN METAL 無叻淺槍BRUSH DK GUN METAL 掃深槍NKL FREE BR DK GUN METAL 無叻掃深槍DK BLK NICKEL 深黑叻DK ANTIQUE 深青古銅NKL FREE GREY NICKEL 無叻灰叻NKL FREE DK BLK NICKEL 無叻深黑叻NKL FREE ANTI SILVER 無叻古銀LT GUN METAL 淺槍(面掛電,底滾電)NKL FREE BR LT GOLD 無叻掃淺金NKL FREE BRUSH GOLD 無叻掃金NKL FREE PEARL GOLD 無叻珍珠金NEW COPPER 新原銅BIO PEWTER 古叻DULL GOLD 濁金ELECTRO BLACK 詠黑SPRAY BLACK 噴黑BRONZE BRASS 仿銅LT ANTIQUE GOLD 淺古金MATTED GUN METAL 啞槍DULL NICKEL 濁叻ROLL DK.NICKEL 滾黑叻NKL FREE ROLL DK.NICKEL 無叻滾黑叻RAW 原胚(無電鍍)SPRAY 噴色NKL FREE ELECTRO BLACK 無叻電詠黑NKL FREE BRUSH BRASS 無叻黃銅DK GUN METAL 深槍NKL FREE DK GUN METAL 無叻深槍SPRAY MATTED BLK 噴啞黑NKL FREE MATTED GOLD 无叻哑金常见的表面处理冲床工艺序号俗称（中文）英文（翻译）常见的颜色序号冲压工序英文翻译1 喷塑 powder coated 黑白军绿 1 落料 blanking2 烤漆lanking finish 2 切断 cuttingbanking varnishing 3 折弯 bendingpainting backing 4 冲字stamping letterspray painted 5 拉伸to stretch6 拉深to pull and stretch3 镀锌 zinc plated 蓝白锌彩锌 7 切边side cut /sid scrapzinc coated 8 去毛边trmming4 镀镍 iron with nickel plated 普通镍化学镍9 冲孔pierceiron covered by nickel 10 抽孔draw holesteel with nickel plated 11 深冲压deep drawing5 光亮镀镍 bright nickel-plating deep stamping6 镀铝aluminum-plated 12 折叠folding7 镀铬 chrome-plated 13 成型molding8 镀银silver-plated 14 整形plastic15 攻丝tapping9 镀金gold-plated10 镀锡tin-plated11 电泳 electrophoresis 黑色electro-coating亮铬Polished Chrome仿金Polished 24K Gold拉丝铬Brushed Chrome。
各类医学中英文对照
eclipse period|[细胞生长的]隐蔽期
eclipsed conformation|重叠构象
eclosion hormone|蜕壳激素[见于昆虫]
ecological isolation|生态隔离
electrical synapse|电突触
electrical transmission|电传递
electrically facilitated flow|电易化流动，电促流动
electroblotting|电印迹
electroblotting device|电印迹仪，电印迹装置
early promoter|早期启动子[有时特指病毒]
early protein|早期蛋白[有时特指病毒]
early transcription|早期转录[有时特指病毒]
eburicoic acid|齿孔酸
ecdysis|蜕皮
ecdyson|蜕皮激素[见于昆虫等节肢动物]
E rosette|E（玫瑰）花结[E表示红细胞erythrocyte]
E rosette test|E（玫瑰）花结试验
EA rossette|EA（玫瑰）花结[E表示红细胞erythrocyte,A表示抗体antibody]
EAC rossette|EAC（玫瑰）花结[E表示红细胞erythrocyte,A表示抗体antibody，C表示补体complement]
Eubacteria (真细菌)：组成原核生物中的大部分。
Euchromatin (常染色体)：间期核内除了异染色质之外的所有基因组。
Evolutionary clock (进化钟)：特定基因突变积累的速度定义。
琼脂糖凝胶电泳中英文版
琼脂糖凝胶电泳的操作步骤琼脂糖凝胶电泳是用琼脂或琼脂糖作支持介质的一种电泳方法。
对于分子量较大的样品，如大分子核酸、病毒等，一般可采用孔径较大的琼脂糖凝胶进行电泳分离。
琼脂糖凝胶约可区分相差100bp 的DNA 片段，其分辨率虽比聚丙烯酰胺凝胶低，但它制备容易，分离范围广，尤其适于分离大片段DNA。
普通琼脂糖凝胶分离DNA 的范围为0.2-20kb，利用脉冲电泳，可分离高达10^7bp 的DNA 片段。
操作流程准备干净的配胶板和电泳槽注意DNA 酶污染的仪器可能会降解DNA，造成条带信号弱、模糊甚至缺失的现象。
选择电泳方法一般的核酸检测只需要琼脂糖凝胶电泳就可以；如果需要分辨率高的电泳，特别是只有几个bp 的差别应该选择聚丙烯酰胺凝胶电泳；用普通电泳不合适的巨大DNA 链应该使用脉冲凝胶电泳。
注意巨大的DNA 链用普通电泳可能跑不出胶孔导致缺带。
正确选择凝胶浓度对于琼脂糖凝胶电泳，浓度通常在0.5～2％之间，低浓度的用来进行大片段核酸的电泳，高浓度的用来进行小片段分析。
低浓度胶易碎，小心操作和使用质量好的琼脂糖是解决办法。
注意高浓度的胶可能使分子大小相近的DNA 带不易分辨，造成条带缺失现象。
适合的电泳缓冲液常用的缓冲液有TAE 和TBE，而TBE 比TAE 有着更好的缓冲能力。
电泳时使用新制的缓冲液可以明显提高电泳效果。
注意电泳缓冲液多次使用后，离子强度降低，PH 值上升，缓冲性能下降，可能使DNA 电泳产生条带模糊和不规则的DNA 带迁移的现象。
电泳的合适电压和温度电泳时电压不应该超过20V/cm，电泳温度应该低于30℃，对于巨大的DNA 电泳，温度应该低于15℃。
注意如果电泳时电压和温度过高，可能导致出现条带模糊和不规则的DNA 带迁移的现象。
特别是电压太大可能导致小片段跑出胶而出现缺带现象DNA 样品的纯度和状态注意样品中含盐量太高和含杂质蛋白均可以产生条带模糊和条带缺失的现象。
乙醇沉淀可以去除多余的盐，用酚可以去除蛋白。
汽车零部件电泳流程
汽车零部件电泳流程英文回答：The electrophoretic coating process for automotive components is a crucial step in ensuring their durability and corrosion resistance. This process involves several stages, including pretreatment, electrophoretic deposition, curing, and post-treatment.The pretreatment stage involves cleaning the components to remove any dirt, grease, or contaminants that may be present on the surface. This is typically done using a combination of chemical cleaning agents and mechanical methods such as scrubbing or blasting. The goal is to create a clean and smooth surface for the coating to adhere to.Once the components are clean, they are ready for the electrophoretic deposition stage. In this stage, the components are immersed in a tank filled with a liquidpaint or coating material. The components are connected to an electrical circuit, with the positive terminal connected to the components and the negative terminal connected to the tank. When an electric current is applied, the coating material migrates towards the components and forms a uniform film on their surfaces. This process is known as electrophoresis.After the electrophoretic deposition, the components are cured to ensure that the coating material hardens and forms a durable finish. This is typically done by heating the components to a specific temperature for a certain period of time. The curing process may also involve the use of ultraviolet (UV) light or other methods to accelerate the drying and hardening of the coating.Once the components are cured, they undergo post-treatment to further enhance their properties. This may involve additional coating layers, such as clear coats or protective films, to provide additional protection against corrosion, UV radiation, or other environmental factors. Post-treatment may also include surface polishing orbuffing to improve the aesthetics of the components.Overall, the electrophoretic coating process for automotive components is a complex and multi-step process that requires careful attention to detail and precision. It plays a crucial role in enhancing the durability and performance of automotive parts, ensuring their longevity and resistance to corrosion.中文回答：汽车零部件的电泳涂层工艺是确保其耐久性和防腐性的关键步骤。
电镀工艺英语
电镀工艺英语Electroplating ProcessElectroplating is a widely used industrial process that involves the deposition of a thin layer of metal onto the surface of an object. This process is employed in a variety of applications, ranging from decorative coatings to functional surface enhancements. The electroplating process is a complex and intricate procedure that requires careful attention to detail and precise control of various parameters.The fundamental principle behind electroplating is the use of an electric current to drive the deposition of metal ions from a solution onto the surface of the object being plated. This process is facilitated by the presence of an electrolyte solution, which contains the metal ions that will be deposited. The object to be plated, known as the cathode, is connected to the negative terminal of a power source, while the positive terminal is connected to an anode, which is typically made of the same metal that is being deposited.When an electric current is applied, the metal ions in the electrolyte solution are attracted to the negatively charged cathode, where theyare reduced and deposited onto the surface of the object. The thickness of the deposited metal layer is determined by the duration of the plating process and the strength of the electric current.The electroplating process typically involves several steps, each of which is crucial to the overall success of the operation. The first step is the preparation of the surface to be plated, which may involve cleaning, degreasing, and sometimes etching or other surface treatments to ensure proper adhesion of the deposited metal.Once the surface is prepared, the object is immersed in the electrolyte solution, which is typically a water-based solution containing the desired metal ions, as well as other additives such as brighteners, levelers, and wetting agents. These additives help to improve the quality and appearance of the plated surface.The next step is the actual plating process, where the electric current is applied, and the metal ions are deposited onto the surface of the object. The plating process can take anywhere from a few minutes to several hours, depending on the desired thickness of the deposited layer and the specific requirements of the application.After the plating process is complete, the object is removed from the electrolyte solution and rinsed thoroughly to remove any residual chemicals or contaminants. In some cases, additional post-platingtreatments, such as heat treatment or annealing, may be necessary to improve the properties of the deposited metal layer.One of the key advantages of electroplating is its versatility. The process can be used to deposit a wide range of metals, including gold, silver, copper, chrome, nickel, and zinc, among others. Each metal has its own unique properties and applications, making electroplating a valuable tool in a variety of industries.In the automotive industry, for example, electroplating is used to apply decorative chrome finishes to various components, such as bumpers, trim, and wheels. In the electronics industry, electroplating is used to deposit thin layers of copper or other metals on circuit boards, providing conductive pathways for electronic signals.In addition to its industrial applications, electroplating is also used in the manufacture of jewelry, where it is used to deposit thin layers of precious metals such as gold or silver onto less expensive base metals. This process allows for the creation of affordable, yet high-quality, jewelry pieces.Despite its widespread use, the electroplating process is not without its challenges. The handling and disposal of the hazardous chemicals used in the process, as well as the environmental impact of the process, are ongoing concerns that must be addressed by industryprofessionals. As a result, there is a growing emphasis on the development of more sustainable and eco-friendly electroplating techniques.In conclusion, the electroplating process is a complex and versatile industrial technique that plays a crucial role in a wide range of industries. By understanding the underlying principles and the various steps involved in the process, industry professionals can ensure the production of high-quality, durable, and aesthetically pleasing products that meet the demands of an ever-evolving marketplace.。
电镀专业术语中英文对照
电镀专业术语中英文对照1 大气暴露试验atmospheric corrosion test2 中性盐雾试验(NSS试验) neutral salt spray test(NSS-test)3 不连续水膜water break4 pH计 pH meter5 孔隙率 porosity6 内应力 internal stress7 电导仪 conductivity gauge8 库仑计(电量计) coulomb meter9 旋转圆盘电极 rotating disk electrode10 旋转环盘电极 rotating ring disk electrode11 针孔 pores12 铜加速盐雾试验(CASS试验) copper accelerated salt spray (CASS test )．13 参比电极 reference electrode14 甘汞电极 calomel electrode15 可焊性 solder ability16 硬度 hardness17 金属变色 tarnish18 点滴腐蚀试验 dropping corrosion test19 玻璃电极glass electode20 结合力 adhesion21 哈林槽 Haring cell22 恒电势法 potentiostatic method23 恒电流法 galvanostatic method24 交流电流法 a.c method25 树枝状结晶 trees26 脆性 brittleness27 起皮 peeling28 起泡 blister29 剥离 spalling30 桔皮 orange peel简单的电镀术语-中英对照/article/428110.html 镀(Plating)电镀(Electroplating)自催化镀(Auto-catalytic Plating)化学镀(Chemical Plating)无电镀(Electroless Plating)浸渍镀(Immersion Plating)阳极氧化(Anodizing)化学转化层(Chemical Conversion Coating)钢铁发蓝(Blackening)，俗称”发黑“钢铁磷化(Phosphating)铬酸盐处理(Chromating)金属染色(Metal Colouring)涂装(Paint Finishing)，包括各种涂装如手工涂装、静电涂装、电泳涂装等热浸镀(Hot dip)热浸镀锌(Galvanizing),俗称"铅水"热浸镀锡(Tinning)PVD 物理气相沈积法(Physical Vapor Deposition)真空镀(Vacuum Plating)离子镀(Ion Plating)CVD 化学气相沈积法(Chemical Vapor Deposition)电镀术语解释及英文名称 /article/3897/art_information.htmlABS塑料电镀 plastic plating processpH计 pH meter 测定溶液pH值的仪器。
详细解析加工工艺材料及中英文对照
铸件及产品表面处理工艺：压铸件：Die castingsZinc Die castings 电铸件：Electrical castings不锈钢铸件：stainless steel castings铸件表面处理Surface finish for the castings: 做黑：blacking镀锌：Zinc plating镀铬：chrome plating镀镍：nickel plating磨砂面处理：grit satin finishSatin finish titanium抛光处理：tumble bright手工拉丝(圆形拉丝，放射线拉丝, 对角线拉丝)：brushed metal surface/drawbench（circular metal brushed texture, radius metal brushed texture, diagonal metal brushed texture）Cell phone with brushed metal surface哑光面处理：hand dull polished finish镜面抛光处理：mirror polished finish金属孔：metallic holes氧化铬钝化处理：passivation treatment电抛光处理：electrolytic polished喷砂处理（玻璃砂，钢玉沙，石英砂）：sandblasting（glass bead blasting, corundum-sand blasting, quartz-sand blasting）Satin finished surfaceTPU或橡胶凹刻：TPU,rubber text intaglioCell phone TPU text intaglioCD纹样：CD patternCell phone navigation key used CD pattern镀枪色：gun color platinggun color plated真空镀：PVD vacuum plating(PVD: Physical vapor deposition)PVDtechnics UV coating+PVD technics紫外固化(增加表面耐磨层及使用寿命)：UV curingUV coating字符镭雕：Laser carving textSilicone rubber keypad numbers by laser carving technics 字符丝印：Silk-screen printingPhone text silkscreen printed一般电镀：electroplating effectsElectroplated mobile手机壳使用材料：ABS+PC（塑料）Zinc Alloy（锌合金），Aluminum Alloy（铝合金）ABS+PC Zinc AlloyAlumium Alloy按键材料: Keypad made of PC plasticPC plastic镜片屏幕材料：Lens, screen made of PMMA（亚克力），PVC plasticPMMA material Clear PVC FilmUSB软胶塞材料：USB stopper made of Rubber, TPUTPO material cover电镀可用在ABS和金属材料，真空镀可用在PMMA和任何材料上，真空镀价格相对便宜：Electroplating can be done by ABS and metal materials, PVD vaccum plating can be donw on any other materila such as PMMA亚克力，PVD plating cheaper不导电真空镀处理：Non conductive PVD vacuum platingNon conductive PVD plated注塑材料：injection molding plastic喷漆处理：paint sprayingPaint-spraying+UV coating模具蚀纹（手机壳花纹工艺）：in-mould metal etching techniqueComputer cover etching不锈钢拉丝电镀处理：stainless steel brushed surface by chrome plating阳极氧化处理：anodic oxidation treatmentAluminum Anoidc oxidation treatment on surface 表面电镀：surface electroplating电泳处理：Electrophoresis不导电真空溅镀工艺(和电镀效果一样都是在塑料表面镀金属色，但是有镜面效果非常亮)：Non conductive vacuum metallization technics(It is similar to electroplating effects, but colors can be mirror finish)PVD vacuum metallization不锈钢表面进行处理（表面本色白化处理，表面镜石光亮处，表面着色处理，光亮处理方法，喷砂处理法，机械抛光，化学抛光，电化学抛光）：Stainless steel surface treatment(color bleaching treatment, mirror finish treatment, sand blasting, mechanical polishing finish, chemical polishing finish, electrochemical polishing finish).Chemical polished喇叭网，布织网：Speaker mesh,netting双色注塑：two-color injection molding technics底面镀膜：underside coating with thin film钢板花纹镭雕：Steel sheet with laser engraving treatmentLaser Engraving texture部分纹理突起：Texture bump不锈钢冲压：Precision stainless steel stamping part.彩镀：color plating电池盖常用材料：battery cap made of aluminum alloy, ABS+PCAlumium Alloy cap表面腐蚀纹：Electrochemisty corrosion pattern finishLighter metal corrosion texture表面氧化处理：Surface oxidation treatment沙面处理：satin finish亮面处理：glossy finishHigh glossy finish car body with black paint spray+UV coating 哑光面处理：matte finish批花纹处理：radiation pattern功能键镀膜效果：function keys made of transparent PC with coating effect手机壳体分件：上壳：Front Housing壳上装饰件：cap decorative pieces中壳：middle cover后壳：Rear Housing按键：keypad天线：Antenna电池盖：battery cover侧按键：side function key导航键：navigation key功能键：function key喇叭孔：Mic振动器：Vibrater测试端口：Test port and 嗡鸣器：Buzzer常用材料及应用ABS：汽车（仪表板，工具舱门，车轮盖，反光镜，冰箱，大强度工具如头发烘干机，搅拌器，食品加工机，割草机，电话机壳体，打字机键盘，娱乐用车辆如高尔夫球手推车，喷气式雪橇车。
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频率
每批 每批 每批
管理方案
管理分担
发生情况时 措施事项
备 注
原材料检 测 1
1.2 1.3
原材料检验报告
退货及返检 与厂家沟通 电泳检验员 电泳检验 员 调整 调整 调整
◇ 2 ◇
坯料来料 检验 水洗 水洗槽
1.4 11.1 12.1
外观 槽液浓度 设备线速 线速控制 挂毛坯 槽液浓度 型号
目视 PH试纸
XX
工程编 工程流程图 工程名 号 SUB MAIN 外购
设备名
管理项目 NO 1.1 产品 包装状态 有效期 固体份 工程
特别 特性 规格 包装无破损,标识清晰 在规定的保质期内 乳液 ：固体份 （3436）% 色浆：固体份 （42不能有划伤、压痕、变形 、裂纹、锈蚀、老油等外 观不良
管理基准 确认方法 目视 目视 烘箱 容量 抽样 抽样 100ml
1次/班 电泳线数据检测 记录表 电泳线数据检测 记录表
12
◇ UF2(电泳 漆回收) 16.1 16.2 17.1 水洗2 ◇ ◇ 吹干 烘干固化 下挂 水洗槽 17.2 气枪 烘箱 挂具 18.1 23.1 24.1 21.1 21.2 检验 21.3 PH计 压力表 温控表 监视 目视 膜厚仪 200ml 全数 全数 全数 全数 5pcs 每批 每批 每批 1次/年
20件
每批
检验记录单
PH值：6-8 线速：350±50 上挂正确、不靠挂、不脱 落，每种产品对夹缝进行 吹气 PH值：6-8 色浆 ☆ 树脂
1秒/次 1次/4小时
每批 每批
电泳线前处理工 艺记录表 前处理员工 电泳线工艺记录 表 车间主任 上挂作业指导书 工人自检 电泳线前处理工 艺记录表 车间主任 加料记录
目测 目测
全数 全数
每批
送货单
库管员
每批
驾驶员
21
22
23 24
备注：★为关键特性，☆为重要特性。
企业名 :XXX有限公司
阶段 文件编号 部品名/品名 开始品 部件编号 / 产品编号 相互技能人 员 XXX XXX XXX
管理计划书(Control Plan A)
NO 编制 日期 2017.3.25 制作 审核 承认
制作部门
制作者/电话号码
开发部
XXX
改正日期 制作 决 审核 承认
Pre-Launch XXX 裁 量产品
电泳线数据检测 记录表 车间主任 电泳线数据检测 记录表 车间主任 电泳线数据检测 记录表 车间主任 委外检测
1次/班
鼓风干燥箱 50ml 、玻璃 200ml
1次/班
◇ 9
电泳
电泳槽
14.4
溶剂含量（%）：2-4
1次/2周
车间主任
◇ 9
电泳
电泳槽
14.6
电导率（us/cm):12001600
电导率仪
200ml
1次/班
电泳线数据检测 记录表
车间主任 电压/电流：130-170V/2- 电压表/电 10A 流表 ☆ 电导率（us/cm):11001400
电泳线数据检测 记录表
10
14.7
全数
1次/批
电泳工艺记录表
调整 车间主任
11 UF1(电泳 漆回收)
15.1
槽液浓度
电导率仪
200ml
1次/班
车间主任 15.2 PH值：5.6-5.8 电导率（us/cm):11001400 PH值：5.6-5.8 参数控制 电导率（us/cm):<50 PH值：5.6-6.5 压力：0.65Mpa 参数控制 卸成品 外观 膜厚仪 附着力 盐雾试验 数量及标 识 内包装 外包装 产品放置 产品标识 ☆ 温度℃：180-190 不掉落、擦伤、碰伤 无起泡、色差等缺陷 20-30um PH计 200ml
14
◇ ◇
检验员 检验员 化验员 包装统计员 遏制，挑选 、返工
15 ◇ 16 包装 17 ◇ 22.2 22.3 23.1 入库 18 ◇ 叉车 23.2 21.4 22.1
☆ 通过百格试验不脱落 ☆ 240小时无红锈 数量及标识正确 按客户要求,确保相互无 擦伤 包装箱任何部位不得有破 损,防止散落 产品摆放仓库时注意摆放 整齐及高度不超过4层 以产品标识卡标明产品件 号、数量、批号以防混淆
线速控制器 全数 气枪 PH试纸 监视 温控表 PH计 全数
3
◇
上挂
挂具 12.2
4 5 6 7 8
◇
水洗1
水洗槽
13.1
1秒/次 1次/4小时 全数 全数 50ml
1次/48小时 1次/班
车间主任
14.1 14.2 14.3
参数控制
温度℃：28±2 PH值：5.6-5.8 固体份（%）：14-17
百格试验仪 3pcs 盐雾试验箱 2pcs 目测 目测 目测 目测 目测 全数 全数 全数 全数 全数
工人自 下挂检验包装作 检，检验 业指导书 工人自 检，检验 库管员
流转卡
库管员
19 出货 20 ◇
发货 防护
24.1 24.2
按客户通知发货,品种和 数量应正确 装车应整齐稳固,确保安 全到达交付地
每批 每批 每批 每批 每批 4小时/次 2次/班
车间主任
槽液浓度
电导率仪 PH计 电导率仪
200ml 200ml 200ml
1次/班 1次/班 1次/班
车间主任
13
◇
电泳线数据检测 车间主任 记录表 电泳线数据检测 车间主任 记录表 电泳线数据检测 车间主任 记录表
工人自检
炉温温度检查记 锅炉工 录表 下挂检验包装作 工人自检 业指导书 检验员 车间检验员工 膜厚检验记录 成品检验记录 盐雾试验记录表 /盐雾试验报告 流转卡