IC散热片导热双面胶

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IC散热片导热双面胶

IC散热片导热双面胶，在高科技不断研发生产的今天，导热材料的行业也在萌发中，导热双面胶起着很大的核心做用.由于一般的导热材料难于对电子重要部位起着既导热又有很好粘性的作用，导热双面胶完全解决了这个问题；特别是在电子、LED照明行业与LED电视领域中起到了重大的作用。
IC散热片导热双面胶多少钱_厂家IC散热片导热双面胶在IC 散热片固定的领域是有效方法，用于粘接散热片和芯片的双面贴， LED使用更为便捷，把LED与散热铝之间贴上导热双面胶，在用一点力按即可；导热效果比一般的导热胶效果显著。本产品也可用于需要导热的其他装置的粘接，取代了用螺丝固定，可以达到有效的散热。一般粘接其他散热片与发热设备的用法都很便捷，将导热双面贴置于发热片与散热片之间，加力压紧，散热片即被牢牢固定在发热片上，使用简单便捷，利于提高生产效率。其散热效果比一般的散热贴纸效果明显，大大提升了元件的寿命，是一些且需导热的电子产品的。
所谓导导热胶带，就是把能导电的介质做成导电的带状产品，简称“导电胶带”其中又以宽度博大代理的3M导热胶带为有名. 　　昆山市博大胶粘制品有限公司作为3M合作伙伴，全面代理3M异方性导电胶膜、ACF、异方性导电胶带、ACF胶带。 　　同时代理3M光学透明胶带、各种胶带、胶粘剂、绝缘粉末、氟材料等；Uninwell导电银胶、导电银浆、贴片红胶、底部填充胶、TUFFY胶、LCM密封胶、UV胶、异方性导电胶ACP、太阳能电池导电浆料等系列电子胶粘剂。可以为触摸屏行业、太阳能电池行业、RFID射频识别、LED行业、EL冷光片行业、LCM行业、集成电路封装等提供整合的解决方案。 　　为了更好的为尊崇的您提供服务，公司在深圳、北京、成都、苏州等地有设有分支机构。
3M9713,3M9712,3M9707,3M9713,3M9705,3M9703,3M9708,3M9709,3M1361B,3M5430,3M1353,
3M9709S,3M9709SL,3M9719,3M7303,3M7805,3M7810,3MTM810,3MTM805,3MTM815,3M8915,3M9890,3M9096,3M9696,3M9583H,3M3922,3M5557,3M5314,3M5461,3M5425,3MAB5010,3MAB9020,3MAB5030,3M1360NH,3MKCD-163,3M4187C,3M4320-25,3MCN4950D,3M4591HM,3M4644,3M4650G,3M4711
3M4950,3M5430,3M5480,3M7830N,3M9137HT,3M9099,3M9252,3M9253,3M9293,3M9294,3M9294BK
3M5413,3M5386,3M4655,3M9605,3M4646,3M4634,3M4633,3M4625,3MY-4625,3M4620,3MY-4615F,3M4613,3M920XL,3M8153LE,3M8132LE,3M7965MP,3M7961MP,3M7952MP,
3M7953MP,3M7955MP,3M7945MP,3M7957MP,3M7959MP,3M7956MP,3M7952,3M7875,3M7872,3M7871,3M7830,3M7818,3M7816,3M7815,3M7812,3M4229P,3MCN3190,3MCN3490
3M4390,3MCP5008,3M4490,3M4905,3M4910,3M4910P,3M4913,3M4914,3M4920,3M4920P,3M4926,3M4929,3M4930,3M4932,3M4936,3M4941,3M4492B,3M4945,3M9882,3M9885,3M615,3M615S,3M615ST,3M5590H,3M9888T,3M9828,3M9795B,3M9795,3M9786,3M9690W,3M9690B,3M9672LE,3M9672,3M9671LE,3M9671,3M9653LE,3M9500PC,3M9500B
3M9495B,3M9495MP,3M9495LE,3M9493LE,3M9492MP,3M9490LE,3M9482PC,3M9485PC,3M9483,3M9475LE,3M9475LEB,3M9472LE,3M9472,3M9471LE,3M9471,3M,F9473PC,3M4673M9465PC,3M9458,3M9453LE,3M9425PC,3M9425HT,3M9415PC,3M9448HK,3M9448,3M9448B,3M9080,3M9087,3M9079,3M9077,3M9075,3M9070,3M9039,3M9019,3M9009,3M4683M2815,3M1181,3M9060S-05,3M668,3M4016,3M4008,3M4004,3M4658F,3M4408,3M4611,3M4609,3M4608,3M4604,3M4516,3M4218P,3M4215,3M42113M4116,3M4212,3M4213,3M4240,3M4032,3M4026,3M4008,3M4432,3M8141,3M8142,3M8142ACL,3N8212,3M8172,3M8915,3M4946,3M4949,3M4950,3MCN4950D,3M4951,3M9503M4952,3M4955,3M4956,3M4959,3M4646F,3M4947F,3M4965,3M4979F,3M4991,3M9073,3M468MP,3M467MP,3M966,3M9461P,3M950,3M5952,3M5962,3M5344,3M5925,3M5925,3M410B,3M8153LE,3M444,3M411DL,3M411JS,3M442KW,3M422PC,3M443PC,3M4591HL,3M4591HM,3M4597-30,3M4597FL,3M465XL,3M467MPF,3M468MPF,3M476XL,3M5173-65
3M5970P,3M6032PC,3M6032PL,3M6035PC,3M6035PC,3M6035PL,3M6038PC,3M6038PL,3M7945MP,3M7951MP,3M7952MP,3M7953MP,3M7955MP,3M7956MP,3M7957MP,3M7959MP
3M7961MP,3M7962MP,3M7965MP,3M7968MP,3M7972MP,3M7976MP,3M7991MPW,3M7992MP,3M7993MP,3M7995MP,3M7997MP,3M8132LE,3M8153LE,3M9019HL,3M9045MP,
3M9056MP,3M9057MP,3M9457,3M9498,3M9502,3M9505,3M9552,3M9557,3M9559,3M9561,3M9563,3M9567,3M9568,3M9570,3M9571,3M9572,3M9576,3M9579,3M9589,3M9605,3M9609,3M9692,3M9695,3M9770,3M9774,3M9786,3M9799,3M9824,3M9832,3M9851,3M9869,3M9870,3M9871,3M9887,3M9887HT,3M55230,3M55231,3M55235,3M55256
3M55257,3M55258,3M55260,3M55261,3M55262,3M55280,3M401B,3M410M,3M941,3M950,3M964,3M966,3M1115,3M1015,3M4309,3M4354,3M4357,3M4358,3M4377-50
　　其异方性导电胶膜型号包括有：9713、9703、9705、9708、9709、9709SL、7303、5303、7393、7379、7371、7376、7378、8794、5363、7313、7396、5552R等新型号的 ACF导电胶膜、异方性导电胶膜、异方性导电胶带、ACF胶带。 　　其中7303、5363用于软板连接到PCB上，及电极与电线间的连接，主要是手机、数码相机、笔记本等数码产品装配用，用于替代锡焊和连接器等； 　　7379为FOG的LCM模组，用良好的粘结和导通性； 　　9713、9703、9705用于柔性线路板、印刷线路板、EMI/RFI罩与垫片的连接、粘结接地。 　　异方性导电膜采用的树脂及导电粒子合成而成，主要用于连接二种不同基材和线路，需要上下(Z轴)电气导通，左右平面(X,Y轴)绝缘的特性，并且可以同时提供优良的防湿、接着、导电及绝缘功用。 　　3M-9703(Z轴异向导电胶带,厚度:0.05mm)／9713(XYZ轴全向导电胶带,厚度:0.08mm)导电薄膜，具有良好的机械性能、导电性及环境稳定性等要求． 　　1 在将EMI电磁屏障粘贴与电子元件上3M-9713(XYZ轴导电薄膜)使用创新的导电纤维,以提供高粘性及更好的导电性质; 　　2 在软性线路板上的连结上,3M-9703(Z轴异向导电薄膜)让电流仅在垂直厚度方向中导通; 　　3 在连结软性电路板到液晶面板、印刷电路板或者其他种类的软性电路板,使用3M-9703(Z轴异向导电薄膜)胶带,可减少成本、材料及无需焊接的特点. 　　4 分为Z-Axis及XYZ-Axis两大类，前者适用于柔性线路板与硬质线路板，ITO玻璃等连接导通；后者广泛适用于抗，具有比金属更良好的导电性能及易于加工，操作。9703/7303/5303导电胶带： 　　Z-Axis，适用于柔性线路板与硬质线路板，ITO玻璃等连接导通。 　　5 9713 XYZ-Axis， 广泛适用于抗，具有比金属更良好的导电性能及易于加工，操作。