网络免洗锡膏 网络释义 1. 免洗锡膏 现在业界中常常使用的是免洗锡膏(No Clean Solder Paste),也就是说松香残留物在回流后不用清洗去,但是前提条件是这些残 … blogs.indium.com|基于6个网页 例句 释义: 全部,免洗锡膏
SynTECH™ No-Clean Solder PasteAMTECH
Ideal for demanding applications such as automotive, LED, and EMS assemblies, M8 solder paste provides high transfer efficiency, reduced voiding, and high SIR.
Type: No-clean solder paste Weight: 700g, 6-in cartridge Alloy Composition: Sn63/Pb37 (63% Tin / 37% Lead) Special Features: Minimal non-corrosive residue Storage Requirements: Refrigerate at 0-10°C (32-50°F) Alpha Product Number: 143390 California Proposition 65 Quantity Decrease quan...
NC257MD no clean solder paste is developed for Mycronic jet printers, providing powerful wetting, long tack life, reduced voiding, and minimal residues.
用于铋合金的焊膏可将峰值回流温度降至170°c - 175°c (340°f - 350°f)。当温度敏感性至关重要时,aim 的 nc273lt锡 膏与铋合金相结合可以提供创新的解决方案。 Aim solder paste NC273LT no clean 展开全文 精细化学品 »其他助剂 » 上海其他助剂 ...
No Clean Sn60pb40 Leaded Tin Lead Solder Paste 40 60 for SMD We produce differenty types of solder paste: Lead Free Solder Paste: Sn96.5Ag3.0Cu0.5, Sn99Ag0.3Cu0.7, Sn42Bi58 etc Leaded Solder Paste: Sn63Pb37, Sn60Pb40, Sn50Pb50 etc Applications of...
suitability for multiple PCB reflow makes it an ideal choice for repairing and reworking various electronic devices. The solder paste's no-clean and lead-free properties make it an environmentally friendly option, ensuring that your workspace remains clean and safe. **Convenience and Efficiency for ...
Our Low-Temperature, No-Clean Solder Paste uses the alloy Sn42/Bi57/Ag1, which exhibits the known low temperature abilities of more traditional tin-bismuth alloys. The addition of silver adds strength to the alloy, all the while mitigating one of the drawbacks to the more traditional tin-...
As originally published in the SMTA Proceedings ROBUST SMT NO-CLEAN SOLDER PASTE FOR SIP AND 01005 ASSEMBLY Ning-Cheng Lee Indium Corporation nclee@indium.com ABSTRACT For SiP or SMT assembly process, solder paste has been the choice of primary soldering material. In the meantime, miniaturization...