纳米无机颜料之陶瓷喷墨超细纳米研磨技术交流  

Nano Powder of Puhler Nano grdingin Tech Communion

作　　者：雷立猛 

机构地区：[1]德国派勒国际控股集团有限公司广州派勒机械设备有限公司,广州528000

出　　处：《陶瓷》2012年第15期29-33,共5页Ceramics

摘　　要：纳米科技是21世纪科技发展的重要技术领域,它将创造一次新的技术创新及产业革命。纳米科技应用领域广阔,遍及电子产业、光电产业、医药生化产业、化纤产业、建材产业、金属产业、基础产业、喷绘油墨、芯片抛光液、电子陶瓷、细胞破碎、化妆品、药品、纺织品、喷墨墨水、生物制药、金属纳米材料等领域,其应用领域所需要用的材料均为次微米或纳米级细度的材料。如何得到纳米级粉体及如何将纳米级材料分散到其最终产品已成为目前行业共同的研究课题。笔者将针对如何制得纳米粉体研磨和纳米材料分散到其最终产品技术作一详细探讨。Nanometer technology is that the important technology field,nanometer technology that this century science and technology develops will create another wave technological innovation and Industrial Revolution. Ifs the electrpm, photoelectricity,Jet--Ink, CMP, MLCC, Cell-- Disruption, Cosmetic, Pharmacology, Textile, Printing ink, Biotechnology, Nanosize materials. What be needed to use ma- terial is material of grade--second microns or nanometer dimension without exception. How to get the nanometer level powder body and how nanometer level material is dispersed already having become to whose end item producing. With experiencing and observing a lap specifically for how to being accepted ground rice and how nanometer material being dispersed to whose end item, the technology gives the main body of a book adding investigation and discussion in details.

关 键 词：研磨 分散 比能量 研磨介质 派勒PHN超细纳米研磨机 

分 类 号：TQ174[化学工程—陶瓷工业]