跳至主要内容

Supply High Purity Polishing Alumina Powder Al2O3 Powder

Application of alumina powder:

As a polishing powder, this is an important application of nano alumina powder. It involves stainless steel mirror polishing, titanium metal polishing, cast iron polishing, aluminum mirror polishing, stone polishing, paint polishing, resin polishing, PCB polishing, glass polishing, optical glass, spectacle lens polishing, resin lens polishing, sapphire polishing, LED polishing, germanium Polishing, zinc polishing, etc.


Specification of alumina powder:

CAS No:1344-28-1 ENINEC No.:215-691-6

SAT NANO supply the nano aluminum oxide, alumina, al2o3 powder, 100nm, 200nm particle, 99.99% purity, white powder form.

It is widely used as polishing powder.



SAT NANO as one of the best supplier of Al2o3 aluminum oxide powder, we not only supply the powder but also supply the solution, please feel free to contact us at admin@satnano.com

评论

发表评论

此博客中的热门博文

Hot Sale Fluorescent Quantitative Detection System Real- time PCR with LCD display

  Introduction:  Real- time PCR  is used for sensitive, specific detection and quantification of nucleic acid targets. We have developed powerful assay design algorithms, optimized qPCR regent, intuitive data analysis software, and flexible instrumentation  to help harness the power of qPCR across a rich and diverse set of applications. Explore our robust solutions for your qPCR-based research.  Application:  It can be widely used for Infectious disease research, Food pathogen detection, Waterborne pathogen detection, Pharmaceutical analytics, Stem cell research, Pharmacogenomics research, Oncology and genetic disease research, Plant sciences and agricultural biotechnology.  Working Principle:   The temperature step change is controlled by the semiconductor peltier to realize PCR amp仙cation. Use high-sensitivity MPPC unit to detect fluorescence; Program control channel switching, non-contact excitation/detection on the top structure, coordinated w...
发表评论
阅读全文

Ultra-high density semiconductor type single-walled carbon nanotube horizontal array

ChinaPeking Universitycooperate with Chinese Academy of Sciencesto use ethanol / methanebychemical vapor deposition method to get ultrahigh-density semiconductor array level of  single-walled carbon nanotube . Nowadays, as electronic devices become smaller and smaller, silicon transistors have reached the bottleneck of their development. The horizontal array ofsingle-walled carbon nanotubesis regarded as the most powerful successor of future transistors due to its excellent performance. At present, obtaining high-purity, high-density horizontal arrays of single-walled carbon nanotubes is a major challenge for researchers. Although the direct formation of horizontal arrays ofsingle-walled carbon nanotubeson a substrate by chemical vapor deposition is an effective method for realizing high-performance electronic devices, conventional chemical vapor deposition is extremely active due to the generated methane plasma and ultra-high temperature hydrogen atoms....
发表评论
阅读全文

What is boron nitride coating and how to use it?

Product Characteristics Environment Friendly: Boron nitride is environmentally friendly, non-toxic, non-polluting Chemical Properties:  Strong non-stick properties in high temperature environment, stability in high temperature Physical Properties: Electrical insulator, low dielectric constant, good thermal conductivity and high lubricity Product Features: Special formula, water-based, easy to use, long-acting formula This type of coating is suitable for all kinds of release agents which need to be operated at high temperature (the product can withstand high temperature of 2800 C). For example, glass industry, metal welding industry, etc., can effectively lubricate and isolate the interface, which can make the processing more smoothly. Sintering of metal and ceramic powders is usually carried out on graphite plate. After coated with boron nitride coating on graphite, the pollution, reaction and bonding phenomena of carbon on sintered parts which may ...
发表评论
阅读全文