Welcome to the website of Baotou lichen tech.Ltd. Hot search:Cerium based polishing powder, cerium based polishing slurry, rare earth polishing material
- Warm congratulations on the establishment of Lichen technology website!
- Congratulations to Baotou lichen tech.Ltd. on its website!
- Introduction to preparation of ceria polishing powder.
- What are the product polishing slurry?
- What material is used for polishing automobile glass? Is ceria polishing powder OK?
- Cerium based polishing powder
- Cerium based polishing slurry
- Cerium based polishing material
- Rare earth polishing material,cerium oxide polishing powder
- Cerium oxide polishing slurry
- Rare earth polishing slurry,rare earth polishing powder
- Cerium oxide rare earth polishing powder
- Cerium oxide rare earth polishing slurry
- Baotou lichen tech.Ltd.
- Tel:13848523690
- Email:kjlichen@163.com
- Address:South of MaoYuan East Road and east of Shuguang Road,rare earth application Park,rare earth high tech Zone,Baotou,Inner Mongolia
What are the production methods of ceria polishing slurry?
source：www.lianj.cn | Release time：2022年04月02日the production methods of ceria polishing slurry include slurry phase method, precipitation method, hydrothermal method, etc. next, the small editor of rare earth polishing powder manufacturer will introduce in detail:
slurry phase method.
compared with solid-phase method and gas-phase method, slurry-phase method has the advantages of less strict physical conditions, convenient operation and particle control, so it has been studied. At present, there are precipitation methods, sol-gel method, hydrothermal method and microemulsion method for preparing nano dioxide dioxide by slurry phase method.
precipitation method is used to synthesize high-purity nanoparticles by slurry-phase chemistry. It is a typical slurry phase method, mainly including direct precipitation, homogeneous precipitation, coprecipitation and so on. There are many reports on the preparation of nano-sized oxide caves.
in the precipitation method, the key problem of synthesis is to inhibit the agglomeration of particles. For example, Ce (NO3) 3 is precipitated with ammonia and then frozen with slurry nitrogen. After dehydration twice at room temperature, nano-sized oxide cave powder with average particle size of 7Nm and specific surface area of 89m2 / G can be obtained.
hydrothermal method.
hydrothermal method is to create a high-temperature and high-pressure reaction environment by heating the high-pressure reactor with water as the medium in a special high-pressure reactor, so that insoluble or insoluble substances can be dissolved and recrystallized. Hydrothermal synthesis has been used to prepare rare earth oxide nano powder.
for example, y2o3-ceo2-zro2 powder with an average particle size of about 10 nm can be heated with ethanol water and then heated with water. Narrow particle size distribution and good dispersion.
* Disclaimer: the reprinted contents are from the Internet. If you have any objection, please contact me in time and I will delete them.
prev:
Preparation of ceria polishing powder.
next:
Preparation of cerium oxide polishing powder by g…
【Related articles】
Scan and add wechat
www.lianj.cn Baotou lichen tech.Ltd.
Record number：蒙ICP備2022000493號-1
Copyright notice: the content published on this website shall not be downloaded, reproduced or mirrored without the permission of this website and the author himself. Anyone who violates this website will be investigated for legal responsibility.
Some of the words and pictures used in this website come from the public network or material website. All the pictures and pictures that are not signed are in the original condition, but the author can inform and claim them after finding them. We will still sign them in time or deal with them according to the author's own wishes. If we fail to contact this website in time, this website will not bear any responsibility.
Some of the words and pictures used in this website come from the public network or material website. All the pictures and pictures that are not signed are in the original condition, but the author can inform and claim them after finding them. We will still sign them in time or deal with them according to the author's own wishes. If we fail to contact this website in time, this website will not bear any responsibility.
+
WeChat ID:13848523690
WeChat ID:13848523690
Home
Add WeChat
Contact us
Telephone