Reliable Supplier 6n Nano Aluminum Oxide - 5N 99.999% high purity aluminum hydroxide – Zhanchi

product

Reliable Supplier 6n Nano Aluminum Oxide - 5N 99.999% high purity aluminum hydroxide – Zhanchi

Short Description:


Product Detail

Product Tags

Related Video

Feedback (2)

Dedicated to strict high-quality management and considerate shopper company, our experienced team associates are normally available to discuss your requirements and ensure full shopper gratification for Aluminum Oxide Factory, Cas No.: 21645-51-2, Alumina Oxide Price List, We welcome new and old customers to contact us by phone or send us inquiries by mail for future business relationships and achieving mutual success.
Reliable Supplier 6n Nano Aluminum Oxide - 5N 99.999% high purity aluminum hydroxide – Zhanchi Detail:

Aluminum hydroxide is an inorganic substance. The chemical formula Al (OH) 3 is the hydroxide of aluminum. Aluminum hydroxide can react with acid to form salt and water, and can react with strong alkali to form salt and water. Therefore, it is an amphoteric hydroxide. Because it is also acidic, it can also be called aluminic acid (h3alo3). However, tetrahydroxyaluminate ([al (OH) 4] -) is actually generated when reacting with alkali. Therefore, it is usually regarded as metaaluminic acid monohydrate (halo2 · H2O), which can be divided into industrial grade and pharmaceutical grade according to its use.

Through the strict control of raw materials and production process, our company 5N 99.999% high purity aluminum hydroxide powder has high purity and good product stability

4N 99.99% and 5N 99.999% high purity aluminum hydroxide

Type

CX100A

CX100

Al2O3 Content

%

≥99.99%

≥99.999%

Phase state

Al2O3·nH2O (n=0.2-3)

Al2O3·nH2O (n=0.2-3)

Appearance

White powder

White powder

Na

ppm

≤10

≤2

Fe

ppm

≤10

≤2

Ca

ppm

≤2

≤1

Si

ppm

≤10

≤2

Cu

ppm

≤2

≤1

Mg

ppm

≤2

≤1

Ti

ppm

≤2

≤1

Cr

ppm

≤2

≤1

D50(Size)

um

10-30

10-30

Apparent Density

g/cm3

0.3-0.5

0.3-0.5

Specific Surface Area

m2/g

≥180

≥180

Sintered Density

g/cm3

5N 99.999% high purity aluminum hydroxide powder is the most widely used inorganic flame retardant additive. As a flame retardant, aluminum hydroxide can not only be flame retardant, but also prevent smoking, no dripping and no toxic gas. Therefore, it has been widely used, and its use is increasing year by year. Scope of application: thermosetting plastics, thermoplastics, synthetic rubber, coatings, building materials and other industries. At the same time, aluminum hydroxide is also the basic raw material of aluminum fluoride necessary for electrolytic aluminum industry, and aluminum hydroxide is also widely used in this industry

We also have other type 4N and 5N high purity aluminum hydroxide powder, contact with us for OEM 


Product detail pictures:

Reliable Supplier 6n Nano Aluminum Oxide - 5N 99.999% high purity aluminum hydroxide – Zhanchi detail pictures

Reliable Supplier 6n Nano Aluminum Oxide - 5N 99.999% high purity aluminum hydroxide – Zhanchi detail pictures


Related Product Guide:

Our goods are broadly recognized and reliable by users and can meet consistently switching financial and social demands of Reliable Supplier 6n Nano Aluminum Oxide - 5N 99.999% high purity aluminum hydroxide – Zhanchi , The product will supply to all over the world, such as: Portugal, Wellington, Sacramento, We confirm to public, cooperation, win-win situation as our principle, adhere to the philosophy of make a living by quality, keep developing by honesty , sincerely hope to build up a good relationship with more and more customers and friends, to achieve a win-win situation and common prosperity.
This is a honest and trustworthy company, technology and equipment are very advanced and the prodduct is very adequate, there is no worry in the suppliment.
5 Stars By Beatrice from Mombasa - 2018.12.30 10:21
Hope that the company could stick to the enterprise spirit of "Quality, Efficiency, Innovation and Integrity", it will be better and better in the future.
5 Stars By Jonathan from kazan - 2017.07.28 15:46
Write your message here and send it to us