CERAMICS-AEium
- Name CERAMICS-AEium
- CAS 7440-45-1
- Purity 99%
Product Details
Reputable factory supply CERAMICS-AEium 7440-45-1 in stock with high standard
- Molecular Formula: Ce
- Molecular Weight: 140.12
- Appearance/Colour: gray colored, ductile solid
- Melting Point: 795 °C(lit.)
- Boiling Point: 3443 °C(lit.)
- PSA： 0.00000
- Density: 6.67 g/mL at 25 °C(lit.)
- LogP: 0.00000
CERAMICS-AEium(Cas 7440-45-1) Usage
|
General Description |
CERAMICS-AEium is a chemical compound used in the production of ceramics. It is an aluminum oxide-based material that is known for its high strength, durability, and resistance to wear and corrosion. CERAMICS-AEium is commonly used as a ceramic coating for industrial applications, such as in the manufacturing of cutting tools, engine components, and wear-resistant parts. Its unique properties make it an ideal choice for harsh environments and high-temperature applications, where traditional metals or plastics may not be suitable. Additionally, CERAMICS-AEium has excellent electrical insulation properties, making it ideal for use in electronic and semiconductor applications. |
InChI:InChI=1/Ce
7440-45-1 Relevant articles
Study of the effect of cerium nitrate on AA2024-T3 by means of electrochemical micro-cell technique
Paussa,Andreatta,Rosero Navarro,Durán,Fedrizzi
, p. 25 - 33 (2012)
This work evaluates the effect of cerium...
Cerium deposition on aluminum alloy 2024-T3 in acidic NaCl solutions
Kolics,Besing,Baradlai,Wieckowski
, p. B512-B516 (2003)
We analyzed the interaction of cerium io...
Mechanism of coke formation caused by catalytic nanochromium carbide particles from decomposition of CeCrO3
Li, Hao,Cui, Xinwei,Chen, Weixing
, p. 2578 - 2584 (2011)
Ce or CeO2 is often added to Fe-Cr-Ni ba...
8Beta-substituted-11-beta-pentyl-and 11-beta-hexyl-estra-1,3,5(10)-triene derivatives
-
, (2008/06/13)
This invention describes the new 8β-subs...
Preparation of lanthanum and cerium metals by hydrometallurgy
Hasegawa,Sano,Aoshima,Shiokawa
, p. 246 - 249 (2008/10/08)
Lanthanum and cerium metals were prepare...
7440-45-1 Process route
-
-
7758-88-5
cerium(III) fluoride
-
-
7429-90-5
aluminium
-
-
7440-45-1
cerium
-
-
7784-18-1
aluminum(III) fluoride
| Conditions | Yield |
|---|---|
|
In
melt;
heating Al in a melt of CeF3 to 1000°C, react. stops when Al contents 1.5% Ce;;
|
-
-
7758-88-5
cerium(III) fluoride
-
-
7440-45-1
cerium
| Conditions | Yield |
|---|---|
|
With
calcium;
In
neat (no solvent);
start of react. at 400°C, in presence of I2;; contaminations in wt.-%: 1-5 Ca, 0.1-1Mg, removal by distn. in vac.;;
|
93%
|
|
With
Ca;
In
neat (no solvent);
start of react. at 400°C, in presence of I2;; contaminations in wt.-%: 1-5 Ca, 0.1-1Mg, removal by distn. in vac.;;
|
93%
|
|
With
lithium;
In
neat (no solvent);
byproducts: LiF; in presence of I2; 78.17g CeF3, 9.6g Li, 20g subl. I2, under Ar, react. in a furnace of 1280°C, heating to 1100-1150°C after end of react. (40min); investigation of different vessel-materials;;
|
50-95
|
|
With
C or Si;
In
neat (no solvent);
byproducts: Ce-silicides or Ce-carbides;
|
0%
|
|
With
calcium;
In
neat (no solvent);
booster: I2;;
|
|
|
With
calcium;
In
neat (no solvent);
in presence of I2, I2:CeF3=1:2 to 1:1;;
|
90-95
|
|
With
lithium;
In
neat (no solvent);
in presence of I2, start of react. at 1300°C;; purity 99.92-99.93% using a mixture of 110g CeF3, 20g I2 and 14.1g Li;;
|
|
|
With
lithium;
In
neat (no solvent);
reduction in a closed tube at 600°C;; purity 99.93%;;
|
|
|
With
lithium;
In
neat (no solvent);
start of react. at 600°C;; purity 99.3 %, contaminations in wt.-%: 0.06 Mo, 0.01-0.03Fe;;
|
|
|
With
Mg or Ca;
In
neat (no solvent);
reduction of water-free CeF3, formation of Mg- or Ca-alloys;;
|
|
|
In
gas;
electric discharge in presence of H2;; intermediate formation of CeF indicated by MS-measurements;;
|
|
|
With
K or Na or Ca or Mg or Al;
In
neat (no solvent);
calculation of react.-enthalpy at 25°C;;
|
|
|
With
Li or Na or Ca or Ba;
In
neat (no solvent);
reduction at higher temp.;;
|
|
|
In
gas;
electric discharge in presence of He or N2; only small amounts of Ce are obtained;
|
|
|
With
Ca;
In
neat (no solvent);
in presence of I2, I2:CeF3=1:2 to 1:1;;
|
90-95
|
|
With
C or Si;
In
neat (no solvent);
byproducts: Ce-silicides or Ce-carbides;
|
0%
|
|
With
Ca;
In
neat (no solvent);
booster: I2;;
|
|
|
With
Li;
In
neat (no solvent);
byproducts: LiF; in presence of I2; 78.17g CeF3, 9.6g Li, 20g subl. I2, under Ar, react. in a furnace of 1280°C, heating to 1100-1150°C after end of react. (40min); investigation of different vessel-materials;;
|
50-95
|
|
With
Li;
In
neat (no solvent);
in presence of I2, start of react. at 1300°C;; purity 99.92-99.93% using a mixture of 110g CeF3, 20g I2 and 14.1g Li;;
|
|
|
With
Li;
In
neat (no solvent);
start of react. at 600°C;; purity 99.3 %, contaminations in wt.-%: 0.06 Mo, 0.01-0.03Fe;;
|
|
|
With
Mg or Ca;
In
neat (no solvent);
reduction of water-free CeF3, formation of Mg- or Ca-alloys;;
|
|
|
|
7440-45-1 Upstream products
-
7439-95-4
magnesium
-
7440-02-0
nickel
-
7758-88-5
cerium(III) fluoride
-
7429-90-5
aluminium
7440-45-1 Downstream products
-
154343-46-1
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-
115-86-6
phosphoric acid triphenyl ester
-
136-53-8
zinc 2-ethylhexanoate
-
14390-89-7
beryllium
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