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Beryllium carbide

CAS No.
506-66-1
Chemical Name:
Beryllium carbide
Synonyms
Einecs 208-050-7;beryllium carbide;beryllium acetylide;Beryllium dicarbide;1,3-Diberyllapropadiene;Beryllium carbide (be2C);Methanetetrayldiberyllium
CBNumber:
CB1920170
Molecular Formula:
C2Be
Molecular Weight:
33.033582
MDL Number:
MOL File:
506-66-1.mol
Last updated:2024-04-01 17:00:18

Beryllium carbide Properties

Melting point decomposes at >2100℃ [MER06]
Density 1.90
solubility reacts with H2O
form red cubic crystals
color red cubic crystals, crystalline
Water Solubility decomposed very slowly by H2O; hydrolysis yields methane and beryllium hydroxide [KIR78] [MER06]
Crystal Structure Cubic
CAS DataBase Reference 506-66-1
FDA UNII F5D2F26ONX
EPA Substance Registry System Beryllium carbide (Be2C) (506-66-1)

SAFETY

Risk and Safety Statements

RIDADR  1566
HazardClass  6.1(b)
PackingGroup  III

Beryllium carbide price

Manufacturer Product number Product description CAS number Packaging Price Updated Buy
American Custom Chemicals Corporation ING0011088 BERYLLIUM CARBIDE 95.00% 506-66-1 5MG $503.69 2021-12-16 Buy
Product number Packaging Price Buy
ING0011088 5MG $503.69 Buy

Beryllium carbide Chemical Properties,Uses,Production

Chemical Properties

Red cubic crystal; hard and refractory; density 1.90 g/cm3; decomposes when heated above 2,100°C; reacts with water.

Physical properties

Brick-red or yellowish-red octahedra. Uses: Nuclear reactor cores.

Uses

Beryllium acetylide is used in a nuclear reactor as core material,Nuclear reactor core material: Schwartz.

Uses

Nuclear reactor core material: Schwartz, US 3170812 (1965 to USAEC).

Uses

Beryllium carbide (Be2C) is used for the cores in nuclear reactors.

Preparation

Beryllium carbide is prepared by heating the elements beryllium and carbon at elevated temperatures (above 900°C). It also may be prepared by reduction of beryllium oxide with carbon at a temperature above 1,500°C:
2BeO + 3C → (1500℃)→ Be2C + 2CO
Beryllium carbide decomposes very slowly in water:
Be2C + 2H2O → 2BeO + CH4
The rate of decomposition is faster in mineral acids with evolution of methane. However, in hot concentrated alkalies the reaction is very rapid, forming alkali metal beryllate and methane:
Be2C + 4NaOH → 2Na2BeO2 + CH4

Beryllium carbide Preparation Products And Raw materials

Raw materials

Preparation Products

Global( 1)Suppliers
Supplier Tel Email Country ProdList Advantage
Shaanxi Didu New Materials Co. Ltd
+86-89586680 +86-13289823923 1026@dideu.com China 9020 58
Supplier Advantage
Shaanxi Didu New Materials Co. Ltd
58

Related articles

beryllium acetylide beryllium carbide 1,3-Diberyllapropadiene Methanetetrayldiberyllium Beryllium carbide (be2C) Einecs 208-050-7 Beryllium dicarbide 506-66-1 CBe2