About   |   More   |   Search
ChemLin Logo

Beryllium sulfate

Properties, data and information sources.

 

Contents

Beryllium sulfate is an inorganic compound that is also chemically described as the beryllium salt of sulfuric acid.

 

Names and Identifiers

Name
Beryllium sulfate
Formula
BeO4S
BeSO4
Molar mass
105.068 (g/mol)
CAS registry number
13510-49-1
EC number EINECS
236-842-2
InChI Key
KQHXBDOEECKORE-UHFFFAOYSA-L

Systematic name
beryllium;sulfate

 

Chemical formulas

Molecular formula and structural formula of Beryllium sulfate:

 

Beryllium sulfate

 

BeO4S or BeSO4

Mr = 105.0682 g/mol

beryllium;sulfate
SMILES: [Be+2].[O-]S(=O)(=O)[O-]

 

Data and Properties

Pure beryllium sulfate exists as a white, odorless solid that crystallizes from water as beryllium sulfate tetrahydrate (BeSO4 × 4 H2O, CAS 7787-56-6). The tetrahydrate loses the water when heated and turns into the dihydrate at around 111.5 °C and into the monohydrate from 158 °C; Above 400 °C it is completely dehydrated to anhydrous beryllium sulfate.

melting point
1127 °C
boiling point
500 °C
density
2.44 g cm-3 at 20 °C
standard enthalpy of formation
-1205.2 kJ/mol at 25 °C
standard entropie
77.9 J/(mol K)
Gibbs free energy
-1093.8 kJ/mol
melting enthalpy
6 kJ/mol
heat capacity
85.7 J/(mol K)
magnetic susceptibility χ
-37 × 10-6 cm3 mol-1

 

Spectroscopic data:

SpectraBase (NMR, IR, FTIR, Raman, UV-Vis, MS ... spectra)
GLGKq3nRLGa

 

Percentage and isotopic composition:

Mass-related elemental composition and isotope proportions of the compound Beryllium sulfate - BeO4S - calculated based on molecular mass.

Symbol
Element E
Number x
of atoms Ex
Data of the element
and isotopes *
Percentages
of isotopes
Percentage of
Ex in formula mass
Be
Beryllium
1ΣAr = 9.0121831 u
9Be: 9.01218 u [100 %]
 
9Be: 8.57746 %
8.5775 %O
Oxygen
4 Ar = 15.999 u
ΣAr = 63.996 u
16O: 15.99491 u [99,757 %]
17O: 16.99913 u [0,03835 %]
18O: 17.99916 u [0,205 %]
 
16O: 60.76101 %
17O: 0.02336 %
18O: 0.12486 %
60.9090 %S
Sulfur
1ΣAr = 32.06 u
32S: 31.97207 u [94,954 %]
34S: 33.96787 u [4,365 %]
35S: 34.96903 u [<< 1 %]
36S: 35.96708 u [0,016 %]
33S: 32.97146 u [0,763 %]
 
32S: 28.97381 %
34S: 1.33192 %
35S: trace
36S: 0.00488 %
33S: 0.23282 %
30.5135 %

*) The third column lists the atomic masses or isotope masses of the elements involved and - in square brackets - the natural isotope composition.

 

More calculated data

The molar mass is M = 105.0681831 grams per mole.

The amount of substance in one kilogram of the substance is n = 9.518 mol.

The amount of substance in one gram of the substance is n = 0.01 mol.

Monoisotopic mass: 104.9639126995 Da - related to 9Be16O432S.

 

Hazard warnings according to GHS

(General information without guarantee of accuracy and completeness! The information does not replace the chemical safety data sheet or a risk assessment, but rather provides a general overview of the risk posed by the hazardous substance.

Signal word: Danger

GHS hazard statements (H phrases):


H301
Toxic if swallowed

H315
Causes skin irritation

H317
May cause an allergic skin reaction

H319
Causes serious eye irritation

H330
Fatal if inhaled

H335
May cause respiratory irritation

H350
May cause cancer

H372
Causes damage to organs through prolonged or repeated exposure

H411
Toxic to aquatic life with long lasting effects

LD50 (rat, oral): 82 mg/kg.


Labeling in the EU: See ECHA Substance Infocard 100.033.478.

WHO IARC group 1: Carcinogenic to humans See there under monograph Sup 7, 58, 100C, (2012).

International Chemical Safety Card ICSC (SDS, MSDS): See ICSC: 1351.

 

External Sources

PubChem:ID 26077ChemSpider:ID 24291UNII of the FDA (USA):Unique Ingredient Identifier 01UQ1KPC7EEPA CompTox Chemicals Dashboard:DTXSID0020159NCI Thesaurus:C45881 (active ingredient description)

 

Manufacturers and Sources of Supply

The table below lists producers and suppliers of Beryllium sulfate as a commercial chemical for laboratories, research, industry and production with the corresponding contact details.

 


More Chemistry

isotopes

Social Media

Facebook

LinkedIn

Twitter


Last update: 2023-12-06


© 1996 - 2026 ChemLin