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Please be aware that this old REACH registration data factsheet is no longer maintained; it remains frozen as of 19th May 2023.

The new ECHA CHEM database has been released by ECHA, and it now contains all REACH registration data. There are more details on the transition of ECHA's published data to ECHA CHEM here.

Diss Factsheets

Manufacture, use & exposure

Article service life

Service life

Service life name:
Service life – Exposure scenario SL
Reference
Name:
Cerium gadolinium oxide
Type of composition:
legal entity composition of the substance
State / form:
solid: nanoform
Related composition:
Cerium gadolinium oxide
Reference substance:
Cerium gadolinium oxide
Reference substance:
Cerium gadolinium oxide
Type of information reported:
single nanoform
Name of nanoform:
Spheroidal crystalline cerium gadolinium oxide
Shape category:
spheroidal
Shape:
other: See Remarks below
Pure shape:
yes
Typical composition:
ca. 100 %
Range:
ca. 100 %
Shape category:
spheroidal
Percentile:
D10
Typical value:
ca. 25 nm
Range:
>= 15 - <= 50 nm
Percentile:
D50
Typical value:
ca. 39 nm
Range:
>= 23 - <= 90 nm
Percentile:
D90
Typical value:
ca. 58 nm
Range:
>= 34 - <= 120 nm
Fraction of constituent particles in the size range 1-100 nm:
>= 99 - <= 100 %
Structure:
crystalline
Name:
Fluorite
Pure structure:
yes
Typical composition:
ca. 100 %
Crystal system:
cubic
Typical specific surface area:
ca. 25.2 m²/g
Range of specific surface area:
>= 5 - <= 30 m²/g
Typical volume specific surface area:
> 183 m²/cm³
Range of volume specific surface area:
>= 36 - <= 220 m²/cm³
Skeletal density:
ca. 7.25 g/cm³
Surface treatment applied:
no
Article used by:
workers
Article category (AC):
AC 3: Electrical batteries and accumulators
Contributing activity / technique for the environment
Name of activity / technique:
widespread use of articles with low release (indoor)
Environmental release category (ERC):
ERC11a: Widespread use of articles with low release (indoor)
Contributing activity / technique for workers
Process category (PROC):
PROC 21: Low energy manipulation of substances bound in materials and/or articles