Bayferrox® 912 LOM

Principal: Lanxess IPG

Pigment Type: Inorganic Pigments

Color (Properties): Yellow

Chemical Family: Iron Oxides

CI Name: Pigment Yellow 42

CI Number: 77492

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Enhanced TDS

Identification & Functionality

Blend
No
CI Name
CI Number
Chemical Family
Chemical Name
Pigment Type
Product Code
MITM07252
Single Ingredient
Yes
Synonyms
Ferric Oxide Yellow
Technologies
Product Families

Applications & Uses

Properties

Color (Properties)
Physical Form
Notes

 

  • ⁵³ - Minor elements may arise from the raw materials used. However, these are firmly bound to the crystal lattice as ions.
  • ⁴⁶ - similar to wet system DIN 55983:1983
  • ⁴⁵ - Color values after matching of the tinting strength parameter Y, i.e. Δ L*=0
  • ³  - Iron oxide yellow pigments contain a large amount of chemically bound water that is also recorded

Regulatory & Compliance

Packaging & Availability

Packaging Type
Product Packaging

Bayferrox® 912 LOM is available in sacks or bulk bags.

Storage & Handling

Storage Conditions

Protect against weathering. Store in a dry place and avoid extreme fluctuations in temperature. Close bags after use to prevent the absorption of moisture and contamination. Bayferrox® 912 LOM has an excellent shelf life. When storing large quantities of pigments, temperatures above 120 °C must be avoided as an alteration (dehydratisation and oxidation) of the pigment may be caused by heat.We recommend that this product is used within ten years of the date of manufacture and limit our product warranty to this period. During the first ten years after the date of manufacture we are able to ensure compliance with this specification, provided the material has been stored as stated above and the packaging materials remain undamaged. The different packaging materials are given below:

  • All kinds of bags (Paper and PE) - 5 years
  • All kinds of Bulk bag - 3 years

Other

Appearance
Yellow pigment powder
Appearance (SDS)
Powder
Color (SDS)
Yellow
Group Principal Number
S000008
Insoluble in (SDS)
Water
Item Number
Odor (SDS)
Odorless
Other Hazards
None known.
Principal
Optical Properties
ValueUnitsTest Method / Conditions
Color Differencemax. 1.0-Delta E, Binder: Full Shade
Color Differencemax. 0.8-Delta E, Binder: Reduction with titanium dioxide (1 : 5)
Color Scale-0.8-0.8 CIELABCIELABInternal Method Delta a, Binder, Full shade
Color Scale-0.6-0.6 CIELABCIELABInternal Method Delta a, Binder: Reduction with titanium dioxide (1:5)
Color Scale-0.9-0.9 CIELABCIELABInternal Method Delta b, Binder, Full shade
Color Scale-0.6-0.6 CIELABCIELABInternal Method Delta B, binder: reduction with titanium dioxide (1 : 5)
Color Scale-0.8-0.8 CIELABCIELABInternal Method Delta C, Binder: Full shade
Color Scale-0.6-0.6 CIELABCIELABInternal Method Delta C, Binder: Reduction with titanium dioxide (1 : 5)
Color Scale-0.8-0.8 CIELABCIELABInternal Method Delta H, Binder, Full shade
Color Scale-0.6-0.6 CIELABCIELABInternal Method Delta H, Binder: Reduction with Titanium dioxide (1:5)
Color Scale-0.4-0.4 CIELABCIELABInternal Method delta L, binder, full shade
Relative Tinting Strength97.0-103.0 %%TiO₂ reduction (1:5)
Chemical Properties
ValueUnitsTest Method / Conditions
Loss on Ignitionmax. 13.0 %%DIN 55913 at 1000°C, 0.5h
pH4.0-8.0-DIN EN ISO 787-9
Shelf Life & Stability
ValueUnitsTest Method / Conditions
Shelf Life5.0 yryr
Physical Properties
ValueUnitsTest Method / Conditions
Apparent Tamped Density0.6-0.9 g/mLg/mLDIN EN ISO 787-11
Density4.0 g/mLg/mLDIN EN ISO 787-10
Moisture Contentmax. 0.5 %%DIN EN ISO 787-2
Oil Absorption25.0 g/100gg/100gDIN EN ISO 787-5
Sieve Fractionation (Retained)0.008 %%DIN EN ISO 787-7 0.045 mm sieve
Water Solublesmax. 0.5 %%DIN EN ISO 787-3
Material Composition
ValueUnitsTest Method / Conditions
Iron Concentrationmin. 99.2 %%α - Iron(III) Oxide Content
SDS Physical and Chemical Properties
ValueUnitsTest Method / Conditions
Bulk Density (SDS)600.0-900.0 kg/m³kg/m³
Decomposition Temperature (SDS)356.0 °F°F
Density (SDS)3.8-4.2 g/cm³g/cm³at 20°C
Melting Point (SDS)min. 1832.0 °F°F
pH (SDS)4.0-8.0-0.1