PY 108 – anthrapyrimidine yellow

PY 108 – anthrapyrimidine Yellow

Its formula is very close to that on authentic Indian yellow

Manufacturer/ product code:  Kremer / 23370
Chemical Description:  heterocyclic anthraquinone
Color: yellow
Color Index: PY 108
Date: 

PY 108 – Anthrapyrimidine Yellow is a synthetic organic pigment belonging to the anthrapyrimidine family, a group of high-performance yellow pigments known for their bright, warm hues, chemical stability, and excellent lightfastness. PY 108 is characterized by a clear, slightly reddish yellow with strong chromatic purity, making it a versatile choice in both artistic and industrial applications.

Chemically, PY 108 is based on a fused aromatic heterocyclic anthrapyrimidine structure. This molecular configuration provides outstanding resistance to light, heat, and chemical agents, ensuring stability in a variety of media. Its robustness allows use in demanding industrial applications such as automotive coatings, plastics, inks, and high-quality paints, as well as in fine art materials where long-term permanence is required.

In artistic applications, Anthrapyrimidine Yellow exhibits high tinting strength and semi-opaque to transparent behavior depending on particle size and formulation. It mixes cleanly with other yellows, reds, and whites to produce a range of warm tones, from golden oranges to soft pastels, while maintaining chromatic clarity without dulling or browning over time. Its transparency also allows for glazing and layering techniques in oil, acrylic, and watercolor painting.


 

Reflectance Spectroscopy (350-950 nm)

PY 108 - anthrapyrimidine yellow - reflectance spectroscopy - pigments

Reflectance Spectroscopy (200-1250 nm)

PY-108-anthrapyrimidine-yellow-reflectance-spectroscopy-pigments-FORS

Reflectance Spectroscopy (950-1700 nm)

PY-108-anthrapyrimidine-yellow-pigments-InGaAs-NIR-reflectance-spectroscopy-

XRF Spectroscopy

Raman Spectroscopy (532 nm)

PY 108 – anthrapyrimidine Yellow- Raman 532 Pigments

Raman Spectroscopy (1064 nm)

FTIR Spectroscopy (non-invasive )