BRUFASOL® series AL - Bismuth Vanadate Yellow
Pure pigments based on Bismuth Vanadate (BV) are among the yellow pigments highly
recommended for outdoor use because they have a high covering power, a high thermal and chemical stability and for their chromatic brilliance.
Applications for our bismuth vanadate pigments include coil, industrial coatings, powder coatings, automotive, masterbatch, nylon, polyamide, PMMA, polyolefins, polycarbonate, ABS plastic, PVC, fibers, construction, flooring, epoxy, road markings, pigment pastes, pigment dispersions and silicate paints.

Brufasol AL 2300

Brufasol AL 2301

Brufasol AL 2302

Brufasol AL 30

Brufasol AL 40
BRUFABLEND® L series
Designed for indoor applications.
We offer tailor-made or customized solutions in the quality and color tones necessary for the specific needs of the customer.
Additional colour shades corresponding to RAL, NCS, British Standard or Pantone are available.
Bruchsaler's Brufablend line is available in four different series:

L 27311

L 27543

L 27711

L 27727
BRUFABLEND® E series
Based on bismuth vanadate. This mixture is general purpose, suitable for indoor and outdoor use and for most industrial applications.

E 27271

E27311

E 27711

E 27727

E 27810

E 27835

E 27860

E 27870

E 27880

E 28073

E 27543

E 27500

E 27501

E 27502

E 27510

E 27120

E 27140

E 27150

E 27300
BRUFABLEND® ES series
Based on bismuth vanadate. It is suitable for outdoor applications that require high fastness.

ES 27833

ES 27865

ES 27887

ES 27120

ES 27140

ES 27150

ES 27300
BRUFABLEND® H series
Based on bismuth vanadate. It is suitable for applications that require maximum heat stability.

H 27120

H 27140

H 27150
BRUFATECH® orange/red
BRUFATEC are hybrid inorganic-organic pigments with high resistance with bright hue and high opacity. Produced with a special mixing process, BRUFATEC achieves better homogeneity and acts as a mono pigment to be ideally used as a perfect base for lead-free replacement of orange and red molybdate.

Brufatec 29070

Brufatec 29070 H
