Quality Control Laboratory
Checks product consistency against specification.
- Particle size analysis
- Physical and chemical characterization
- Whiteness and appearance evaluation
- Batch consistency monitoring
Combining mineral expertise with advanced formulation and application know-how to develop high-performance, cost-effective solutions for the coatings and plastics industries.
BIGPOWDERMIN grinds and micronizes minerals and sets their particle size for the application. Our technical team works with coating and plastics producers to select and adapt the filler for each formulation.
We grind and micronize minerals and check each stage so the finished powder meets its specification.
Our technologyParticle size, distribution and batch-to-batch consistency are set according to how the filler will be used in the formulation.
Quality Control & R&DWe test and optimize mineral fillers in paint, coating and plastics formulations. Our recommendations are based on these results.
Technical servicesSix product families, from micronized grades to compounds made to customer specification.
Micronized grades
BaSO₄
A dense, chemically inert white filler with low oil absorption, used mainly in coatings.
Natural minerals
Barite in its natural mineral form, used where density and chemical inertness matter more than fine particle size.
Micronized grades
CaCO₃
A widely used filler for paints, coatings and polymers. Particle size and distribution affect gloss, rheology and cost.
Natural minerals
A platy aluminosilicate mineral used in some coating and polymer formulations for its effect on rheology, matting and film properties.
Specialty and custom
Minerals selected for a specific function in a coating or plastic formulation.
Specialty and custom
Blends of minerals designed around a customer’s formulation requirements.
Mineral fillers affect processing, surface appearance and the cost of a formulation. We work in five application areas.
Filler selection and particle size for flow, surface appearance, gloss and cost.
Mineral fillers for the application and film requirements of industrial paints.
Fillers that support opacity, finish and application properties in architectural paints.
Mineral selection for barrier and durability considerations in protective systems.
Mineral fillers for plastics and polymer compounds, where particle size and surface compatibility affect processing and properties.
Particle size is set during processing and checked at every stage. The process has five steps.
Size reduction of the selected raw mineral.
Fine grinding to reach the target particle size range.
Adjusting the D10, D50 and D90 of the distribution to the application.
Combining minerals or grades into application-specific compounds.
Checking material against its specification throughout production.
The quality control laboratory checks each product against its specification. The R&D laboratory evaluates and develops mineral fillers in formulations.
Checks product consistency against specification.
Tests and develops mineral fillers in formulations.
Our technical team works alongside your formulators, from the first filler selection to troubleshooting in production.
Send us your formulation targets. Our technical team will help you select a filler and adjust it in the formulation.