Technology
Precision Color Engineering Through Material Structure
BOSCOM pigments are developed through precise control of material architecture at the micro-scale, enabling predictable and tunable optical behavior.
Our technology is based on Physical Vapor Deposition (PVD), a high-vacuum, solvent-free, purely physical process that enables atomic-level control over multi-layer thin-film structures.
PVD-Based Thin-Film Engineering
During production, high-purity inorganic materials such as silica (SiO₂) and titanium dioxide (TiO₂) are vaporized in a high-vacuum environment and deposited layer by layer onto a temporary carrier.
Each layer’s thickness and placement order are precisely engineered, forming a controlled microstructure that is later processed into pigment powders with defined particle morphology.
This physical approach enables:
- Optical Brilliance & Chromatic Clarity – Highly vivid and visually pure color expression
- Sustainable Processing – Reduced waste and cleaner production pathways
- Performance by Design – Optical effects are embedded into material structure
By controlling structural parameters, BOSCOM enables optical behaviors that cannot be achieved through conventional pigment systems.
Structural Color: Nature-Inspired Optical Principles
Our pigments are inspired by natural systems where color emerges from structure rather than chemical composition.
Examples include:
- Morpho butterfly wings – vivid blue color travel
- Beetle shells – metallic reflectivity
- Peacock feathers – shifting, multi-angle coloration
- Fish scales and bird feathers – subtle angle-dependent color variation
These systems demonstrate how light interaction with structured surfaces generates dynamic optical effects
BOSCOM replicates these principles using engineered multi-layer thin films, where light interacts through reflection and interference, producing tunable optical outcomes.
By controlling layer count, thickness, and sequence, we design pigments with highly adjustable visual behavior.
Optical Behavior & Design Control
Key advantages of structural design:
- Angle-dependent color travel effects
- Controlled metallic optical response
- Tunable color depth and brightness
- Highly flexible visual design parameters
From Structure to Application Performance
These material capabilities translate directly into real-world product performance advantages across industries, enabling greater visual differentiation and design flexibility.