Fragments First
The animation now begins with small square and triangle fragments before any spherical nanoparticle is present.
Advanced TiO2-x Materials
Surface oxygen vacancies, engineered as a platform.
Taewan Materials Co., Ltd. is a startup company focused on synthesizing TiO2-x, often referred to as Black TiO2-x, with uniformly formed surface oxygen vacancies for high-value industrial applications.
Material Focus
TiO2-x
A defect-engineered material system built around controllable surface oxygen vacancies rather than incidental surface variation.
01
P25 / Anatase / Rutile
02
Oxygen Vacancy Control
03
Brown to Blue to Black
Company
White TiO2 formation as the starting structure.
Our starting point is TiO2 nanoparticle formation, including the white-particle state based on P25, anatase, and rutile structures.
Single Particle Assembly
Those fragments converge and merge to form one spherical white TiO2 nanoparticle.
Material Continuity
Satellite particles follow the same material color state as the central particle.
Technology
Oxygen vacancy formation begins at the surface.
In the second major stage, the spherical TiO2 particle remains intact while surface oxygen vacancies become visible.
Specialty
Surface oxygen vacancy engineering
Vacancy formation is separated visually from initial assembly so the engineering logic is easier to read.
Approach
Stage-based transformation
Assembly, surface vacancy formation, and color shift are now presented as distinct phases.
Applications
Color shifting from brown to blue to black TiO2-x.
After vacancy formation, the central particle and the satellite particles transition together through the same material color sequence.
Anti-fouling
Material opportunities for surfaces that must resist contamination, deposition, and long-term performance decline.
Stealth
Materials pathways relevant to absorption control and specialized defense-oriented performance requirements.
Battery
TiO2-x-based development for energy storage and electrochemical performance opportunities.
CCUS
Carbon capture, utilization, and storage pathways supported by active advanced material design.
Company Facts
Basic company information
Taewan Materials applies this synthesis direction to advanced material development centered on final black TiO2-x performance.
Company Name
주식회사 태완첨단소재
English Name
Taewan Materials Co., Ltd.
CEO
박현수
Business Registration No.
651-81-03600
Focus
TiO2-x / Black TiO2-x