Visible-Light Curing
Rapidly cures adhesives and coatings using visible light.
VisCure UV Blocking OCA blocks approximately 99% of ultraviolet light.
*Specifications may vary depending on customer requirements and application conditions.
This diagram illustrates integrated UV protection. Actual layer configurations may vary with the customer's design.
Rapidly cures adhesives and coatings using visible light.
Integrates UV protection into materials.
Tunes polymer properties through formulation.
VisCure's UV-blocking and visible-light technologies serve a range of next-generation display and polymer applications.
We evaluate the optical properties and reliability of VisCure UV Blocking OCA through a range of tests.
Evaluates light transmission properties.
Evaluates the material's mechanical properties.
Evaluates stability under temperature and humidity conditions.
Evaluates reliability under mechanical conditions.
From materials research to application and commercialization,
we develop and validate together.
LEADERSHIP · CEO
Chief Executive Officer
Ph.D. in Materials Science and Engineering, Seoul National University
TECHNOLOGY · CTO
Professor, Department of Materials Science and Engineering, Seoul National University
Optical and physical property measurements, sample preparation and reliability testing
Optics
Evaluates transmission across the UV and visible spectrum
Optics
Evaluates color, haze and other optical properties
Sample Preparation
Controls sample drying and heat-treatment conditions
Reliability
Evaluates sample stability under temperature and humidity conditions
Physical Properties
Evaluates rheological and viscoelastic properties
Processing
Prepares film-stacking and lamination samples
Physical Properties
Evaluates peel and adhesion properties of adhesive materials
Analysis
Analyzes chemical structures and reaction characteristics
Curing
Prepares samples under different UV-curing conditions
Curing
Prepares samples under different visible-light-curing conditions
VisCure develops materials for diverse industries through visible-light curing and polymer design.