Resources
Practical articles on glass flake selection, Chemical Resistance, MVT (Moisture Vapour Transmission), and coating formulation — written by our application engineers for specifiers, formulators, and applicators.
Latest Articles
6 articlesGlass Flakes for Barrier Coatings: Corrosion Resistance and Grade Selection
Learn how overlapping C-glass platelets improve barrier performance, reduce moisture and ion transport, and help select the right grade for epoxy, vinyl-ester, marine, and tank-lining systems.
Glass Flake vs Mica: Difference in Thickness, Barrier Effect & Coating Performance
Compare glass flake and mica for protective coatings — differences in thickness, purity, aspect ratio, barrier effect, corrosion and chemical resistance, and which to choose for heavy-duty anticorrosion service.
How to Prevent Spray Nozzle Clogging When Applying Glass Flake Coatings
A manufacturer guide to clog-free spray application: match flake particle size (C-150N 50–160 μm, C-400N 5–50 μm) to nozzle bore, dose silane correctly, screen oversized particles, use moisture-proof packaging, and tune spray pressure.
How to Choose Glass Flake according to Your Application
A practical selection guide matching C-glass flake grade, particle size, and surface treatment to epoxy, vinyl-ester, thin-film, and pigment applications — keyed to dry film thickness and Chemical Resistance requirements.
Glass Flake Loading and CPVC: How to Find the Formulation Window
A formulation-engineering method to balance glass flake loading, wet-out, CPVC, viscosity, application control and barrier performance.
Glass Flake in Thermoplastics: Controlling Shrinkage, Warpage and Isotropic Stiffness
A qualification guide for engineers evaluating glass flake in thermoplastics to tune dimensional stability, stiffness, processing and part quality.
Our technical team reviews your coating formulation, substrate, and service conditions to recommend the optimal glass flake grade and surface treatment.
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