Articles Tagged with ''graphene''

A breakthrough film offers 100,000x better hydrogen ion barrier protection, setting new standards for advanced coatings.

The use of graphene as a corrosion inhibitor in industrial coatings has been widely reported, but its assets for waterborne latex resin coatings are less known. Learn how graphene boosts the performance of asphalt and architectural coatings.

The new product Improves anti-corrosion performance with lower chemical dosage and makes paint production more sustainable by adding a small amount of specially-developed graphene, an ultra-strong carbon nanomaterial.

The ultra-low nanotube dosage, combined with its unique properties and easy-to-handle liquid form, make it possible to produce more functional, sustainable, and environmentally friendly products without significant adjustments in the manufacturing process.

The user-friendly nanotube dispersion TUBALL^TM MATRIX 617 results in excellent electrical conductivity combined with more than 90% transparency in a wide range of peeling-strength PSA films.

EPS and GIT have partnered to add propeller coatings across EPS' fleet. The extensive application will maximize vessel performance with GIT’s eco-friendly, highly durable, and ultra-low friction foul-release coating.

New research led by the University of Bath shows that surface-modified graphene could transform the production of hydrogen peroxide for industrial use.

The new additives for water-based paints deliver coverage, durability, and washability without affecting pH.

The new light-grey primer provides stable surface resistivity, strongly improving the adhesion between primer and base/clear coat on TPO car parts. A colloidal suspension of powder in water can be sprayed with standard liquid equipment devices while performing like a powder coating. 

Applied Graphene Materials (AGM) has published data to demonstrate that its graphene nanoplatelet dispersions can enable high-performance paints and coatings to effectively protect a substrate against harsh chemicals in highly aggressive environments.