The Universal Selection Source: Coatings Ingredients

Radiation Cured Coatings (UV/EB) Channel
Radiation curing technology is a current growing process to cure and dry coatings. Coatings are cured by ultraviolet or electron beam radiation. Radiation cured coatings present many advantages and are applicable to a wide range of substrates and particularly for heat-sensitive substrates (wood, plastic...). These coatings have replaced many conventional low solids, solvent-borne coatings and can be considered as eco-friendly technology without any VOC emissions and no flammability.

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Apr 13, 2016 | Article

Are your Photoinitiators Optimized for LED Inks Curing?

By J. Pesenti

UV-inks are made of different chemical components. Among all those components, one has a crucial role: the photoinitiator. Indeed, the photoinitiator is the UV-ink component that will react with the...

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Apr 24, 2014 | Article

Facile Functionalization of Soybean Oil by Thiol-Ene Photo-Click Reaction for the Synthesis of Polyfunctional Acrylate

This paper reports a facile synthetic method of soybean oil-based polyfunctional acrylate (PFA) for UV-curable materials. Specifically, rapid and highly efficient side-chain functionalization of...

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Nov 1, 2013 | Article

Lower Cured Film Shrinkage: Most Important Property for UV/EB Coating Technology

The commercial use of ultraviolet light (UV) and electron beam (EB) curing coating technology started in the 1960s. As industry became aware of the advantages offered by UV/EB technology, the demand...

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Jun 15, 2013 | Article

Linseed-oil-based Waterborne UV/air Dual-cured Wood Coatings

The synthesis of linseed oil (LO)-based waterborne polyurethane dispersion (PUD) wood coatings using different curing processes, as well as their coating and film properties, were examined. The...

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Nov 3, 2012 | Article

Preparation of Hyperbranched Polyester Polyol-based Urethane Acrylates & Applications on UV-curable Wood Coatings

In the present study, hyperbranched urethane acrylates (UA/HB-PEs) were synthesized by modifying the hydroxyl groups of hyperbranched polyester polyols (HB-PEs). The structure of oligomers were...

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Apr 28, 2014 | Article

Accelerated Drying of Water-dispersible Polyurethane Blends

Mixtures of water-dispersible isocyanate and polyol-terminated oligomers were blended with methacrylate-terminated urethanes and a water-dispersible photoinitiator to accelerate the dry time of thin...

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Apr 22, 2014 | Article

Hydrophobic & Oil-resistant UV-curable PUDs Based on Acrylated Soy-polyol

UV-curable polyurethane dispersions (UV-PUDs) are fast expanding commercial applications since they combine benefits of both water-borne as well as UV-curing technologies while addressing many...

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Aug 1, 2013 | Article

Formulators Require More than One Additive to Achieve Optimum Coating Performance

Additives enhance the overall properties of coating formulations including adhesion, abrasion resistance, pigment dispersion, film formation, film aesthetics, liquid flow, storage stability, and...

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Dec 19, 2012 | Article

Highlights from CHINACOAT 2012

By Terence Kenneth

CHINACOAT 2012 opened under an unseasonably cool November day. But inside the halls of the Guangzhou Int’l Convention and Exhibition Center, Pazhou Complex, the damp, overcast morning was replaced...

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Sep 1, 2012 | Article

Soya Oil Voted as the Best Renewable Raw Material for Sustainable Coatings

Conventional solvent borne alkyds have been known for their desirable coating properties for decades. These properties include high gloss, long open time, smooth flow, and excellent leveling. Newer...

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