The Universal Selection Source: Coatings Ingredients

How to select raw materials smarter and faster for your Coatings & Inks formulations? Renowned experts in the field have designed these Selection Guides to assist you further in your selection according to your applications. In this section, we also provide you with Technology Profiles, states of the art of the main raw materials used in Paints, Coatings & Inks.

Selection Guide

Corrosion Inhibitors for Coatings

By Vincent Makala

Corrosion directly impacts the aesthetics and quality of many finished goods. This guide will apprise you with the role coatings play in the protection of metallic surfaces against the corrosion. This guide will also help you understand the working of corrosion inhibitors in coatings. Read on and explore how to select the corrosion inhibitors to formulate non-toxic coatings with long-lasting performances!

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Selection Guide

Catalyst for Coatings

By Vincent Makala

Catalysts are an essential component in many paints and coating formulations. But do not get confused with “catalyst accelerates crosslinking” statement. Indeed, some catalysts decelerate it. Keeping in mind that a catalyst “modifies the energy required to proceed the crosslinking reaction” will give you the basic ground to understand catalysts. This guide will cover the role of catalysts in coatings and different catalysts used for urethane and amino-crosslinked systems. It will also help you test the catalyst you have chosen to ensure its the right one for your formulation.

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Selection Guide

Biocide Selection: In-can Preservation, Dry Film Protection, Anti-fouling...

By Marc Hirsch

The ever-changing global regulatory landscape for anti-microbials additives makes the selection process daunting. But here is a general guide to help your decision. First and foremost is to understand the terminology, as different global regions may refer to the same material by alternate names.

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Selection Guide

Leveling Agents for Coatings

By Vincent Makala

Finding the right leveling agent is often a tedious process, considering all the parameters. It is important to check dosage and product variations to figure out the correct chemistry and fine tune the formulation. Make the selection of your leveling agents easy for your coating formulation by getting answers to most of your questions that arise during the selection process.

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Selection Guide

Substrate Wetting: Wetting Agents Selection

By Vincent Makala

What would be a paint without any correct substrate wetting ? When it is easy to explain that a paint should flow and wet properly the substrate, the real case application of this concept is sometimes complex, especially in waterborne coatings. This guide will remind you the generalities of paint substrate wetting topic and the way to select the best substrate wetting agent for your formulation.

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Selection Guide

Select Driers for High Solids and Waterborne Coatings

By SpecialChem

Driers are important additives for paints & coatings as they speed up the autoxidation process. Without these drying catalysts the cross-linking process slows down, allowing the paint layer to dry only after some months post application. With driers the formation of a hard film is accomplished typically within a few hours after paint application. This guide is designed to familiarize you with the drying process, role of driers in film hardening and different types of driers used for coatings. Read on to select the right drier for your high solids and waterborne coatings.

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Selection Guide

Coalescing Agents in Coatings

By Johan Bieleman

Coalescing agents/ film formers are used in dispersion paints for optimizing the film formation process of the polymeric binder particles. Coalescing agents typically reduce the minimal formation temperature and as a consequence, optimize film coherence and properties such as scrub resistance, mechanical properties as well as appearance. This guide will cover the process of coalescence, role of coalescing agents in coatings, different chemistries and properties of coalescing agents.

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Selection Guide

Conductivity Agents for Coatings

By Vincent Makala

Need to enhance your coating electrostatic performances and avoid problems from batch to batch ? Conductivity agents are the ones that can come to the rescue. This guide is designed to help you understand the basics on which these agents work- conductivity and resistivity. Read on and select the right conductivity agent for your waterborne, solventborne or powder coatings formulation. Also, learn key parameters you need to check to ensure you have selected the best conductivity agent.

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Selection Guide

Pigment dispersion : Wetting & Dispersing Agents Selection

By Vincent Makala

Bright, vivid and durable colors are one of the most important part of the coatings’ aesthetic definition. Formulators are using pigments in order to bring this color in the paint. But keeping stable these solid particles in a liquid is a complex mechanism which consists in wetting, dispersing and stabilizing the solid particles in the system. This guide will help you to understand this mechanism in order to select the best product for your formulation. Selecting the right wetting and dispersing agent can enhance your paint’s quality, but also lower your production cost !

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Selection Guide

Rheology Modifiers Selection for Paints & Coatings

By Johan Bieleman

Rheology modifiers are vital additives used in almost every coating. Choosing the right rheology modifier for your formulation can be complex keeping in view the existing VOC regulations. This selection guide will help you select the right rheology modifier for your coating formulation. It will first detail the chemistries available for waterborne and solvent borne coatings. It will also uncover benefits and limitations as well as suitable applications.

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Online Course

Mike Clingerman
31 Days left to register

Thursday Mar 23 2017

By Mike Clingerman

Clarify existing and future opportunities offered by smart / functional coatings by reviewing current state-of-the art, promising research developments and their potential for commercial applications.

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