Wetting Agents / Wet Edge Enhancers

Wetting agents are surfactants that reduce the surface tension of a liquid. They allow the liquid to spread more easily and wet surfaces more effectively. Wetting agents used in paints and coatings improve the wetting of pigments, fillers, and other additives. You must consider the following aspects while selecting wetting agents: Choose the preferred chemistry of wetting agent for your formulation. Assess the desired properties you want to achieve to meet your end needs. This guide will ease your wetting agent selection based on the available chemistries. Decode the factors to consider while selecting the right wetting agent for coatings.

Dispersants, also named dispersing agents, are essentials ingredients in the formulator’s toolbox. They help keep pigments and fillers stable until the application of the paint, and the formation of the dried coating. Beyond bright and vivid colors, many other coating properties depend on the choice of your dispersants. In this guide, we will explain - How dispersants work in the paint medium, The difference between the various chemistries available, and How to choose the best dispersant for your case. While revisiting your dispersing agent selection, you may also wish to review your pigment selection. In case you need to troubleshoot fast a...

Radiation-cured coatings are cross-linked or cured using high-intensity radiation energy from electron beams or ultraviolet light radiation. The developments of new raw materials are increasing the market applications of these types of coatings. Explore the components of radiation-cured coatings along with the different types of technologies and their features used to formulate these types of coatings. Review: What are Radiation Cured Coatings? Composition of Radiation Cured Coatings Features of UV-LED Curing Technology Features of Electron Beam Curing (EB) Technology (Continue reading or click to go on specific section of the page)

Inkjet printing appears simple, however, inkjet inks ought to meet certain important physicochemical requirements (storage stability, adhesion, surface tension...) which make their chemistry and formulation extraordinary. While formulating digital printing inks, the ink and the substrate pre-treatment are the most important components of the system. This is because unlike printing on paper or other substrates, the textile material will be subjected to repeated washing using various detergents, and the color ought to be fast to washing, rubbing, and sunlight. These factors make ink formulation for digital textile printing quite complicated. In order to solve your problems, learn more about how to...

Inks for folding cartons need to be formulated with moderately high gloss and good surface rub resistance. Find out what are the common types of raw materials (waxes, resins, emulsions, defoamers, surfactants and pigments) used for producing water-based inks for folding cartons.