Defoamer Basics
In this comprehensive interactive eLearning you can learn what foam is all about, how defoamers work and how to select and test defoamers. You can stop and return any time.
TEGO® Foamex 832 is a compatible defoamer concentrate based on organic polymer technology. Free of silicone, solvent, and mineral oil.
Additive
Defoamer & deaerator
In this comprehensive interactive eLearning you can learn what foam is all about, how defoamers work and how to select and test defoamers. You can stop and return any time.
Review of Evonik's architectural coating defoamer performance with support of the COATINO® Defect Detection tool.
In less than 7 minutes we would like to tell you about our latest investment for Inkjet applications, what it can do for us and what we could do for you.
Belief in the potential that inkjet represents for the printing industry is reflected in our continued efforts to provide our customers with specific recommendations, custom solutions and even specifically developed products. Find out more about the technical capabilities of our drop watcher and print station, and about modes of collaboration we offer that may assist you on your path of developing inkjet inks.
What are the important physico chemical parameters when formulating inks and how to characterize and optimize them. Recording kindly provided by Krüss.
This is a re-recording of the paper given at Inkjet Congress 2019. "Promoting Curing Speed: Ideal Surfactants for LED Curing Inkjet Inks"
Quiz on Defoamers
Deep insight to global vehicle production and OEM market perspective.
Recorded Webinar: This webinar had introduced the know-how related the structure-property relationship of substrate wetting agents and their impact on the quality of the printed image as an integral part in enabling hight throughput digital printing.
Recorded Webinar: We discuss different defects generally happening in Automotive application layer wise and suggest our CAD additives to rectify those defects.
Recorded Webinar: Staying compliant with regulations is becoming more crucial than ever when it comes to creating new printing inks. This webinar is designed to offer advanced knowledge and comprehensive insights on key compliance matters.
Recorded Webinar: Printing processes are getting faster and faster, substrates more and more diverse and global regulatory requirements more and more stringent. In this webinar, you will learn how Coating Additives copes with these requirements and proactively builds a portfolio of suitable high performance additives. Trends, star products and latest developments has been discussed along with practical examples and recommendations.
Recorded Webinar: UV inkjet inks develop fast in recent years in the application of label, tobacco packaging and PCB etc. In this webinar we had shared our additive solutions for UV inkjet ink application, we had introduced our high performance dispersants for different type of pigments dispersing, surface control additives especially crosslinkable product series which can help to improve substrate wetting, slip property and scratch resistance etc, and our Co-binders which can help to boost the curing speed, improve adhesion and pigment wetting etc.
Recorded Webinar: Inks are often produced from semi-finished to address the application complexity and reduce the final production step to a blending operation. Semi-finished must not only be intermixable and compatible but also stable over the time. In this mini webinar series, challenges and solutions are presented. The first part presented solutions for pigment preparations and particle stabilization, so how to control the color and appearance of an ink. Part 2, will be related to foam, slip, release and substrate wetting - so control of the physical parameters of an ink.
Beside a basic introduction of automotive OEM coatings and certain coating layers, optimum products are recommended.
You can find supplementary content, such as links or documents ready for download, in the “Resources” tab or on the right-hand side of this course page, just below the Tags.