Additive

TEGO® Rad 2200 N

TEGO® Rad 2200 N is a radically cross-linkable slip and substrate wetting additive with utmost compatibility. Recommended for sensitive radiation-curing clears, ensuring excellent leveling, flow and strong slip.

Product information

Type

Additive

Sub type

Slip & flow & release

Sustainability

VOC reduction

Next generation solution

Markets

Technologies

High solids (solventborne)
Radiation curing systems
Solventfree
Waterborne

Manufacturer

TEGO Rad Logo

Availability

Coatino Campus

Surface Weeks at a glance

For our Surface Weeks we lined up 4 one-hour weekly webinars.

This Curriculum contains the recordings of all 4 events.

As part of this series, we were delighted to offer a joint webinar with Synthomer, one of the world’s leading suppliers of sustainable water-based and differentiated polymer solutions.

Want to learn more about the topic surface control? Check out the new comprehensive and interactive eLearning Surface Control Basics.

Coatino Campus

Surface Control Basics

In this comprehensive interactive eLearning you can learn the basics of surface control additives. You get an overview of the basics of leveling, haptic, slip and release effects and the basics of surface control additives. You learn easily how surface control additives work and how to test the coating effects to find the optimal dosage for your application. You can stop and return any time. 

Coatino Campus

High performance siloxane-based additives for radiation-curing formulations

Recorded Webinar: Siloxane-based additives help to adjust distinct effects like substrate wetting, slip, release and defoaming properties of radiation-curing inks and coatings. Learn more about the composition of these compounds and find out what is important for the selection of suitable additives and their chemical bases.

Coatino Campus

UV to LED and the performance of surface control additives

Recorded Webinar: Comparing LED-curing to cure via high pressure mercury lamps - will slip and release effects as well as scratch resistance and other properties differ? Model formulations for graphic arts and wood coatings have been prepared and cured via standard UV cure and LED cure. Comparison data for crosslinkable and non crosslinkable additives is shown. Additionally data on the impact of inertization is shown and discussed. And of course – there will be the chance to participate and ask questions.

Coatino Campus

Introduction into siloxane-based additives for radiation-curing coatings and inks

Recorded Webinar: In this webinar you can learn about the composition of siloxane-based additives and their distinct effects in radiation-curing formulations. You will find out what is important for the selection of a suitable additive, where the strengths and limits of this technology are. Examples are shown for the effects: substrate wetting, slip, release and defoaming.

Coatino Campus

Surface Week 4: Improving efficiency by surface control additives

The aspect of a coated surface is positively enhanced by the use of additives for surface control. Using the example of automotive coatings the different aspects of leveling, wetting and haptic effects has been shown on three substrates.

This webinar was part of the Surface Weeks.

Coatino Campus

What CAN we do for can coatings?

Recorded Webinar: Discover our portfolio for can coating applications with a deep dive for specific effects, such as defoaming, matting, adhesion while meeting your regulatory needs.

Coatino Campus

Star products and more - Plastic Coatings

Technical insight of important coating properties for plastic coatings and product recommendations.