What are you looking for?
Products, article numbers, services, inspiration, brochures, ... We will find what you are looking for.
Your target group has been successfully activated.

Would you like to learn more about the benefits you will enjoy?

Learn more
Your target group has been successfully activated.

Would you like to learn more about the benefits you will enjoy?

Learn more
Your target group has been successfully activated.

Would you like to learn more about the benefits you will enjoy?

Learn more
EN/AE

Calander coating

Cost-effective coatings in high quality

Surfaces with the highest level of resistance

Use calander coating for high-quality and low-cost coating solutions

Calander coating is often used in the wood-based materials industry to produce cost-effective coatings that still meet the highest quality standards. 

Which problems does the procedure solve? Complex process steps are often required after the actual wet lacquer coating if you want to introduce certain textures onto surfaces. Perfect high-gloss surfaces, for example, require adapted polishing processes. Textures can range from extremely smooth (high gloss) to rough (matt lacquer). Integrated into the wet coating, this technology prevents that additional effort and thus creates comparable effects at low cost.

The advantages at a glance

Surfaces from matt to high gloss are achievable with calander coating

  1. Various gloss levels depending on the calander film used
  2. Super smooth high gloss surfaces
  3. Savings in finishing work on high gloss lacquers (sanding and polishing)
  4. High resistance against scratching

How calander coating works

What does this technology do and how does it work?

The timber industry saw  calander coating  being invented to produce inexpensive coatings with superior quality.
This procedure involves a plastic film being laid onto the wet lacquer film. The lacquer film is subsequently hardened using UV light that shines through the plastic film. Either a perfect high gloss surface or a matt, micro-textured surface is obtained after removing the plastic film, depending on the plastic film’s characteristics.
Since the radiation is inert, i.e. occurs in an oxygen-free environment, the finished surface meets the highest demands in terms of scratch resistance .

GIVE US A CALL!

Contact partner

Porträt von Ralf Untiedt
Ralf
Untiedt
EN | DE
Product Management & Marketing Product Manager
Porträt von Dirk Conrad
Dirk
Conrad
DE | EN
Head of Application Technology
Contact details
Please call me back
Your message
* = required field