عضویت 
ورود اعضا
راهنمای خرید
CrossCoat Precision Metering Slot Die0 pages
The Next Level of Technology
CrossCoat™ Precision Metering Slot Die
ITW Dynatec’s CrossCoat™ is a non-contact, metered slot applicator that produces a precise flow of adhesive for
coating applications that require streak-free results. A continuous film is formed from the applicator to the substrate.
The surface attraction of the adhesive enables it to be stretched as it is applied to the substrate, producing highly
accurate and repeatable results. Cross-web accuracies to ±3% can be achieved with a minimum application coat
weight of 1gsm at web speeds of 1,000 m/minute or more.
CrossCoat™ Precision Metering Slot Die:
• Cross-web distribution accuracies to ±3%.
• Ideal for heat sensitive materials.
• Coat weights as low as 1gsm.
• Coat weight and width changes during production.
• Consistent coating on irregular surfaces.
• Streak-free finish.
Precision
Integrated gear pumps provide
exceptional cross-web distribution accuracy to ±3%.
Flexibility
Coat weight and coverage
width can be easily changed
automatically or manually.
Performance
Non-contact application encapsulates surface contaminants instead
of trapping them between the die lip
and substrate, producing consistent
coating performance while minimizing
waste.
ITW Dynatec - CrossCoat™ Precision Metering Die
The Dynatec Difference...
Non-Contact Application
No Heat Memory - Heat sensitive materials such as thin PP and PE
film do not come into contact with the die lip, eliminating damage
to the film.
Conformity to Irregular Surfaces - Establishing an adhesive film
enables 100% coating of fabrics, textured foils, technical textiles
and other non-flat surfaces.
Streak-Free Coating - Smooth and clear fluid coating that
encapsulates substrate contaminants instead of producing dry lines.
Flexible Coat Weights - The non-contact coating method permits
elongation of the adhesive until the desired coat weight is achieved.
Coat weights from 1 to over 100 gsm are achievable “on-the-fly”
dependent upon the adhesive rheology.
