• Modo Northern Light Flexo

  • Modo Northern Light Litho+

  • Modo Northern Light

  • Kemiart Brite

  • Kemiart Lite+

  • Kemiart Graph+

Kemiart  Brite+

Ideal for up-graded packaging

Kemiart Ultra, coated white-top kraftliner

Kemiart Brite+ is a coated white-top kraftliner specially designed for high-quality in-line and conventional flexo post-printing. It is available in basis weights of 135-175 g/m².

Providing excellent productivity from start to finish, Kemiart Brite+ is the ideal solution for upgrading packaging from uncoated to coated liners. It enables fast ink-drying times, even without dryers, resulting in high print quality. Kemiart Brite+ produces excellent colour density and gloss, and is safe for food packaging. Its consistent quality ensures smooth and cost-efficient convertability.

Kemiart Brite+ is made from fresh fibres, traceable to source in sustainably managed northern forests. All of Metsä Board’s products are manufactured under the highest environmental and safety standards, and hold PEFC and FSC chain of custody certification and FSC® controlled wood status.

Kemiart brite+ is recommended for:

  • brand, retail and consumer packages
  • fruit and vegetables
  • processed food
  • consumer electronics

 

Product specifications

 
 
Specification language
Features
Product nameKemiart Brite+
Product descriptionCoated white top kraftliner
Product TypeContainerboards
End useRetail-ready packaging, Foods, Beverages, Consumer electronics, Consumer durables, General packaging
Printing methodFlexo postprint
Food contactEU Regulation (EC) No 1935/2004, USFDA21CFR§176.170*, USFDA21CFR§176.180*
MillMetsä Board Kemi
Paper profileKemiart Brite+ (pdf)
* contact Metsa Board for details of restrictions and/or limitations
Open specification PDF

 

Technical informationSelect unit :
Grammage g/m² 135160175
Moisture content % 777
Thickness μm 140165185
SCT cd kN/m 2.83.23.4
Internal Bond J/m² 350350350
Smoothness top μm 3.53.84.0
Brightness top % 777777
Gloss % 303030
Water absorption top g/m² 303030
Friction angle ° 252525
Print