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Beverage Container Coatings


Valspar has solutions for your 2-Piece beverage can, aluminum bottle, 3-Piece beverage can, beverage end coating and exterior tab coating needs. From water-based inside spray for 2-Piece beer, carbonated soda, energy drinks, hot fill and retort beverages applications to retortable water-based and solvent-based beverage end coatings to 3-Piece beverage can systems formulated for a complete range of beverage products including milk, tea, congee, beverages with citric acid and beer, Valspar can offer a coating system for your application.

Technology

  • Solvent-based or water-based technologies
  • Non-post lube water- or solvent-based beverage end coatings
  • UV-curable rim coatings for retort and non-retort applications
  • Non-BPA* technologies (valPure® )
  • Formaldehyde free formulations
  • Water-based melamine-free repair spray
  • EzDex™ - water-based interior and exterior beverage end coating
  • EcoDEX™ - water-based inside spray for 2PC beverage cans
  • GEN VI™ - Non-BPA* water-based inside spray for 2PC beverage cans (valPure® )
  • 92X205 product line - interior and exterior for beverage ends
  • ValEx™ -Retortable water-based exterior for beverage ends

Product Range

  • Interior and exterior of two-piece beverage cans
  • Interior and exterior of beverage ends
  • Tab stock
  • Interior repair spray
  • Interior and exterior coatings for three-piece bodies
  • Interior and exterior coatings for EOE/EZO and sanitary ends, steel and aluminum
  • Three-piece party kegs
  • Powder and liquid side seam stripes Non-BPA* interiors for 3-piece party kegs

Features

  • Over 25 years of proven experience
  • Retort and non-retort applications
  • Lube and non-post lube applications
  • Corrosion and abrasion resistance
  • Wide cure latitude
  • Special effect varnish (matte, gloss and tactile)
  • Clear, gold and colored beverage end exteriors/tabs
  • Clear and white basecoats
  • Flexibility for necks, flange and difficult dome profiles

*Non-BPA - This designation indicates that the coating technology is based on polymeric components that are not directly derived from Bisphenol A.