October/November 2009 Unifoil Corporation’s, (Fairfield, N.J.), award-winning patented and patents-pending Ultralustre® technology is now being used to produce sustainable distinctive super-bright silver in-mold-label cups and music pass cards. Ultralustre is an environment-friendly metallization process that can be used on a variety of substrates, including polypropylene, synthetic paper, polystyrene, APET, PVC, Polycarbonate and PLA from 2

Ultralustre® technology delivers ‘sustainable shimmer’ to plastic and synthetic materials used for labels and packaging Fairfield, New Jersey — October 5, 2009 Unifoil Corporation (www.unifoil.com), a leading manufacturer of inspired substrates that help end users differentiate products on the retail shelf, introduces at Pack Expo Las Vegas 2009 shimmering silver, gold, and holographic Ultralustre® for

Ultralustre process catapults a cup’s marketing cachet to a new level Fairfield, New Jersey — June 29, 2009 Unifoil Corporation (www.unifoil.com) is pleased to announce that its award-winning patented and patents-pending Ultralustre® technology has been used to create brilliant metallized in-mold-label plastic cups. IGH Solutions (www.ighsolutions.com) partnered with Unifoil Corporation to manufacture cups that help

Fairfield, New Jersey — April 6, 2009 Unifoil Corporation (www.unifoil.com), a trailblazer in the development of environment-friendly packaging and printing materials that create product differentiation, is pleased to announce it has received chain-of-custody certifications from the Forest Stewardship Council (FSC) and the Sustainable Forestry Initiative® (SFI) program. Unifoil is a leading global specialty converter of

Fairfield, New Jersey — January 28, 2009 Metro card and transit pass manufacturers can now create a card that has anti-counterfeiting properties and is also environment-friendly with recyclable Holographic Unilustre®. One hundred percent recyclable non-laminated Holographic Unilustre is a unique film-free and foil-free metallized material made without harmful solvents, all of which contributes to source