Glacier Opaque is an uncoated freesheet paper that delivers exceptional brightness and outstanding opacity. Glacier Opaque also features considerable surface and strength attributes. Available in both smooth and vellum finishes, and delivers premium press performance and appearance.
Torchglow Opaque has been an industry renowned leading printing and writing grade for more than 40 years. Torchglow Opaque is designed to run smoothly on a broad range of printers, including high-speed equipment. It comes standard with 30 percent post-consumer waste, and features outstanding brightness and opacity. Torchglow Opaque is engineered with outstanding formation and surface specifications, and features a bright white sheet with superior contrast and printability. Additionally, it has exceptional press performance and runnability.
FRP Vellum Bristol is a strong, high-yield, and economical cover stock that is exceptional for materials that will be embossed, scored, or die cut, such as direct mail, greeting cards, and similar applications. The sturdy, yet flexible paper is an ideal substitute for heavyweight products, and is noted for its superb press performance.
FRP Offset paper is renowned for its high opacity and quality. These uncoated freesheet papers, which feature some of the industry’s best surface characteristics, offer unmatched printability, runnability, and durability.
FRP Index features superior durability and bulk, complemented by a smooth, uniform surface that enables outstanding printing characteristics. The sturdy, high-stiffness paper is ideal for a broad range of converting and business uses.
FRP 100 is the environmental choice for many applications, made with 100 percent post-consumer waste. This highly versatile product, available in two versions, is suitable for offset and digital printing applications. In addition to its environmental benefits, FRP 100 has built-in durability that allows it to perform well in high-speed laser print applications. Contact a CellMark representative for more product information.