Epson Signature Worthy Sample Pack (8.5 x 11", 14 Sheets)

The Epson Signature Worthy Sample Pack contains 7 samples (2 sheets each) of various Epson high-quality papers.
Epson Signature Worthy papers are designed in collaboration with the world's leading creative professionals. Only the highest quality Epson papers receive this designation representing the finest in color fidelity, the smoothest tonal transitions, exceptional black density and remarkable longevity. Each paper has been developed and tested at the highest levels to work in concert with Epson's industry-leading professional printers and inks. Designed for creative professionals, Signature Worthy papers deliver an incredibly wide color gamut, smooth tonal transitions and exceptional black density.

FEATURES:

• Richer Blacks
• Wider Color Spectrum
• Smooth Tonal Transition
  
  See why these industry leaders choose Epson Signature Worthy Papers.
  

Includes:

• 2 x Sheets of Hot Press Bright Paper
• 2 x Sheets of Hot Press Natural Paper
• 2 x Sheets of Cold Press Bright Paper
• 2 x Sheets of Cold Press Natural Paper
• 2 x Sheets of Velvet Fine Art Paper
• 2 x Sheets of Exhibition Fiber Paper
• 2 x Sheets of Ultra Premium Photo Paper Luster

Hot Press Bright
This paper has an extremely-high color gamut and black density. This cylinder mold-made product is optimized for Epson UltraChrome, and Archival Ink.This fine art paper is not only acid, lignin, and chlorine free, it is also pH buffered with calcium carbonate for a true archival sheet.

Hot Press Natural
This is an acid free, 100% cotton rag media with a bright textured finish. This paper has an extremely-high color gamut and black density. This cylinder mold-made product is optimized for Epson UltraChrome, and Archival Ink. This fine art paper is not only acid, lignin, and chlorine free, it is also pH buffered with calcium carbonate for a true archival sheet.

Cold Press Bright Textured Matte Paper
This is an acid free, 100% cotton rag media with a bright textured finish. This paper has an extremely-high color gamut and black density. This cylinder mold-made product is optimized for Epson UltraChrome, and Archival Ink. This fine art paper is not only acid, lignin, and chlorine free, it is also pH buffered with calcium carbonate for a true archival sheet.

Cold Press Natural Textured Matte Paper
This is an acid free, 100% cotton rag media with a bright textured finish. This paper has an extremely-high color gamut and black density. This cylinder mold-made product is optimized for Epson UltraChrome, and Archival Ink. This fine art paper is not only acid, lignin, and chlorine free, it is also pH buffered with calcium carbonate for a true archival sheet.

Velvet Fine Art Paper
This is a 100% Cotton Rag paper designed for photographic quality inkjet printing. This paper reproduces images with vivid color and high black density for exciting and rich prints. Its velvet surface produces prints with a museum quality appearance and easily supports the highest resolution output from the best inkjet printers.

Epson Exhibition Fiber Paper is designed specifically for use with Epson's UltraChrome K3 ink and was developed in collaboration with many of the industry's leading professional photographers to ensure it meets their most discerning requirements. This unique media offers the same deep blacks, subtle tonal gradations and long-lasting results as the darkroom papers of old. Its fiber base has a rich surface, a continuous tone and soft gloss that are ideal for creating stunning color or neutral black-and-white prints that retain the look and feel of traditional fiber paper.

Ultra Premium Photo Paper Luster
This paper is designed to produce crisp, easy-to-read text and brilliant, smudge & water-resistant images. It can be used for anything from overhead transparencies to making screen & contact prints for film usage. This "Ultra" version differs from standard "Pro Premium" transparency sheets in its excellent compatibility with Epson UltraChrome Photo Black K3 ink, high UV density, and higher capacity for ink absorption.