Innova FibaPrint White Matte Archival A5 Greeting Cards 280gsm
Create a great impression with your own printed greeting cards - on the highest quality archival paper
Greeting cards - coated for image one side (front and back of card) - uncoated but well surfaced for text printing on the reverse (inside). A4 sheets scored to fold to A5
FibaPrint® White Semi-Matte has been modeled on the traditional fibre-based material used in conventional photography, and designed to emulate a semi-matte finish of traditional papers. The special Micro porous semi-matte coating has been designed specifically for photographic reproduction and high quality fine art print applications with inkjet (giclée) technology. The acid inhibiting crystal layer technology makes it the perfect digital FibaPrint alternative. FibaPrint® White Semi-Matte has a very large colour gamut and D-max rating. It is OBA and ligning free.
Features:
Very large colour gamut
Great colour accuracy
Archival quality
Dye & Pigment ink compatible
High white
Smooth Semi-Matte surface
Alpha Cellulose
Applications include:
Digital Fibre prints - Black & White & Colour
Fine art & Photographic reproduction
Photo restoration
Original image reproductions
Photo albums and graphic display
Specifications
Weight
300gsm
Features
Benefits
Excellent colour gamut
Wide range of colours - especially bringing out detail in shadows
Great colour accuracy
Faithful reproduction of skin tones and other colour sensitive subjects
Archival quality
Designed to keep image clear for years
Smooth matte surface
Look and feel of traditional professional matte photographic paper
Dye & Pigment ink compatible
Works with all main manufactuerers - Epson, HP, Canon, Kodak, Mimaki etc
Alpha Cellulose
Reproduces color and detail as well as industry-leading rag papers
D-max rating of 2.7.
Brings out the black clearly
OBA Free
No optical brightening agents to break down over time
Lignin free
Lignins break down over time causing acidity and brttleness
Micro-porous Coating
Specifically designed for highest quality photographic reproduction