Xativa (XPSPP255-24) 24" X-Press Satin Proofing 255gsm

Environmentally Friendly

Xativa X-Press Satin FOGRA Cert. Proofing Paper 255g/m² (XPSPP255): Premium Fogra certified micro-porous resin coated.

SKU

XPSPP255-24

Price

£68.99ex VAT

Availability

In stock

Quantity

Xativa X-Press Satin FOGRA Cert. Proofing Paper 255g/m² (XPSPP255): Premium Fogra certified micro-porous resin coated proofing inkjet paper with a high quality satin finish and exceptional colour stability.  Ideal for concept plans, client sign of documents and contract proofs. Roll media is supplied on 3" Core Produce stunningly accurate proofs with this premium satin finish proofing paper. Its special micro-porous resin coating provides exceptional colour stability and a highly reduced metamerism effect even in cases of high applications of ink. With professional colour management its shade fits exactly to the ISO 12647-7 standard and has been awarded Fogra certification as a “semi-matt proofing paper”. The requirements of the Fogra proof paper guidelines were fulfilled in all normative points. The proof paper is suitable for the simulation of substrates having low to high content of optical brightener agent and a lightness of CIEL* ≤ 95 (FOGRA39, FOGRA51, PC1 according to ISO12647-2:2013).  An alternative gloss version of this product is also available.  Click on the following link for more information: Xativa X-Press Gloss FOGRA Cert. Proofing Paper 255g/m² (XPGPP255)   PRODUCT SPECIFICATIONS: WEIGHT: 255 g/m² (+/- 10gsm) ISO536. THICKNESS: 270 microns (+/- 12 microns) ISO534. OPACITY: > 96% (+/-4%) ISO2471 Whiteness 90 (+/- 4%) ISO11475. FINISH: Matt Satin. SHADE: L 96.8 (+/- 2),  a 0.1 (+/- 2),  b -1.9 (+/- 2). SMOOTHNESS: > 500 (Bekk) ISO5627. DRY-TIME: Instant dry with heating (at 23 degrees centigrade, 50% RH). COUNTRY OF ORIGIN: Product of Germany. PRINTER/INK COMPATIBILITY: Compatible with all aqueous based dye, pigment and UltraChrome K3 Inks from all leading manufacturers such as Canon, Epson and Hewlett Packard. LAMINATION: Can be laminated with commercially available thermal and pressure sensitive films.