11x14" Fine Art Print - Blossom

$49.99

Bring the spring bloom home with a Fine Art Print of “Blossom”, an original piece by Gabriola artist Tashi Palmo Arts.

You don’t have to break the bank to own a piece, because these high-quality fine art prints are available, shipped straight to your door, and provide a colour experience almost identical to the originals.

Printed in Montreal, they feature archival-quality paper with a matte finish and your choice of border. For the 11x14" art prints, we recommend at least a 1" border to make the image look more finished. If you’re looking for something smaller, all prints are also available in 8×10”.

Each print is made to order and shipped straight to your door.

  • Printed on archival quality Breathing Color Pura Smooth paper

  • 300gsm weight

  • Matte finish, no surface glare

  • Printed by an 11 colour Epson printer using Epson Ultrachrome HDX inks

  • Inks are museum-quality and feature print permanence ratings of up to 200 years

  • Resistant to humidity, UV and atmospheric ozone

Border Size:
Paper:
Size:

Bring the spring bloom home with a Fine Art Print of “Blossom”, an original piece by Gabriola artist Tashi Palmo Arts.

You don’t have to break the bank to own a piece, because these high-quality fine art prints are available, shipped straight to your door, and provide a colour experience almost identical to the originals.

Printed in Montreal, they feature archival-quality paper with a matte finish and your choice of border. For the 11x14" art prints, we recommend at least a 1" border to make the image look more finished. If you’re looking for something smaller, all prints are also available in 8×10”.

Each print is made to order and shipped straight to your door.

  • Printed on archival quality Breathing Color Pura Smooth paper

  • 300gsm weight

  • Matte finish, no surface glare

  • Printed by an 11 colour Epson printer using Epson Ultrachrome HDX inks

  • Inks are museum-quality and feature print permanence ratings of up to 200 years

  • Resistant to humidity, UV and atmospheric ozone