Tennyson Trail, Brook

Open Edition Mounted Print
Open Editions are printed using Fotospeed Smooth Pearl Paper and mounted with an off-white acid free conservation board. A white border is also added around the image itself, which includes the title and location of the photograph and a digital signature.

Black Edition Mounted Print – Limited to 25
Black Editions are printed using Fotospeed Metallic Paper and mounted with a double black conservation acid free board. They are designed for the minimalist. With the print itself being borderless, each Black Edition is hand signed and numbered out of 25 with a silver pen.

Large Limited Edition Print – Limited to 50
Large Limited Edition Prints are printed using Fotospeed Platinum Baryta Fine Art Paper. A white border is added around the image itself, which includes the title and location of the photographs and each are hand signed. Each Limited Edition Print is shipped in a sturdy cardboard tube.

Canvas Print
All Canvas Prints are printed onto a semi-gloss high quality heavyweight canvas and wrapped around a 24mm deep, knot free FSC accredited stretcher frame. Each Canvas Print is hand signed with a silver pen and comes with corner cushions and a metal hanger pre-installed.

Acrylic Print
Each Acrylic Print starts off as a fine art print, which is then mounted onto a single piece of 10mm thick acrylic glass. The edge of the acrylic is diamond polished helping light refract give added depth to each piece. They are hung using a subframe behind the picture, allowing the print to appear floating from the wall.

Perspex Glass
Perspex glass is available at no extra cost with all framed prints. Being very
light and shatterproof, It holds the same reflective properties to standard
float glass found in off the shelf picture frames.

Ultra Vue Anti-Reflective Glass
Ultra Vue anti-reflective glass offers crystal clear colour transmission
and a virtually invisible, anti-reflective surface for truly amazing clarity,
reducing reflections to less than 1% as well as blocking out 70% of
harmful UV rays.