The type of glass you use greatly impacts the quality of picture frames and protects against fading of valuable artworks. We offer standard framing glass for all jobs as well as Perspex, non-reflective glass, and superior glass from TruVue® For any further information please feel free to contact us and speak to one of our framing specialists.
2mm thick standard framing glass. Blocks up to 5% of UV light.
2mm thick non-reflective glass has a matte-like finish that scatters light to minimize unwanted glare. Blocks up to 5% of UV light
General purpose 2mm thick framing grade acrylic. Shatter resistance safeguards against injury or damage to artworks. Perspex is a lighter option than glass and will block up to 60% of UV light.
Engineered by TruVue® with an ultra-thin optical coating over a water white substrate, UltraVue® has a nearly invisible finish that:
Inkjet printing on 195gsm satin photo paper. Smooth satin photo paper for great quality photo prints.
Inkjet printing on 195gsm gloss photo paper for quality images with rich colour and a glossy finish.
Inkjet on Metallic gloss paper. Provides a rich and vibrant quality to photographic prints with a pearlescent surface finish.
Eco solvent printing on 340 gsm coated canvas for stretching and framing printed photos and artworks.
Acid free to protect the image. Non-adhesive 5mm foam-core is a lightweight backing option that allows for images to be easily swapped out. Best option for watercolours.
Acid free to protect the image. Adhesive 5mm foam-core is a lightweight backing option that smooths rolled up images out and allows for the flattest mounting of the image. Best option for photo prints and posters.
All frames available on our site are timber frames that are sustainably and ethically sourced. There will be variations in grain and colour for any moulding with a raw timber finish, white wash finish or light colour stain as they are made of a natural product which will vary from batch to batch. Natural timber colour may also change over time from being handled or due to light exposure.