What is Curava?
Curava is a product line of surfaces ideal for countertops, vanities, accent walls, bar tops and furniture tops. Our surfaces incorporate the striking look of 100% recycled glass and quartz particulates bound by the strength and durability of resin.
Where does the recycled glass come from?
Curava surfaces are made from 100% post-consumer, post-industrial recycled glass. The recycled glass in Curava is collected from landfills and other resources from post-consumer and post-industrial waste, including discarded glass bottles and window and windshield glass.
What do I need to do to maintain my Curava surface?
Curava surfaces are relatively easy to maintain. They are nonporous and therefore require no sealing. Please refer to the Use & Care page for cleaning instructions.
Will Curava stain, chip or crack?
Curava surfaces are extremely strong and durable and will withstand years and years of normal use. In the unlikely event of damage, it can be easily repaired by your fabricator.
How do I go about ordering this product?
Please refer to the Find Curava section.
What colors are available?
Curava offers many colors. Please visit the Colors page to view our product line.
Can I get a custom color?
Custom colors are available for large commercial orders. Please contact us to discuss a commercial project.
What finishes are available?
In addition to the standard polished finish, a sea glass finish is available currently on selected colors. Please visit the Colors page to view our product line.
What is the ‘sea glass’ finish?
Similar to a leathered finish for granite, the sea glass finish lends a softer, more textured effect, causing the recycled glass to resemble natural sea glass. For more details see the Why Curava page.
What size surfaces are available?
Slabs are 120”x55”x3cm; Jumbos slabs are 126”x63”x3cm; please confirm availability by color with your fabricator.
What if I can’t find a retailer in my area?
Please call our office at (603) 262-1487 to determine your options for ordering your custom Curava surface.