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Balsa Wood In addition to its use in the Parabolic Stringer, Balsa Wood is used on our decks and bottoms as a sandwich material. Read the Full Story
Expanded Polystyrene (EPS) Our Expanded Polystyrene (EPS) foam is made up of small Styrofoam like balls. This EPS foam is very light; even the foam in Pro weight PU boards weighs about 3 or 4 times more. This allows us to create some of the lightest surfboards on the planet. Read the Full Story
Epoxy Resin We use epoxy resin as a ‘glue’ to laminate components such as EPS foam, fiberglass and balsa wood together. With longer chemical bonds than polyester resin that is used in traditional PU surfboards, epoxy laminated fiberglass can bend further before it starts to fracture. This means stronger surfboards. Read the Full Story
Parabolic Stringer
Since 1991 Sunova has wrapped the entire outline of each of our ‘woodies’ in a half inch of balsa wood, giving us the parabolic rail, or the parabolic stringer as some people prefer to call it.  This creates a timber frame which allows our boards to bend and importantly, twist through turns and spring back with incredible liveliness. Read the Full Story

Expanded Polystyrene (EPS)

Our Expanded Polystyrene (EPS) foam is made up of small Styrofoam like balls. This EPS foam is very light; even the foam in Pro weight PU boards weighs about 3 or 4 times more. This allows us to create some of the lightest surfboards on the planet. In addition, our EPS can be squashed and will bounce back to its original shape through many uses. This attribute is critical to the ‘ride cushioning’ bottoms of our surfboards. As one of our surfboards encounters chop, the bottom can morph subtly to absorb that chop rather than ping-pong balling off like some other epoxy surfboards tend to.