DiveR Blue Innegra Spearfishing Fins

Innegra/Carbon

DiveR’s top fins are made from an innegra and carbon mix. The Innegra weave interlaced with the carbon reinforces the structure and massively improves the durability of these blades making them near bomb proof.

The Innegra Material gives you an ultra-efficient carbon fin that’s super strong and will last you a lifetime.

“We were looking for a new flagship fin that generated the most power with the least amount of effort. We partnered up with TeXtreme® engineers to find the right solution both in carbon fibre and resin system to achieve our goals, and now we’re excited to present our TeXtreme® Innegra™ fin that’s an ultra-light fin that can deform far more than previous carbon/aramid fins without failing. We’re given outstanding results when using TeXtreme® Technology in our fins and are continuing to work closely with the TeXtreme® team in developing materials that add both toughness and mechanical advantage to the end product” says Ray Powell, founder of DiveR Australia.

TeXtreme® technology is based on using Spread Tows rather than traditional round tows to create ultra-light weight, high-performance products. Companies who utilise the TeXtreme® Technology achieve significantly higher results in minimising weight while increasing rigidity and strength when compared to other carbon fibre materials.

Due to the use of TeXtreme® Innegra™ hybrid fabric, DiveR are able to maximise the weight savings with the thin ply advantages of TeXtreme® Technology and combine it with the hydrophobic and ductile properties of Innegra™. This creates the most advanced fin ever made.

TeXtreme® technology are able to utilise the benefits of thin ply principles where research studies have shown the maximum strength until breakage is more than twice as high when compared with conventional carbon fibre fabrics.

TeXtreme® is used in Formula 1, America’s Cup, NASCAR and Le Mans racing, and even bicycles, golf clubs, surfboards, tennis rackets, table tennis blades, rowing shells, skis, snowboards and ice hockey sticks. In addition, various industrial and advanced aerospace applications also take advantage of this unique technology.