French sailmaker incorporates Aluula composites aboard Biotherm race boat
Incidence Sails has successfully integrated Aluula Durlyte into its long-distance ocean race sails after withstanding two years of rigorous testing in numerous open ocean races.
Team Biotherm with Aluula Composite sails. Photo Credit: The Ocean Race
Aluula Composites (Victoria, BC, Canada), an advanced materials technology firm, reports the addition of a new brand partner, Incidence Sails (La Rochelle), a French sailmaker, to introduce a new generation of ultralight, strong and recycle-ready composite material for use in sustainable sailmaking.
After two years of thorough testing on and off the water, Incidence Sails is commercializing Aluula Durlyte, primarily for critical sail reinforcements such as batten pockets, bolt ropes and high wear points such as stanchions and spreaders — additional applications include decksweepers and sail bags. Durlyte consists of a tough, technical film fusion bonded to Aluula’s ultrahigh molecular weight polyethylene (UHMWPE) core via the company’s patented fusion technology, resulting in a lamination that is said to produce a “family of high-performance composite fabrics with a low friction surface and high strength-to-weight ratio.” In addition, the material offers 10 times the abrasion resistance of competing materials; it’s bacteria- and water-resistant; recyclable; accepts heat welding, can be seam taped and is thermoformable; and is proven by Incidence Sails in Transat Jacques Vabre, Route du Rhum and The Ocean Race.
Incidence Sail employees work on Biotherm sails (above) using Aluula Durlyte material (bottom). Photo Credit: Incidence Sail/Bernard Le Bars (top) and Aluula Composites (bottom)
Incidence Sails is supplying skipper Paul Meilhat’s IMOCA Biotherm race boat with high-performance sails for The Ocean Race, a round-the-world racing challenge. With a decksweeper and various critical reinforcements made with Aluula Durlyte on the team’s boat, the initial applications of this material are said to be proving to exceed expectations in some of the most extreme conditions. Sailing for weeks on end in open ocean conditions, Meilhat is regularly sailing at speeds of 25-30 knots (55 kilometers per hour).
“Given the performance impact Aluula has had on kiteboarding and wingfoiling, sailing is a natural next step,” Dave Westwood, Aluula composites director of partner innovation and design, says. “The combination of Durlyte’s extreme abrasion, tear and UV resistance coupled with zero water absorption make it an attractive choice for a technical sail brand such as Incidence Sails in reducing the weight of their sails while greatly improving durability.”
Related Content
-
Hybrid composite architecture enables rigid wind propulsion solution for maritime decarbonization
GT Wings’ AirWing leverages aerospace engineering principles combined with hybrid glass and carbon fiber composite construction to deliver up to 30% fuel savings through compact, deck-compatible wind propulsion.
-
Pultron Composites GFRP rebar addresses facility, marina project challenges
The company’s Mateenbar GFRP rebar has led to more durable solutions for production of a new medical research center, and to improve structures regularly exposed to harsh marine conditions.
-
Recycled carbon fiber composite panels power 40% lighter, durable semi-rigid solar panels
Designed for auxiliary power use while traveling via boat or RV, Italian startup Levante’s custom flexible or standardized semi-rigid solar panels combine the benefits of ReCarbon’s rCF and thermoplastics.
