Carbo-Link AG
Innovative CFRP structural elements since 2000.
Carbo-Link, founded in 2000 as an EMPA spin-off, is a pioneer in advanced carbon composites with AS9100D Aerospace & Defence certification. We design and manufacture solid carbon rigging compatible with all mast makers, as well as high-performance masts and booms. Every product is custom-built in Europe to exact specifications, delivering unmatched strength, precision, and performance.
STAND NUMBER:
08.610
CATEGORIES:
Trading regions
Africa:
Algeria, Angola, Benin, Botswana, Bouvet Island, Burkina Faso, Burundi, Cameroon, Cape Verde, Central African Rep, Chad, Comoros
Americas:
American Samoa, Anguilla, Antigua & Barbuda, Argentina, Aruba, Bahamas, Barbados, Belize, Bermuda, Bolivia, Brazil, Canada
EVENT:
METSTRADE 2025
ADDRESS:
Undermuelistrasse 25 8320 Fehraltorf Zurich Switzerland
WEBSITE:
Products
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CL ELLIPSE, CL SOLID
CL SOLID/CL ELLIPSE carbon rigging, from TP52s to superyachts, offers the optimum performance at the lowest cost of ownership.
CL SOLID and CL ELLIPSE solid carbon rigging form the cornerstone of Carbo-Link's marine solutions. First supplied in 2001 to round-the-world trimarans, CL SOLID rigging has since been utilized across various yachts, from TP52s and America's Cup winners to 80m+ superyachts. Our rigging solutions are unparalleled, offering the highest performance with the lowest weight and windage for any given EA. Additionally, Carbo-Link's rigging boasts the lowest cost of ownership.Read moreCarbo-Link Masts & Booms
Carbon masts and booms by Carbo-Link emphasize engineering, technology, and innovation. Designed for simplicity, reliability, and performance.
Our carbon masts and booms, crafted in Germany, emphasise first-principles engineering, cutting-edge technology, and innovation. Designed for simplicity, reliability, and performance, our custom-built spar packages are aimed at those looking for a reenergized, design-led approach. Carbo-Link leverages expertise in material science, super-lightweight and durable aerospace design and construction techniques, and vast amounts of sailing and racing experience to deliver on your exacting objectives.Read moreCL HYBRID
CL HYBRID features flexible sections at mast interfaces, with solid carbon elsewhere. Combined with ellipse profiles, they offer optimum performance.
CL HYBRID offers flexible sections where needed and solid carbon everywhere else. This continuous cable has no joins, ensuring seamless performance. Flexible sections are strategically placed at deflector locations and boom interface areas, providing adaptability and strength where required. The solid sections can be profiled into ellipses with varying aspect ratios, optimizing aerodynamic efficiency. CL HYBRID combines flexibility and rigidity for unmatched performance.Read moreCL TORQUE
Efficient furling forestays with zero degradation. Unidirectional core with +/-45 outer fibers ensures high torsional stiffness and minimal lag.
Our furling forestays are the most efficient, offering zero degradation over time. Featuring a unidirectional core with +/-45 outer fibres cured into a solid carbon cable, they ensure stiffness in both tension and compression during furling. This design provides high torsional stiffness and minimal lag from bottom to top, guaranteeing superior performance and reliability. Experience unmatched efficiency and longevity with our advanced furling forestays, with optimal performance in all conditionsRead moreCARBO-LINK SPARS
Innovation-driven carbon spar manufacturer, creating custom masts and booms that deliver precision and performance through close client collaboration.
Carbo-Link is an innovation-driven carbon spar manufacturer, delivering custom masts and booms with unmatched performance through strength-to-weight optimization and aerodynamic efficiency. Built with Swiss precision using advanced QA, 3D modelling, and material science, our solutions reflect over two decades of credibility in rigging and composites. We offer real choice as an independent, agile alternative, powered by innovation through proprietary, vertically integrated processes.Read more