INNOVATIVE SOLUTIONS
PROVEN RESULTS
FIBREMAX:
WHERE EXPERTISE MEETS INDUSTRY DEMANDS
Innovation That Works for You
At FibreMax, we don’t just manufacture cables — we engineer solutions that give our customers a competitive edge. Our expert design team thrives on challenges, working closely with you to create fully customized cable systems that deliver real-world results.
With access to a wide range of high-performance fibers, we craft precision-engineered cables tailored to your exact needs — whether you're lifting, mooring, or building the future. No matter the application, we turn your toughest requirements into powerful advantages..
NO LIMITS
JUST SOLUTIONS
On- & offshore cranes
Heavy lifting demands more than just strength — it requires precision, reliability, and long-term performance. FibreMax cables deliver on all fronts. Engineered for both onshore and offshore crane operations, our cables offer exceptional load-bearing capacity with a lightweight design that enhances safety, maneuverability, and installation efficiency. With superior corrosion resistance and no structural stretch, FibreMax cables ensure reliable performance in even the most extreme environments. And with a lifespan that outlasts the crane itself, FibreMax sets a new benchmark in durability — reducing downtime, maintenance, and total cost of ownership.
Renewable Energy
As the world accelerates toward cleaner energy, FibreMax plays a pivotal role in securing the future of renewable power. Our high-performance cable solutions are engineered to support all floating wind technologies — from semi-submersibles to TLPs and spar platforms — with ultra-reliable mooring lines and tendons designed for long-term performance in harsh offshore conditions. In addition, FibreMax technology strengthens the stability of XXL monopiles, delivering precise dynamic stiffness, high-load capacity, and easier handling with significantly reduced weight. From floating platforms to fixed foundations, FibreMax enables sustainable, low-maintenance power generation with the strength and flexibility required to meet the demands of the global energy transition..
Infrastructure and Construction
Building the foundations of tomorrow requires strength that lasts. FibreMax’s endlessly wound cables are engineered for long-term performance and structural reliability in even the most demanding construction and infrastructure applications. With exceptional durability, zero constructional stretch, and resistance to fatigue and corrosion, FibreMax cables deliver unmatched longevity — making them the ideal choice for bridges, tension structures, high-rise projects, and more. When performance can’t be compromised, FibreMax cables stand the test of time.
Limitless Possibilities
At FibreMax, material innovation meets engineering precision. With a broad selection of FibreMax-qualified high-performance fibers — including aramid, HMPE, carbon, and polyester — we have the flexibility to create customized cable solutions for virtually any application. This extensive material portfolio allows us to tailor each cable to your exact requirements, optimizing for strength, stiffness, weight, durability, or environmental conditions — delivering maximum performance, no matter the challenge
BIGLIFT & HUISMAN
The world's strongest cable
On and offshore
Cranes
Raising the Bar in Crane Technology
Modern crane technology has evolved to meet the demands of heavy lifting at greater heights and extended reach — becoming essential across industries like offshore construction, power plants, infrastructure projects, and wind turbine installation. However, as crane booms grow taller and longer, weight becomes a critical limitation — affecting stability, efficiency, and safety. FibreMax provides the solution. Our lightweight yet ultra-strong cables reduce overall crane weight without compromising lifting capacity or structural integrity. Designed for high-reach and offshore applications, FibreMax cables enhance safety, maneuverability, and operational efficiency — enabling the next generation of heavy-lift performance.
Renewable
Energy
Enabling the Future of Renewable Energy
As the world seeks to reduce its carbon footprint and gain independence from fossil fuel suppliers, renewable energy has become a global priority. Governments and utility companies are investing heavily in sustainable power solutions such as wind, wave, and tidal energy — driving innovation and reshaping the future of global energy production.
FibreMax is at the forefront of this transition, expanding the possibilities across a range of offshore renewable technologies. Following the success of shallow-water and fixed-bottom wind farms, the industry is now advancing into deeper waters, where performance, reliability, and longevity are critical.
FibreMax delivers the solution with custom-engineered tethers and cable systems designed for:
- All floating wind technologies, including semi-submersibles, spars, and barge platforms
- XXL monopiles, offering reduced weight and high-load capacity for next-generation foundations
- Wave energy devices in dynamic, high-load marine environments
Our cables are:
- Exceptionally durable, withstanding multi millions of load cycles
- Low-maintenance and corrosion-resistant
- Lightweight and easy to handle, simplifying offshore logistics and installation
FibreMax empowers the renewable sector with future-ready solutions that meet the growing demands of deepwater energy — with unmatched reliability and lifespan.
Other
Applications
Engineered Strength for the World’s Toughest Applications
FibreMax is a leading manufacturer of high-strength, lightweight cables designed to perform in the most demanding environments. From cranes and offshore wind platforms to aerospace, mining, and underwater applications, our cables are trusted by industry leaders for their exceptional strength, reliability, and corrosion resistance.
Built to withstand extreme loads and harsh conditions, FibreMax cables deliver superior performance with a longer lifespan and minimal maintenance — making them the preferred choice across sectors where durability and precision matter most.
