in our fibre
Since 2009, FibreMax has been producing the world's strongest synthetic cables in Joure, the Netherlands, using a one-of-a-kind process. The lightweight precision cables are created with endless winding technology, an automated process that continuously winds parallel strands of fibres around two end-fittings until the right cable strength or required cable EA has been reached. After programming the required length, the endless winding robot (EWR) computer calculates the number of fibres and loops required for the specified cable. During the winding process, the EWR maintains an equal tension in all fibres with an accuracy of 0.1%. Maintaining this equal tension ensures that the cables have a high break load, low stretch, and the lowest possible diameter. The cables are highly repeatable, guaranteeing that all cables have the exact specifications required.
Today’s crane business focuses on heavy lifts at increasing reach and heights. Lifting offshore structures, power plant jobs, nuclear work, infrastructure projects and windmill erection all call for cranes that reach increasing heights. But these increasing heights, and subsequently increasing boom lengths, also mean that weight increases too.Read more
2. Renewable Energy
Renewable energy sources are increasingly sought after. In a drive to reduce the carbon footprint of energy production, both governments and utility companies have been investing time, effort and lots of money in the development of green energy sources. An additional drive for developing alternative sources of energy is political, as countries that depend on imported energy seek independence from countries that sell their natural resources for financial gain and political influence.Read more
3. Other Applications
We, as FibreMax, are the recognised worldwide leader in producing customised high-performance fibre cable solutions. With our experience, expertise and technology, our engineers can translate your requirements and needs into cable solutions meeting your complex challenges.Read more