for longer, lighter and stiffer wind turbine blades
Glass fibre is a material of choice to build wind turbine blades with the best performance at the best cost. 3B is constantly working in partnership with the wind industry to optimize its glass fibre reinforcements, directly participating in a power generation that is clean, reliable, long-term and quick to install.
3B is dedicated to the wind industry
At 3B, we believe wind plays a key role in addressing the climate change challenge while meeting the world’s long-term energy needs. About 1.5 billion people still do not have access to electricity and at the same time energy consumption by the industrial nations is permanently increasing.
This has prompted a major drive towards the installation of new wind turbines around the world.
3B is contributing directly to the development of the fast growing wind market:
- we design efficient and innovative wind energy solutions, which are available globally
- our solutions are built upon environmental responsibility and technological innovation
- we focus on servicing and supporting our customers in the most effective and cost-efficient way.
As a leading European developer and supplier of glass fibre products, 3B’s unrivalled competence in fibreglass development and technology is helping to create a more sustainable future throughout the complete wind value chain.
Glass fibre solutions designed to catch the wind
3B-the fibreglass company is blowing fresh prospects into the wind energy sector by providing a benchmark series of products for turbine blade manufacturing:
- Each reinforcement product is designed for specific resin systems: Acrylic, Epoxy, Polyester, Vinylester, Polyurethane…
- Our products are engineered to provide optimum performances for the manufacture of wind turbine blades achieving best-in-class composite properties.
Check out our wind glass fibre product portfolio dedicated to wind turbine blades for onshore and offshore.
3B's wind stars
W 3030, high modulus glass roving for Polyester and Vinylester
HiPer-tex®, 3B’s high performance fibre, is the best ally of flexible blade design, offering significantly better performances than traditional E-glass, definitely contributing to reducing the cost of wind energy.
Specifically developed and engineered for polyester and vinylester resin systems and for resin infusion processes, HiPer-tex® W 3030 roving provides a novel option to OEMs. W 3030 allows OEMs to manufacture longer and lighter blades for the larger multi-megawatt wind turbines located both onshore and offshore.
HiPer-tex® W 3030 combines:
• the highest performance glass properties
• enhanced sizing compatibility with unsaturated polyester and vinylester resin systems.
In a typical unidirectional polyester or vinylester laminate with an average glass volume fraction of 60%, HiPer-tex® W 3030 roving offers:
• 54-56 GPa E-modulus
• 1400-1500 MPa tensile strength
• Up to 50% improvement in transverse strength
• Up to 10 times longer lifetime in fatigue resistance versus traditional E-glass
With HiPer-tex® W 3030 3B helps blade manufacturers narrow the gap with higher cost composite solutions, offering a cost-efficient high-performance solution.
|Polyester, Vinylester, Epoxy||W 3030||Thermosets||Higher modulus||Weaving, Non-crimp fabrics, Prepregs, Filament winding, Pultrusion||Download W 3030 datasheet|
SE 2020, best-in-class E-CR glass roving with epoxy specific sizing
3B's SE 2020 delivers superior mechanical performances and attractive properties to the wind energy market for epoxy resins to create the next generation of wind turbine blades.
SE 3030, 3B's multiresin glass roving
3B has developed a multiresin roving, which is particularly well suited to wind and performance composite applications with polyester, vinylester and epoxy resins.
SE 3030 demonstrates better properties than traditional multicompatible sizings:
- better wet-out
- higher shear strength
- greater interfibre strength
- excellent fatigue resistance.
|Polyester, Vinylester, Epoxy||SE 3030||Thermosets||Weaving, Non-crimp fabrics, Prepregs, Filament winding, Pultrusion||Download SE 3030 datasheet|
Technical and conference papers
- Haus des Technik 2015, Influence of glass sizing and storage conditions on composites properties (paper)
- JEC Innovation Award 2014: Co-creation in wind works
- Haus der Technik 2012, Innovative glass fibre developments for stronger and lighter wind turbine blades (paper)
For the wind energy industry
3B is specializing in the development and production of reinforcement solutions dedicated to the wind market.