High-strength material with unidirectional reinforcement, especially in the direction of fibre orientation for structural applications.
HPC 1200
Structural HPC
High-strength composite engineered for structural applications requiring exceptional stiffness and load-bearing capacity.
High-Performance Composite (HPC) combines chopped, randomly distributed glass fibres with continuous, unidirectional fibres to achieve exceptional strength and stiffness. The unidirectional reinforcement provides superior mechanical performance along the fibre orientation. HPC is ideal for structural components requiring high load-bearing capacity and durability. Its controlled fibre alignment allows precise design of stiffness and strength for demanding automotive, commercial vehicle and industrial applications.
High-strength material with unidirectional reinforcement, especially in the direction of fibre orientation for structural applications.
Structural HPC
High-strength material with unidirectional reinforcement and high glass content, guarantees especially high strength in the fibre direction.
Structural HPC
From initial concept to full-scale production, our experts collaborate closely with your team to develop tailored HPC formulations and fibre architectures that meet your exact structural and performance requirements. Our capabilities include:
Menzolit HPC delivers unmatched strength and stiffness in critical load directions thanks to its unidirectional reinforcement. Our expertise ensures consistent quality, dimensional stability and reliable performance across batches. HPC supports lightweight yet durable components for automotive, commercial vehicle, industrial and structural applications. Choosing Menzolit means partnering with a trusted provider of high-performance, precision-engineered composites.
Sustainability is embedded into every stage of development at Menzolit, from responsible material selection to efficient production processes. Our HPC solutions are designed to optimise material usage, support lightweighting, and improve energy efficiency in end applications. This approach helps reduce environmental impact while delivering exceptional structural performance, durability, and long-term value.
Get expert guidance to select the right HPC grade for optimal performance and durability.