Manufacturing Compatibility
Compatible with established composite manufacturing processes.
Designed to work within established composite manufacturing methods.
Suitable for processes including resin infusion, vacuum bagging and hand lay-up.
Woven and directional reinforcement materials developed for composite manufacturing across mobility, marine, sporting goods and industrial applications.
Woven and directional reinforcement materials developed for composite manufacturing across mobility, marine, sporting goods and industrial applications.
Different composite applications require different reinforcement architectures. Boom-Bio's product portfolio has been developed to provide engineers and manufacturers with material formats optimised for different manufacturing processes, structural requirements and surface finishes.
Compatible with established composite manufacturing processes.
Suitable for processes including resin infusion, vacuum bagging and hand lay-up.
Reinforcement architectures designed for different load paths and engineering requirements.
Fibre orientation and material architecture can be selected according to load direction and component geometry.
Material options balancing structural performance with aesthetic finish.
Different constructions balance reinforcement performance with surface texture and visual quality.
Engineered reinforcement formats designed around efficient fibre utilisation.
Reinforcement formats are selected to reduce unnecessary material use while supporting manufacturing performance.
Hover or select a principle to explore the engineering approach.
Different composite applications require different reinforcement architectures. Boom-Bio's product portfolio has been developed to provide engineers and manufacturers with material formats optimised for different manufacturing processes, structural requirements and surface finishes.
Compatible with established composite manufacturing processes.
Suitable for processes including resin infusion, vacuum bagging and hand lay-up.
Reinforcement architectures designed for different load paths and engineering requirements.
Fibre orientation and material architecture can be selected according to load direction and component geometry.
Material options balancing structural performance with aesthetic finish.
Different constructions balance reinforcement performance with surface texture and visual quality.
Engineered reinforcement formats designed around efficient fibre utilisation.
Reinforcement formats are selected to reduce unnecessary material use while supporting manufacturing performance.
Hover or select a principle to explore the engineering approach.
A balanced woven natural fibre reinforcement offering good drape, consistent coverage and a distinctive visible surface. Available in a range of weights for different component and design requirements.
Balanced 2×2 twill woven fabric
200–400 GSM
Hand Lay-up; Resin Infusion & VARTM .
Balanced reinforcement in two directions with good surface appearance and handling.
A balanced woven natural fibre reinforcement offering good drape, consistent coverage and a distinctive visible surface. Available in a range of weights for different component and design requirements.
Balanced 2×2 twill woven fabric
200–400 GSM
Hand Lay-up; Resin Infusion & VARTM .
Balanced reinforcement in two directions with good surface appearance and handling.
A multi-directional reinforcement format designed to distribute fibre across two principal directions. It is intended for components where loads are carried across more than one axis.
±45° Biaxial directional reinforcement
300 GSM
Hand Lay-up; Resin Infusion & VARTM
Directional fibre placement without the interlacing associated with conventional woven materials.
A multi-directional reinforcement format designed to distribute fibre across two principal directions. It is intended for components where loads are carried across more than one axis.
±45° Biaxial directional reinforcement
300 GSM
Hand Lay-up; Resin Infusion & VARTM
Directional fibre placement without the interlacing associated with conventional woven materials.
A reinforcement format in which most fibres are aligned in one direction. This allows material to be placed according to the main load path within a component.
Predominantly unidirectional natural fibre reinforcement
200 GSM
Hand Lay-up; Resin Infusion & VARTM
Concentrates fibre reinforcement along the direction where it is most needed.
A reinforcement format in which most fibres are aligned in one direction. This allows material to be placed according to the main load path within a component.
Predominantly unidirectional natural fibre reinforcement
200 GSM
Hand Lay-up; Resin Infusion & VARTM
Concentrates fibre reinforcement along the direction where it is most needed.
Narrow unidirectional reinforcement strips designed for adding fibre exactly where a component requires additional support, without adding full layers across the entire surface.
Narrow unidirectional reinforcement tape
Application-dependent formats under development
Hand Lay-up; Resin Infusion & VARTM
Enables local reinforcement while limiting unnecessary material across the rest of the component.
Narrow unidirectional reinforcement strips designed for adding fibre exactly where a component requires additional support, without adding full layers across the entire surface.
Narrow unidirectional reinforcement tape
Application-dependent formats under development
Hand Lay-up; Resin Infusion & VARTM
Enables local reinforcement while limiting unnecessary material across the rest of the component.
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