Qué hacemos
Glass fibre in CSM, woven roving and biaxial form
Glass fibre in CSM, woven roving and biaxial form
Carbon fibre 3K twill, UD and prepreg
Carbon fibre 3K twill, UD and prepreg
Polyester, vinyl ester and epoxy resin systems
Polyester, vinyl ester and epoxy resin systems
PVC, PET, balsa and honeycomb cores
PVC, PET, balsa and honeycomb cores
Aramid and hybrid reinforcements
Aramid and hybrid reinforcements
Laminate design guidance
Laminate design guidance for stiffness and weight
Materiales
| Glass fibre CSM and woven roving |
| Carbon fibre 3K and 12K |
| Unidirectional carbon prepreg |
| Polyester and vinyl ester resin |
| Epoxy resin systems |
| PVC foam and honeycomb core |
Especificaciones clave
| Especificación | Detalles |
|---|---|
| Reinforcement | Glass, carbon, aramid, hybrids |
| Resin | Polyester, vinyl ester, epoxy, phenolic |
| Core | PVC foam, PET, balsa, honeycomb |
| Thickness | 1.5–40 mm including sandwich |
| Process | Hand lay-up, infusion, RTM, SMC |
| Finish | Gel coat, primer, paint-ready |
Acabados superficiales y postprocesado
Coloured gel coat
Coloured gel coat
Clear coat over carbon
Clear coat over carbon
Primed for automotive paint
Primed for automotive paint
Non-slip moulded textures
Non-slip moulded textures
Preguntas frecuentes
Glass or carbon fibre?
Glass is cheaper and absorbs impact better, which suits most panels, marine parts and enclosures. Carbon gives higher stiffness per weight and is the choice where mass matters, such as motorsport and aerospace.
What does a sandwich core add?
A core separates two skins so bending stiffness rises sharply with very little weight. It is the standard way to build a stiff, light floor, deck or bonnet panel.
Which resin resists water best?
Vinyl ester resists water absorption and osmosis better than polyester, and epoxy performs best of all. Below the waterline we default to vinyl ester or epoxy.
More in this section
CNC Machining Materials
Metals and engineering plastics for CNC machining: aluminium, stainless, steel, titanium, brass, copper and high-performance polymers with grade guidance.
Injection Molding Materials
Resins for injection moulding: ABS, PP, PC, PA, POM, PBT, PEEK and glass-filled grades with shrink, temperature and application guidance.
3D Printing Materials
Materials for industrial 3D printing: PA12, PA11, glass-filled nylon, TPU, engineering resins and high-temperature polymers compared by process.
Sheet Metal Materials
Sheet materials for fabrication: cold rolled and galvanised steel, stainless 304/316, aluminium 5052/6061 and copper, with thickness and finish guidance.
Aluminium 6061-T6
Aluminium 6061-T6 for CNC machining and fabrication: good strength, excellent corrosion resistance and weldability, the default alloy for most parts.
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