Their use demands careful design consideration and controlled manufacturing processes. Our engineers provide bespoke design and manufacturing services for specialist materials and complex projects, supporting clients from early evaluation through to finished production. Each solution is tailored to achieve reliable, repeatable performance – whether optimising geometry for a composite lay-up, managing thermal expansion across bonded materials, or refining tooling for high-accuracy assemblies.
This approach allows clients in aerospace, defence, medical, electronics, and advanced industrial sectors to realise innovative designs with confidence, achieving the highest standards of performance, reliability, and compliance from prototype through to full-scale manufacture.
Ceramics
Ceramics provide outstanding hardness, electrical insulation, and dimensional stability at high temperatures, making them invaluable in environments where metals and polymers cannot maintain performance. They resist wear, corrosion, and heat, ensuring consistent operation in components exposed to demanding mechanical or thermal conditions.
Our engineers work with advanced technical ceramics such as Zirconia and ZTA (Zirconia Toughened Alumina), selected for their dielectric & mechanical impact strengths, chemical resistance, low thermal conductivity and high cosmetic polish. These materials are used in medical devices, instrumentation, aerospace assemblies, and precision electronics, where insulation, hygiene, and reliability are essential.
Carbon Fibre
Carbon fibre composites deliver an exceptional strength-to-weight ratio, combining rigidity with low mass. Their fatigue resistance and stability under heat make them indispensable wherever reduced weight directly improves performance or efficiency.
They are widely applied across aerospace, motorsport, and high-performance industrial systems, including lightweight frames, housings, panels, and structural covers. The material’s vibration damping and low thermal expansion also make it ideal for optical, electronic, and metrology equipment, where accuracy and repeatability are non-negotiable.
Bi-Metallic Plating
Bi-metallic plating merges the properties of two metals to achieve strength, conductivity, corrosion resistance, mechanical action or aesthetic appeal in a single solution. A wide variety of pairings offer a range of electrical, thermal, or environmental specifications.
This process is widely adopted in electronics, telecommunications, and instrumentation, where electrical continuity and corrosion control are critical. Components such as connectors, heat sinks, and decorative fittings benefit from enhanced performance without unnecessary cost or weight.
FRP (Fibre Reinforced Polymers)
Fibre-reinforced polymers combine polymer matrices with glass, carbon, or aramid fibres to deliver strength, stiffness, and low weight in a single composite structure. They retain structural integrity under vibration, impact, and environmental exposure, making them particularly suited to transport, marine, and renewable energy applications.
Common uses include industrial panels, casings, and lightweight enclosures, where resistance to corrosion and fatigue is essential. Controlled fibre alignment and curing processes maintain uniform strength and dimensional stability, even in complex or large-scale components.
Explore Materials
Selecting the right material early in the design process helps avoid downstream issues, reduces waste, and ensures consistent, repeatable results. Find below other materials for you to explore.
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Whether you have a question, require more information, or want to discuss a potential project, our expert engineering and operations teams are on hand to help you.
We look forward to hearing from you and collaborating on innovative solutions for your business.
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