Bonding adhesives in wing fuel tanks requires exact temperature control and complete process reliability. Our heating blankets deliver uniform heat across complex surfaces — ensuring every bond meets the structural and safety requirements that aviation demands.
As the industry shifts to carbon fibre and composite structures, curing quality becomes a critical production variable. Our blankets provide precise, repeatable heat profiles across large and curved surfaces — the consistency that composite manufacturing requires.
The shift to composites is driven partly by sustainability — lighter airframes mean lower fuel consumption and reduced emissions. Our heating solutions support that transition, enabling the curing processes that make next-generation aircraft possible.
In aviation manufacturing, heat is not a convenience — it is a structural necessity. Adhesive bonding is used throughout aircraft production, from wing skin assemblies to fuselage panels, and the quality of every bond depends on precise, uniform temperature control during curing. In wing structures that incorporate integral fuel tanks, this requirement is absolute: uneven curing or insufficient heat can compromise bond integrity in components where failure is not an option.
Our heating blankets are used directly in these production environments. They conform to complex surface geometries — curved wing skins, ribbed internal structures, tapered leading edges — delivering consistent heat profiles across the full bonding area. The result is repeatable, verifiable curing that meets OEM specifications and the traceability requirements of regulated production environments.
The aviation industry is undergoing a fundamental shift in how aircraft are built. Carbon fibre and composite materials now make up the majority of structural weight in modern commercial aircraft — and that share is growing. Composites are lighter than aluminium, stronger under load, and more resistant to fatigue and corrosion. But they require heat to cure, and curing quality directly determines structural performance.
This transition is also sustainability-driven. Lighter airframes burn less fuel — and the decarbonisation targets facing the aviation industry make every kilogram of weight reduction a meaningful contribution. Our heating blankets support composite production at scale: from single-component layups to large structural panels, we deliver the controlled thermal environment that composite manufacturing demands. As the industry moves towards next-generation aircraft, the role of precise surface heating in production will only grow.
We design and manufacture advanced surface heating systems tailored to your process. With decades of experience and in-house engineering, we deliver reliable, safe, and efficient heating solutions – from standard products to fully customised solutions built to your specifications.
