Our heat shields and exhaust heat management products provide a functional and effective thermal shielding solution. Steeleson can manufacture these products to suit all designs, no matter how complex they might be.
Steeleson’s heat shields can be fully fabricated within a short time frame, allowing for quick turnarounds. This makes us the perfect choice when time is a key factor. Our in-house design and fabrication teams can even manufacture our own tooling, enabling us to provide a fully bespoke service.
Our heat shielding products are ideal for use on exhaust systems and many other applications. We utilise high-quality insulation materials with continuous high thermal stability up to maximum temperatures. For more information, please contact our team today on 01772 682 410.
Our Heatshield products go hand in hand with all our proto-type assemblies & components, they can be manufactured to series representative quality or hand formed to enable a fast but efficient solution. Whether we are manufacturing parts with press tools or working to basic flat pattern designs all of our heatshields offer effective thermal protection for use in a wide range of applications.
Engine exhausts can emit extreme temperatures, potentially causing thermal damage to adjacent exhaust and other engine parts. Using effective heat shielding reduces the likelihood of breakdowns and reduces maintenance costs.
Protecting vehicles and other parts from extreme heat is also in the interests of safety. High levels of thermal energy increase the risk of fire; Steeleson’s experts can help you make your exhaust systems as safe as possible. This is particularly important in high-performance engines and under extreme operating conditions
Steeleson Engineering is an exhaust system manufacturing company that specialises in creating fully-functional prototypes that can be used in transport and power generation systems.
Our impressive list of clients relies on our experience and skill, but the most highly-valued element of our service is our ability to complete the most difficult and complex of engineering challenges.