Aerospace applications
Heat treatment and brazing for turbine parts, titanium structures and thermal-control assemblies.
Match your component and alloy with a vacuum furnace built around your process, load and production goals.
01 / Components & applications
Find your component below. Each application connects the part, processing objective and furnace route.
Nickel-based superalloy components with demanding temperature, surface and distortion requirements.
Vacuum heat treatment or brazing, configured around the alloy, thermal cycle and required cooling response.
Frames, brackets and precision hardware where oxidation control and dimensional stability matter.
Solution treatment, aging or stress relief with furnace cleanliness, loading and cooling matched to the part.
Stainless-steel or aluminum assemblies with complex flow paths, joints and leak-tightness requirements.
Vacuum brazing based on parent material, filler system, joint clearance, cleanliness and assembly support.
Lightweight assemblies that depend on controlled joint formation and consistent load support.
High-vacuum brazing with cycle development guided by joint geometry, filler placement and part restraint.
Chambers, nozzles and internal assemblies exposed to high temperatures and demanding service conditions.
Vacuum heat treatment, brazing or a combined process route aligned with material condition and repair or production scope.
Small or intricate parts where joint repeatability, surface condition and controlled heating are important.
Vacuum brazing with fixtures, ramp control and load-specific process development selected for the assembly.
02 / Furnace selection
These routes provide a practical starting point. Chamber size, hot zone, pumping, heating, cooling and controls are confirmed against your project inputs.
For heat exchangers, honeycomb structures, sensors and precision assemblies requiring controlled joints and clean surfaces.
Explore brazing systems →For solution treatment, aging, stress relief and other alloy-specific cycles with defined heating and cooling requirements.
Explore heat-treatment systems →For powder-based and additively manufactured components where debinding, sintering or material-specific atmosphere control is required.
Explore sintering systems →For feasibility review, process development or production support before an equipment route is finalized.
Review process support →Further reading
Compare the process family with the part and production objective before selecting a specific furnace configuration.
