Nuclear-grade fasteners engineered for reactor internals, steam generators, and critical service hardware. Decades of thermal stability, irradiation resistance, and complete material traceability.
Nuclear fasteners operate under conditions where failure is not an option: reactor internals experience neutron irradiation, high-temperature water chemistry, and decades of continuous service. Inconel 718 provides high strength for reactor internals and control rod drive mechanisms with full lot traceability. Nimonic 80A offers long-term thermal stability for steam generator internals where decades of creep life matter more than peak strength. Inconel 625 resists primary water stress corrosion cracking in core components. Hastelloy C-276 handles waste treatment and reprocessing environments with mixed corrosive streams.
UNS N07718 · GH4169
Jet Engines · Gas Turbines · Nuclear · Subsea
UNS N07080 · GH4080A
Turbine Blades · Exhaust Valves · Steam Generators · Industrial Furnaces
UNS N06625 · GH3625
Marine · Chemical Processing · Nuclear · Aerospace Ducting
UNS N10276 · Alloy C-276
Chemical Processing · FGD Scrubbers · Pulp & Paper · Waste Treatment
Reactor internals fasteners, core support bolting, and control rod drive mechanism hardware in Inconel 718. Full heat-lot traceability with EN 10204 3.1 or 3.2 certification.
Steam generator bolting and tube support fasteners in Nimonic 80A for long-term thermal stability. Resists primary and secondary water chemistry at 300-350°C for decades.
Reprocessing plant and waste treatment fasteners in Hastelloy C-276. Resists nitric-hydrofluoric acid mixtures, hot chloride media, and mixed fission product environments.
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