Tc4 Ta2 Corrosion-Resistant Titanium Hex Flange Lock Nut

Manufactured from premium TA2 pure titanium and TC4 Ti-6Al-4V titanium alloy, our nuts deliver ultra-light performance while maintaining outstanding structural strength for long-term heavy-duty use.

Possess exceptional comprehensive corrosion resistance, effectively resisting erosion from seawater, acid, alkali, chloride salt and various chemical media without rust or surface degradation.

TC4 titanium alloy base features ultra-high tensile strength reaching over 895MPa, which is comparable to grade 10.9 high-strength steel, resisting impact, extrusion and permanent deformation under ha

Inherits unique non-magnetic property of titanium material, and can stably work under continuous high temperature environment up to 400 degrees Celsius without performance attenuation, suitable for pr

Adopts cold forging forming combined with precision CNC turning process, equipped with standard 6H precision internal thread, ensuring tight matching, smooth disassembly and assembly, and effectively

Multiple mature structural designs are available for selection, including standard hex nuts, integrated flange nuts and nylon insert lock nuts, meeting fastening demands of vibration-prone machinery,

Cover full metric specifications ranging from M2 to M36, and we support customized non-standard sizes, special thickness and special tooth patterns according to customer drawing and sample requirement

Diversified optional surface treatment processes, including matte raw titanium finish, mirror polishing and multi-color anodizing treatment, to meet different appearance and wear resistance demands of

No rust and almost zero maintenance cost even after long-term exposure to outdoor salt spray, coastal marine environment and chemical workshop, greatly extending the whole service cycle of your equipm

Widely applicable to multiple high-end industries such as aerospace equipment, offshore marine facilities, chemical anti-corrosion pipelines, new energy vehicles, motorcycle & bicycle modification and