NICKEL ALLOYS
All families
INVAR
Invar®, also known generically as FeNi36 (64FeNi in the US), is an iron-nickel alloy renowned for its remarkably low coefficient of thermal expansion...
825
The consumables effectively deposit Cr-Ni-Mo-Cu weld metal, showcasing a robust corrosion resistance to organic acids and hot sulfuric acid. The subst...
690
Engineered to correspond with alloy 690, increasingly preferred over alloy 600 for high-temperature corrosion applications, especially in the nuclear...
Pure Nickel
Characterized by a composition of low-carbon pure nickel with a strategic addition of titanium for refinement and deoxidation, this filler metal excel...
50/50Nb
Formulated for compatibility with alloy IN-657, these consumables are also well-suited for welding the titanium-bearing wrought version, IN-671. Alloy...
C276
The deposited weld replicates the composition of parent alloy C276, comprising Ni-15%Cr-16%Mo-4%W-5%Fe. Precise control over C and Si levels is implem...
Monel 400
Weld metal derived from Monel alloy 400, enhanced with elevated levels of Mn and Ti to counteract hot cracking and porosity, employed for welding allo...
C22
The composition of the weld deposit, Ni-22Cr-13.5Mo-3W, is tailored to correspond to the nickel base alloy commonly referred to as alloy C22. The elev...
82
These weld metals lack a direct equivalent parent material, but their composition shares similarities with Inconel™ 600. The inclusion of Mn and Nb en...
ALLOY X
Consumables tailored for welding Hastelloy X base metal and executing dissimilar welding between this alloy and nickel base alloys, stainless steel, c...
657M
Filler metal classified under this classification is employed for overlay cladding on ferrous materials in high-temperature applications. Moreover, it...
WELD-A
The weld metal, devoid of a directly equivalent parent material, nonetheless shares its composition characteristics with Inconel 600. Mo and Nb are in...
625
Engineered to replicate the composition of alloy 625, this consumable is widely recognized for its exceptional resistance to general corrosion, pittin...
686
Tailored with precision, these consumables are designed to replicate the composition and characteristics of alloy 686. The heightened levels of Nickel...
617
For elevated temperature applications reaching approximately 1100°C, this filler metal exhibits commendable microstructural stability, high resistance...
602
Crafted to match the composition and properties of alloy 686, these consumables exhibit resilience in diverse conditions. Elevated Nickel and Molybden...
59
Designed to match the alloy 59, the weld deposit proudly showcases a precise composition of 59% Ni, 23% Cr, and 16% Mo. Alloy 59 surpasses alloys C276...
625W
This consumable closely resembles DAIKOW 625 (ERNiCrMo-3), albeit without the inclusion of Niobium (Nb). The fully austenitic weld metal it produces e...
718
Engineered to align seamlessly with Alloy 718, this material assures outstanding corrosion resistance across diverse environments. The weld metal, cha...
92
This alloy is employed in the welding of nickel base alloys, facilitating connections to themselves as well as to stainless steels, carbon steels, and...
