Patent
A titanium-free, nickel-containing maraging steel die block article and method of manufacture
Kenneth E. Pinnow,Carl J. Dorsch +1 more
TLDR
A powder-metallurgy-produced, essentially titanium-free, nickel-containing maraging steel article such as for use in the manufacture of die casting die components and other hot work tooling components is described in this paper.Abstract:
A powder-metallurgy-produced, essentially titanium-free, nickel-containing maraging steel article such as for use in the manufacture of die casting die components and other hot work tooling components. The article preferably contains an intentional addition of niobium. The article may be produced as a hot-isostatically-compacted, solution annealed, fully dense mass of prealloyed particles, or alternately, as a hot-isostatically-compacted, plastically deformed and solution annealed, fully dense mass of prealloyed particles.read more
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Patent
Maraging steel having high fatigue strength and maraging steel strip made of same
Toshihiro Uehara,Etsuo Fujita +1 more
TL;DR: In this paper, the authors provided inexpensive maraging steel having high fatigue strength and a maraging strip formed by use of the same, consisting essentially, by mass, of not more than 0.008% C, from 0 inclusive but not more more than 2.
Patent
Method for producing a mandrel for use in hot isostatic pressed powder metallurgy rapid tool making
Dawn White,Daniel Edward Wilkosz +1 more
TL;DR: In this article, a method for composite mandrel (20) for use in creating a precise set of surface features inside a hot isostatic pressed (HIP) billet for producing a desired tool uses a composite nickel shell (16) and ceramic interior (18).
Journal ArticleDOI
Optimization of direct aging temperature of Ti free grade 300 maraging steel manufactured using laser powder bed fusion (LPBF)
TL;DR: In this paper, the direct aging of a Ti-free grade 300 maraging steel fabricated via laser powder bed fusion (LPBF) for two different aging times was investigated and it was shown that direct aging at a temperature of 440 −∘C for 6h resulted in the best strength-ductility combination.
Patent
Saw blade including a cutting element made by powder metallurgy
TL;DR: A saw blade (1) includes a tooth supporting body (2) and a plurality of teeth (3) being arranged at the root of the root body (4).
Patent
A maraging steel article and method of manufacture
TL;DR: In this paper, a fully dense, powder-metallurgy produced maraging steel alloy article of prealloyed powder for use as a tool for high temperature applications is presented.
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Journal ArticleDOI
Precipitation reactions and strengthening behavior in 18 wt pct nickel maraging steels
TL;DR: In this article, the Johnson-Mehl-Avarami equation was used to describe the kinetics of precipitate nucleation in maraging steels C-250 and T-250, and the crystallography, structure and composition of the strengthening precipitates were studied utilizing analytical electron microscopy and computersimulated electron diffraction patterns.
Patent
Production of clad metal articles
TL;DR: In this article, the cladding is prepared by pressing metal powders to desired form, the green form is sintered and coextruded hot with the core or basis material Highly corrosion resistant cladding metals can be applied to basis materials of iron-group metals including common structural materials.
Patent
High strength, high fatigue structural steel
TL;DR: In this paper, a duplex strengthened structural steel that is particularly suitable for demanding applications which require both high yield strength and fatigue properties is provided, which is characterized by both the presence of intermetallic strengthening precipitates like maraging steels, as well as alloy carbide strengtheners as is common with secondary hardening steels.
Patent
Welded bimetallic sawblade or metal saw band
TL;DR: In this article, a bimetallic saw blade or band saw includes a support strip and a tool steel top layer of high speed tool steel and sawteeth in at least the top layer, and the support strip is martensitically hardenable maraging steel having a maximum carbon concentration of 0.05 wt. %.
Patent
Cutting tools and a process for the manufacture of such tools
TL;DR: In this article, the authors describe a cutting tool consisting of a martensitic matrix having a grain size of 5-70 μm, determined as austenite grain size, containing 5-15 percent by volume of an intracrystalline, very homogeneously distributed fine-disperse phase consisting of an intermetallic compound of Fe, Co, W and/or Mo.