| Document |
Document Title |
|
JP6419742B2 |
|
|
JP6413720B2 |
In a method for manufacturing a Ca-containing copper alloy, a Ca addition step of adding Ca to molten copper is provided, and, in the Ca addition step, a copper-coated Ca material (20) obtained by coating a surface of a metallic Ca (21) ...
|
|
JP2018163995A |
To suppress for a crystal grain of a metal portion of a semiconductor mounting heat dissipation base board to become a coarse and columnar crystal having high anisotropy, and to suppress heat dissipation based deformation due to a therma...
|
|
JP6400476B2 |
|
|
JP6396247B2 |
|
|
JP6390047B2 |
|
|
JP6391937B2 |
A method and apparatus for vacuum or air casting a molten superalloy, or other metal or alloy, containing an oxygen-reactive alloying element to form a cast part involves introducing the molten metallic material (melt) into a preheated m...
|
|
JP6389378B2 |
|
|
JP6387847B2 |
|
|
JP6387018B2 |
Cover flux devices and methods are shown. Methods and devices are shown such that, as a solidification front moves from a cooling surface of a mold towards a surface of molten silicon substantially opposite the cooling surface, impuritie...
|
|
JP6373557B2 |
|
|
JPWO2017029856A1 |
Ni-based single crystal / unidirectionally solidified superalloy A method for recycling Ni-based single crystal / unidirectionally solidified superalloy parts in which a heat shield coating containing at least ceramic is provided on the ...
|
|
JP2018122361A |
To provide an aluminum structural member which is excellent in freedom of design of member shapes and workability.An aluminum structural member 100 includes: an aluminum extension material 11 made of aluminum or aluminum alloy; and an al...
|
|
JP6365192B2 |
|
|
JP2018115855A |
To improve a melting and casting method and facilities capable of reducing the inclusions of an ingot of a titanium alloy and the other metallic material(s).A metallic material is melted and cast by a casting system comprising: a melting...
|
|
JP2018114556A |
To provide a method for manufacturing a piston for an internal combustion engine.An engine component made of an aluminum alloy, in particular a piston for an internal combustion engine, and an engine component at least partially made of ...
|
|
JP6361051B2 |
A method of manufacturing a flame-retardant magnesium alloy having mechanical properties of a long period stacking ordered magnesium alloy and having an ignition temperature of 800°C or more is provided. The method of manufacturing a fl...
|
|
JP6362698B2 |
A class of alloys is provided that form metallic glass upon cooling below the glass transition temperature Tg at a rate below 100° K/sec. The alloys have a high value of temperature difference (DT) between the crystallization temperatur...
|
|
JP2018111135A |
To provide high-purity tin having an extremely low oxygen content.In high-purity tin, tin purity is 5 N (99.999 mass%, excluding, however, carbon, nitrogen, oxygen and hydrogen) or more, and an oxygen content is less than 10 mass ppb whe...
|
|
JP6354544B2 |
|
|
JP2018516310A |
The present invention relates to an aluminum casting alloy and a method of manufacturing a piston for an engine component, in particular an internal combustion engine, in which the aluminum casting alloy is cast in a gravity die casting ...
|
|
JP6345957B2 |
|
|
JP2018515686A |
Placing the material to be refined in a casting chamber located in the purification chamber; supplying thermal energy to the material to keep it in a molten state: supplying refining gas into the molten material, Purifying the material u...
|
|
JP2018515156A |
The biodegradable body prosthesis comprises a biodegradable body containing an alloy containing at least 85 weight percent magnesium and at least one high melting temperature element having a melting temperature above 700 ° C. This allo...
|
|
JP6342427B2 |
A method for manufacturing a metal component using lost-wax casting is provided. The component is made of, for example, nickel alloy, with a columnar or monocrystalline structure with at least one cavity of elongate shape. The method inc...
|
|
JP6336519B2 |
|
|
JP6335243B2 |
There is provided an injection molding machine that includes a melting device in which a molding material melts to generate a molten material; an injection device from which the molten material supplied from the melting device is injecte...
|
|
JP6334526B2 |
Crucible compositions and methods of using the crucible compositions to melt titanium and titanium alloys. More specifically, crucible compositions having intrinsic facecoats that are effective for melting titanium and titanium alloys fo...
|
|
JP6324133B2 |
|
|
JP2018069265A |
To safely, stably produce an ingot.Provided is a casting device 10 comprising: a mold 14 installed at the inside of a vacuum chamber 12; and a raw material feeding means 16 feeding a metal raw material S to the mold 14. Further, the casi...
|
|
JP2018065160A |
To mold a casting with a satisfactory shape by a semi-solid die casting method using an aluminum alloy expanded material.Provided is a method for producing a casting in which the slurry of an aluminum alloy in a solid-liquid coexistent s...
|
|
JP6308672B2 |
|
|
JP6305014B2 |
The present invention relates to a method and apparatus of casting a near-net shape article. In order to achieve an equiaxed grain microstructure for the shape article, the method comprises providing a melt comprising molten metallic mat...
|
|
JP6299859B2 |
A casting mold (10) to cast a TiAl alloy includes a casting mold body (14) formed into a bottomed shape and provided with a cavity (12) into which a molten TiAl alloy is to be poured. The casting mold body (14) includes a reaction-resist...
|
|
JP2018035430A |
To provide a manufacturing method of an aluminum porous body having wide surface area.The manufacturing method of an aluminum porous body has the steps for: manufacturing an aluminum alloy casting body of a solidification structure havin...
|
|
JP2018035432A |
To provide a manufacturing method of an aluminum porous body having wide surface area.The manufacturing method of an aluminum porous body has the steps for: manufacturing an aluminum alloy casting body of a solidification structure havin...
|
|
JP6289474B2 |
A system and method for melting a raw material. The raw material is fed into an electrically conductive vessel. A plasma arc torch melts at least some of the raw material within the vessel to thereby create a molten material. An inductor...
|
|
JP6284232B2 |
|
|
JP2018504282A |
A welding wire formed of a trace amount of boron-titanium base alloy is provided. A welded portion formed from the welded wire and a welded product containing one or more of the welded portions is also provided. The method comprises form...
|
|
JP6276717B2 |
|
|
JP2018012878A |
To provide a frozen emulsion alloy having good properties in an Al-Bi-based aluminum alloy based on a principle of "Emulsification of non-miscible liquid using ultrasonic energy".There is provided an aluminum alloy excellent in processab...
|
|
JP6263264B2 |
The disclosure relates generally to mold compositions and methods of molding and the articles so molded. More specifically, the disclosure relates to silicon carbide-containing mold compositions, silicon carbide-containing intrinsic face...
|
|
JP2017210653A |
To provide an Al-Mg-Si aluminum alloy having excellent toughness and a casting comprising the alloy.There is provided an aluminum alloy that contains Mg: 0.5-10 mass%, Si: 0.5-10 mass%, Mn: 0.2-2 mass%, and P: ≤0.0002 mass%, with the b...
|
|
JP6229130B2 |
|
|
JP6226711B2 |
|
|
JP6222067B2 |
To regenerate an anode of high purity.An anode after used, molten indium, in which indium 99.995%is molten in a quantity corresponding to a reduction consumed by electrolysis, and from which a gas component is removed, and a solid chlori...
|
|
JP6223787B2 |
|
|
JP2017192955A |
To provide a mold device capable of producing multiple pieces in melting-molding of a germanium lens; and to provide a molding method using the same.A molding tool device for a germanium lens includes a holder in which a plurality of mol...
|
|
JP6219563B2 |
|
|
JP6220773B2 |
An object of the present invention is to provide an aluminum alloy foil for electrode current collectors having superior rolling properties, high conductivity, and high strength after the drying step following the application of the acti...
|
