During the method, a porous ceramic preliminary body is produced and is infiltrated by a molten metal.

The metal bodies comprise an inner portion comprising a first metal and an outer portion comprising an alloy comprising the first metal and a second metal.

The metal bodies comprise an inner portion comprising a first metal and an outer portion comprising an alloy comprising the first metal and a second metal.

The ABC composite is then fused to a metal or metal-ceramic body through the infiltrated layer of titanium diboride, wherein the metal-ceramic body is a composite other than an aluminum-boron-carbon composite.

External seals are formed by metal-to-metal engagement between the pin and box and a third metal body secured circumferentially about the pin.

A power terminal feed-through incorporates a metallic body through which extend one or more current conducting pins that are hermetically sealed to the metallic body by a glass-to-metal seal.

The module package includes a metal housing (52) including a metal bottom wall structure (54).

The body includes a bioerodible metal.

The closure (2) is welded to the body (1) by a metal-to-metal weld.

The thermoelectric material and thermoelectric element is composed of a multilayered body made up of a laminar body of a semimetal, a metal, or a synthetic resin and a laminar body of a semimetal.

The invention relates to a method for producing a hard metal body, a powder for producing the hard metal and a produced hard metal body.

The connecting pipe has an outer pipe body (24A) of nonferrous metal and an inner pipe body (24B) of a nonferrous metal differing from that of the outer pipe body.

Another device has a cast metal body, and electronics cooling circuit cast into the metal body, and a valve cooling circuit cast into the metal body.

The body region is separated from the source metal.

The abrasion occurring by friction when using metal-on-metal material pairing can be harmful to the human body.