The invention relates to a hard material which can be sintered to form shaped elements and a process for its production. Said hard material consists of one or more hard material phases of carbides, nitrides, and/or carbonitrides of metals of the IV, V and/or VI subgroups of the periodic system of elements. According to the invention, said hard material also contains < 2% by mass of binding metal phase, oxicarbide compounds of hard material(s) and traces of silicon in the form of silicon and/or silicon compounds. The hard material according to the invention is produced by means of conventional powder-metallurgy process steps, whereby in the technological production process according to the invention, silicon and/or one or more silicon compou...
Production of high density intermetallic phase-based materials and components is carried out using a...
Final shape production of components made of a material comprising intermetallic phases of trimolybd...
Among other materials, hard metals represent an important family of functional materials. They show ...
The invention relates to a process for the production of hard metal shaped elements with a defined b...
The invention relates to a hard metal alloy or hard ceramic metal alloy (cermets) and a process for ...
The invention pertains to the area of hard metal materials and ceramic and/or powder-metallurgical p...
The invention relates to articles consisting of metal, hard metal, cermet or ceramic and coated with...
DE 10047525 A UPAB: 20050725 NOVELTY - Production of a silicon carbide sintered body comprises compa...
The invention relates to the fields of ceramics and the powder metallurgy industry and relates to a ...
The description refers to a process for the production of a composite material which consists of 88 ...
Production of hard metal components comprises mixing a hardmetal powder of average grain size of les...
Coating powder having a microstructure similar to hard metal consists of two cubic hard material pha...
Producing a hard material coating on metallic, ceramic or hard-metallic components, in which e.g. al...
Comprehensive Hard Materials deals with the production, uses and properties of the carbides, nitride...
A process for producing an oxygen-containing hard material of stoichiometric or sub-stoichiometric c...
Production of high density intermetallic phase-based materials and components is carried out using a...
Final shape production of components made of a material comprising intermetallic phases of trimolybd...
Among other materials, hard metals represent an important family of functional materials. They show ...
The invention relates to a process for the production of hard metal shaped elements with a defined b...
The invention relates to a hard metal alloy or hard ceramic metal alloy (cermets) and a process for ...
The invention pertains to the area of hard metal materials and ceramic and/or powder-metallurgical p...
The invention relates to articles consisting of metal, hard metal, cermet or ceramic and coated with...
DE 10047525 A UPAB: 20050725 NOVELTY - Production of a silicon carbide sintered body comprises compa...
The invention relates to the fields of ceramics and the powder metallurgy industry and relates to a ...
The description refers to a process for the production of a composite material which consists of 88 ...
Production of hard metal components comprises mixing a hardmetal powder of average grain size of les...
Coating powder having a microstructure similar to hard metal consists of two cubic hard material pha...
Producing a hard material coating on metallic, ceramic or hard-metallic components, in which e.g. al...
Comprehensive Hard Materials deals with the production, uses and properties of the carbides, nitride...
A process for producing an oxygen-containing hard material of stoichiometric or sub-stoichiometric c...
Production of high density intermetallic phase-based materials and components is carried out using a...
Final shape production of components made of a material comprising intermetallic phases of trimolybd...
Among other materials, hard metals represent an important family of functional materials. They show ...