titanium boride


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titanium boride

[tī′tā·nē·əm ′bȯr‚īd]
(inorganic chemistry)
TiB2 A hard solid that resists oxidation at elevated temperatures and melts at 2980°C; used as a refractory and in alloys, high-temperature electrical conductors, and cermets.
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The titanium boride (TiB) reinforcing phase was formed in situ in the clad layer during the cladding process.
The interlocking effect between needle titanium boride (TiB) and the matrix is weaker because of the geometric characteristics of the needle shape.
Less distributed are coatings from hafnium nitrides and carbides, chromium and zirconium carbides, titanium boride, etc.
High-Purity Conductive Quartz Heater (Trebor -- a unit of IDEX), and Novel Titanium Boride Surface-Hardening Technology (University of Utah).
University of Utah "Novel Titanium Boride Surface-Hardening
Ladle treatment includes a magnesium trimming addition, titanium boride (TiB) grain refinement, strontium modification, fluxing and rotary degassing to reduce levels of H gas and non-metallic inclusions.
Ochi, Friction and Wear Test of Titanium Boride Ceramics at Elevated Temperatures, J.
The study Titanium boride (CAS 12045-63-5) Market Research Report 2012' presents an overview of the Titanium boride market globally and regionally by contemplating and analyzing its parameters.
examines applications of Titanium boride and its consumers
provides Titanium boride market situation overview and supplies with a list of Titanium boride manufacturers and suppliers worldwide
GENERAL TITANIUM BORIDE DESCRIPTION, COMPOSITION, INFORMATION ON INGREDIENTS, HAZARDS IDENTIFICATION, HANDLING AND STORAGE, TOXICOLOGICAL & ECOLOGICAL INFORMATION, TRANSPORT INFORMATION
Titanium boride particles are hexagonal shape, with almost echiaxa shape, and are situated at the grain boundaries.