Titanium Boride

align="center" colspan="2" |
align="center" colspan="2" | IUPAC name
?
bgcolor="#ffddaa" colspan="2" | General
bgcolor="#ffeedd" | Chemical formula ?
bgcolor="#ffeedd" | Molecular weight ? amu
bgcolor="#ffeedd" | Appearance ?
bgcolor="#ffeedd" | CAS number ?
bgcolor="#ffeedd" | MSDS MSDS
bgcolor="#ffeedd" colspan="2" | Other names
colspan="2" |
  • ?
bgcolor="#ffddaa" colspan="2" | Physical properties
bgcolor="#ffeedd" | Density and phase at STP ? g/cm3 (?)
bgcolor="#ffeedd" | Solubility ?
bgcolor="#ffeedd" | Specific gravity ?
bgcolor="#ffeedd" | Crystal structure ?
bgcolor="#ffeedd" | pH (10% solution with water)
(pKa)		 ?
bgcolor="#ffeedd" | Acidity constant
(pKa)		 ?
bgcolor="#ffeedd" | Thermal decomposition ? K (? °C)
bgcolor="#ffddaa" colspan="2" | Phase behavior
bgcolor="#ffeedd" | Melting point ? K (? °C)
bgcolor="#ffeedd" | Boiling point ? K (? °C)
bgcolor="#ffeedd" | Triple point ? K (? °C)
? bar
bgcolor="#ffeedd" | Critical point ? K (? °C)
? bar
bgcolor="#ffeedd" | Heat of fusion
(ΔfusH)		 ? kJ/mol
bgcolor="#ffeedd" | Entropy of fusion
(ΔfusS)		 ? J/mol·K
bgcolor="#ffeedd" | Heat of vaporization
(ΔvapH)		 ? kJ/mol
bgcolor="#ffddaa" colspan="2" | Safety
bgcolor="#ffeedd" | Ingestion ?
bgcolor="#ffeedd" | Inhalation ?
bgcolor="#ffeedd" | Skin ?
bgcolor="#ffeedd" | Eyes ?
bgcolor="#ffeedd" | Flash point ? °C
bgcolor="#ffeedd" | Autoignition temperature ? °C
bgcolor="#ffeedd" | Explosive limits ? - ?%
bgcolor="#ffeedd" | OSHA Permissible Exposure Limit
(PEL)		 ? ppm
bgcolor="#ffeedd" | NIOSH Immediate Danger to Life and Health
(IDLH)		 ? ppm
bgcolor="#ffeedd" colspan="2" | Precautions
colspan="2" |
  • Hazards:
    • ?
  • Personal protection:
    • ?
  • Reacts with:
    • ?
  • Storage:
    • ?
bgcolor="#ffddaa" colspan="2" | Solid properties
bgcolor="#ffeedd" | Standard enthalpy change of formation
(ΔfH0solid)		 ? kJ/mol
bgcolor="#ffeedd" | Standard molar entropy
(S0solid)		 ? J/mol·K
bgcolor="#ffeedd" | Heat capacity
(Cp)		 ? J/mol·K
bgcolor="#ffeedd" | Density ? g/cm3
bgcolor="#ffddaa" colspan="2" | Liquid properties
bgcolor="#ffeedd" | ΔfH0liquid ? kJ/mol
bgcolor="#ffeedd" | S0liquid ? J/mol·K
bgcolor="#ffeedd" | Cp ? J/mol·K
bgcolor="#ffeedd" | Density ? g/cm3
bgcolor="#ffddaa" colspan="2" | Gas properties
bgcolor="#ffeedd" | ΔfH0gas ? kJ/mol
bgcolor="#ffeedd" | S0gas ? J/mol·K
bgcolor="#ffeedd" | Cp ? J/mol·K
bgcolor="#ffddaa" colspan="2" align="center" | Except where noted, all data was produced under conditions of standard temperature and pressure.
Titanium Boride (chemical formula B2Ti) is an extremely hard ceramic material used in tank armor and various industrial applications, for example as an additive in steel alloys for increasing Young's modulus.

 

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