Lithium Borohydride Nanopowder (Hydrogen Storage Grade, 99.9%)

Lithium Borohydride Nanopowder

Product: Lithium Borohydride Nanopowder (LiBH4, Purity: 99.9%, APS:90-100nm)

Quality Control: Each lot of NANOSHEL Lithium Borohydride Nanopowder was tested successfully.

Lithium Borohydride Nanoparticles

Lithium Borohydride Nanopowder – SEM

LiBH4 Nanopowder

Lithium Borohydride Nanoparticles – Size Analysis

Material Lithium Borohydride Nanopowder
Stock No NS6130-02-268
CAS 16949-15-8 Confirm
APS 80-100nm Confirm
Purity 99.9 % Confirm
Lithium Borohydride 9.5 – 10.5 wt.% (3.9 – 4.3 Molar) Confirm
Lithium Borohydride 9.5 – 10.5 wt.% (3.9 – 4.3 Molar) Confirm
Formula LiBH4 Confirm
Solvent Tetrahydrofuran (THF) Confirm
Appearance White Crystalline Powder Confirm
Molecular Weight 21.78 g/mol Confirm
Density 0.896 g/mL (7.48 lb/gal) @20°C Confirm
Boiling Point 66-67 °C (THF) Confirm
Pyrophoricity Non-pyrophoric Confirm
Hygroscopicity Extreme Confirm
Available Quantities 25Gms, 50Gms, 100Gms and larger quantities
Main Inspect Verifier Manager QC
Typical Chemical Analysis

Assay 99.9 %
Content of Main Substance >95%
Contained Lithium Borohydride 84.9-93.7 g/L (0.71-0.78 lb/gal)
Hydrogen Content 18.31%
Chloride Content 0.09%

Experts Review:

58496396Dr. Bruce Perrault, Ph.D (Georgia Institute of Technology (Georgia Tech), USA)
Nanoparticles are not solely a product of modern technology, but are also created by natural processes such as volcano eruptions or forest fires. Naturally occurring nanoparticles also include ultrafine sand grains of mineral origin (e.g. oxides, carbonates). A decisive feature that makes nanoparticles technically interesting is their surface-to-volume ratio. This ratio increases with decreasing particle diameter.

1252525Dr. Myron Rubenstein, Ph.D (Polytechnic University of Turin, Italy)
Nanoparticles of a metal compound, e.g., a metal oxide, a doped metal compound, and a metal complex, are widely used in the fields of chemical catalysts, optoelectronic materials, optical materials, sensor materials, flame retardant materials, electrode materials and others. Such nanoparticles are provided in various shapes which include, e.g., spherical particles, nanofibers, and nanosheets having enhanced surface activity.

2536582Dr. Huojin Chan (University of Science and Technology of China, Hefei, Anhui, China)
Metal compounds are extensively used as flame retardants; their key advantage consists in that no toxic combustion products are released during combustion and exploitation of the composite.  Most of metal-containing flame retardants are effective smoke suppressants.

10604509_1459864657612760_2405225879143508610_oDr. Ms. Yi Yen Shi, (King Mongkut’s University of Technology Thonburi,Bangkok, Thailand)
Metal compound nanoparticles act by forming dense protective surface layers and by increasing the yield of carbonaceous residue. Therefore, the following flammability characteristics of polymer materials are essential for assessment of their flame-retardant performance: burning rate to be determined in accordance with, coke number, temperature and rate of mass loss, and other.

125448Dr. Hans Roelofs Ph.D (National Technical University of Athens, Greece)
Metal compounds are often used as synergistic additives to other types of flame retardants.  Metal compounds of transition metals are of particular interest because of their structural, spectral and chemical properties are often strongly dependant on the nature of the ligand structure.


Lithium Borohydride Nanopowder

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