- Nickel formate is a chemical compound
of nickel. Water-soluble green crystals; used in hydrogenation
catalysts.
- Nickel formate is important as a
source of finely divided, catalytically active, metal,
and is usually prepared either by metathetical reactions between the
appropriate nickel salts and metal formates or by crystallizing the
aqueous solution obtained by the
reaction of formic acid with nickel carbonate, oxide, or hydroxide.
- The preparation method described here
consists of reacting an aqueous solution of nickel acetate with
formic acid and has some advantages over the above mentioned
methods. It yields a more pure product than the metathetical
reactions method.
- The work up is easier than in the
crystallization because the acetate is much more
soluble in water than the formate so that the volume of solution to
be handled is
reduced considerably.
- Nickel formate dihydrate is
demonstrated to be an effective catalyst precursor for selectively
synthesizing double-walled carbon nanotubes (DWNTs) with high
thermal stability by using a hydrogen arc discharge technique.
- Nickel powder is obtained by means of
reduction from nickel formate in benzyl
alcohol.
- Phase-pure nickel powder was obtained
at as low as 350°C. HCOOH was a reducing source for nickel
formation. Moreover, metallic nickel was obtained at a residence
time as short as 0.1 s at 600°C.
- A broad range of particle
morphologies, which included agglomerated nanoparticle,
non-agglomerated submicrometer particles, hollow particles, and
spherical dense particles, were obtained from Ni(HCOO)2 pyrolysis
and were shown to depend on the precursor solution and the operating
condition.
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Technology
- Nickel Catalyst for
the hydrogenation of vegetable oils.
- Properties of Nickel
II Formate.
- Dip-Coating and FTIR
Investigation of Nickel Formate Dihydrate.
MSDS
- Nickel Formate - MSDS.
- Msds of Nickel (II)
formate dihydrate.
- Nickel (II)
Formate-Msds.
- Nickel Formate Data
Sheet.
Raw Materials
- Formic Acid.
- Nickel Salt.
Process
- Synthesis and high
thermal stability of double-walled carbon nanotubes using Nickel
Formate dihydrate as catalyst precursor.
- Nucleus formation and
the kinetics of thermal decomposition of Nickel Formate.
- The Kinetics of
Thermal Decomposition of Nickel Formate Dihydrate in Air.
Toxicity
- Nickel
Formate-Cautionary response information.
- Toxicological Review
of Soluble Nickel Salts.
- Nickel Formate -
Toxicity Summary.
Patents
- Nickel Compound
containing solution and forming nickel metal thin film using the
same.
- Free Nickel Catalyst
formulations for hydrogen generation.
- Preparation of gas
generation grain.
- Coating liquid for
nickel film formation.
- Deposition of brass by
electroplating.
- Activating a steam
reforming catalyst and the catalyst produced.
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Suppliers
- China Suppliers.
- Suppliers from India.
- Online Suppliers.
- List of Suppliers.
- Suppliers List1.
- Suppliers List2.
- List of Manufacturers.
Company Profile &
Consultancy
- Company1 from China.
- Company2 from China.
- Company from India.
- Company from Delhi.
- Company from USA.
- Online Consultancy.
Study
- Gas-Phase
hydrogenation of acetonitrile over nickel supported on alumina.
- Hydrogen storage in
palladium decorated carbon nanotubes prepared by solventless method.
- Mechanisms of the
solid-phase thermal decomposition reactions of some transition
metal.
- Estimation of residual
nickel and some heavy metals in vanaspati ghee.
- Thermally stable
Nickel(II) metalloformate and its platinum(II) analogue.
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