Lithium Aluminum Hydride

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Lithium Aluminum Hydride Fine Crystalline

Specifications:

  • Mol. Formula: LiAIH4
  • EINECS-No: 240-877-9
  • CAS-No: 16853-85-3
  • Lithium Aluminum Hydride min. 97 %

Applications:

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> Versatile reducing agent for organic chemical and pharmaceutical industry

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Specifications:

  • Mol. Formula: LiAIH4
  • EINECS-No: 240-877-9
  • CAS-No: 16853-85-3
  • Lithium Aluminum Hydride min. 97 %

Applications: Versatile reducing agent for organic chemical and pharmaceutical industry

Lithium Aluminum Hydride

Lithium Aluminum Hydride, typ. 20 % solution in Diethyl Ether (typ. 4 M)

Specifications:

  • Mol. Formula: LiAlH4
  • EINECS-No: 240-877-9
  • CAS-No:

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o: 16853-85-3
  • Lithium Aluminum Hydride:18.0 - 22.0 %

  • Applications: Versatile reducing agent for organic chemical and pharmaceutical industry.

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    Lithium Aluminum Hydride, typ. 20 % solution in Diethyl Ether (typ. 4 M)

    Specifications:

    • Mol. Formula: LiAlH4
    • EINECS-No: 240-877-9
    • CAS-No: 16853-85-3
    • Lithium Aluminum Hydride:18.0 - 22.0 %

    Applications: Versatile reducing agent for organic chemical and pharmaceutical industry.

    Lithium-Tri-(Tert-Butoxy)-Aluminum Hydride

    Lithium-Tri-(Tert-Butoxy)-Aluminum Hydride


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    Lithium-Tri-(Tert-Butoxy)-Aluminum Hydride Typ. 30 % Solution in THF (Typ. 1.1 M)

    Specifications:

    • Mol. Formula: C12H28AlLiO3
    • EINECS-No: 241-490-8

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    i>
  • CAS-No: 17476-04-9
  • LTTBA: 29 - 31 %

  • Applications:Reduction of acid chlorides to aldehydes. Stereoselective reductions of carbocyclic and steroid ketones. Reduction of aldehydes and ketones, leaving unaffected halogen-, ester- lactone, amide-, nitrile-, nitro- and/or epoxy-groups as well as carbon and carbon multiple bonds.

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    Lithium-Tri-(Tert-Butoxy)-Aluminum Hydride Typ. 30 % Solution in THF (Typ. 1.1 M)

    Specifications:

    • Mol. Formula: C12H28AlLiO3
    • EINECS-No: 241-490-8
    • CAS-No: 17476-04-9
    • LTTBA: 29 - 31 %

    Applications:Reduction of acid chlorides to aldehydes. Stereoselective reductions of carbocyclic and steroid ketones. Reduction of aldehydes and ketones, leaving unaffected halogen-, ester- lactone, amide-, nitrile-, nitro- and/or epoxy-groups as well as carbon and carbon multiple bonds.

    Lithium Triethylborohydride

    Lithium Triethylborohydride, Typ. 20 % Solution in THF (Typ.1.7M)

    Specifications:

    • Mol. Formula: Li(C2H5)3BH
    • EINECS-No: 245-076-8
    • CAS-No: 22560-16-3

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  • Lithium triethylhydroborate typ. 20 %

  • Applications: Powerful and selective reducing agent.

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    Lithium Triethylborohydride, Typ. 20 % Solution in THF (Typ.1.7M)

    Specifications:

    • Mol. Formula: Li(C2H5)3BH
    • EINECS-No: 245-076-8
    • CAS-No: 22560-16-3
    • Lithium triethylhydroborate typ. 20 %

    Applications: Powerful and selective reducing agent.

    Lithium Hydride Sieved

    Specifications:

    • Mol. Formula: LiH
    • EINECS-No: 231-484-3
    • CAS-No: 7580-67-8
    • Size: 3-25 Mm
    • LiH min. 97.0 %
    • Na max. 0.9 %
    • K max.

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    0.05 %
    Applications: Reducing agent High density hydrogen source Production of high purity monosilane

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    Specifications:

    • Mol. Formula: LiH
    • EINECS-No: 231-484-3
    • CAS-No: 7580-67-8
    • Size: 3-25 Mm
    • LiH min. 97.0 %
    • Na max. 0.9 %
    • K max. 0.05 %

    Applications: Reducing agent High density hydrogen source Production of high purity monosilane

    Lithium Hydride As Powder

    Specifications:

    • Mol. Formula: LiH
    • EINECS-No: 231-484-3
    • CAS-No: 16949-15-8
    • LiH min. 97.0 %
    • Na max. 0.9 %
    • K max. 0.05 %

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    Applications: Reducing agent High density hydrogen source Production of high purity monosilane

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    Specifications:

    • Mol. Formula: LiH
    • EINECS-No: 231-484-3
    • CAS-No: 16949-15-8
    • LiH min. 97.0 %
    • Na max. 0.9 %
    • K max. 0.05 %

    Applications: Reducing agent High density hydrogen source Production of high purity monosilane

    Lithium Borohydride, typ. 5 % solution in THF (typ. 2 M)

    Specifications:

    • Mol. Formula: LiBH4
    • EINECS-No: 241-021-7
    • CAS-No: 16949-15-8
    • Product No: 401652
    • Lithium Borohydride 4.5 - 5.5 %

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    Applications: Selective reduction of esters, carboxylic acids, amides, epoxides, ketones and aldehydes in the presence of other functional groups such as nitriles,nitro groups, alkenes and halides. The addition of a stoichiometric amount of methanol increases significantly the reducing power without affecting the selectivity.

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    Specifications:

    • Mol. Formula: LiBH4
    • EINECS-No: 241-021-7
    • CAS-No: 16949-15-8
    • Product No: 401652
    • Lithium Borohydride 4.5 - 5.5 %

    Applications: Selective reduction of esters, carboxylic acids, amides, epoxides, ketones and aldehydes in the presence of other functional groups such as nitriles,nitro groups, alkenes and halides. The addition of a stoichiometric amount of methanol increases significantly the reducing power without affecting the selectivity.

    Lithium Borohydride

    Specifications:

    • Mol. Formula: LiBH4
    • EINECS-No: 241-021-7
    • CAS-No: 16949-15-8
    • Lithium Borohydride 9.5 - 10.5 %

    Applications:

    read more »

    > Selective reduction of esters, carboxylic acids, amides, epoxides, ketones and aldehydes in the presence of other functional groups such as nitriles, nitro groups, alkenes and halides. The addition of a stoichiometric amount of methanol increases significantly the reducing power without affecting the selectivity.

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    Specifications:

    • Mol. Formula: LiBH4
    • EINECS-No: 241-021-7
    • CAS-No: 16949-15-8
    • Lithium Borohydride 9.5 - 10.5 %

    Applications: Selective reduction of esters, carboxylic acids, amides, epoxides, ketones and aldehydes in the presence of other functional groups such as nitriles, nitro groups, alkenes and halides. The addition of a stoichiometric amount of methanol increases significantly the reducing power without affecting the selectivity.


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