Did you know that Wilhelm Schlenk invented organic lithium compounds?
In 1917 German scientist Wilhelm Schlenk synthesised the first organic lithium compounds from organic mercury compounds.
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- 2-Methoxyphenylmagnesium Bromide, typ. 20 % solution in THF (typ.0. 9 M)
- 3-Methoxyphenylmagnesium Bromide, typ. 20 % solution in Tetrahydrofuran / Toluene (typ. 0.9 M)
- 4-Fluorophenylmagnesium Bromide, typ.15 % solution in THF (typ. 0.8 M)
- 4-Methoxyphenylmagnesium Bromide, typ. 20 % solution in Tetrahydrofuran (typ. 1 M)
- 4-Tolylmagnesium Chloride, typ. 21 % solution in THF (typ. 1.4 M)
- Allylmagnesium Chloride, typ. 18 % solution in THF (typ. 1.7 M)
- Benzylmagnesium Chloride, typ. 20 % solution in Tetrahydrofuran (typ. 1.4 M)
- Bis(tetramethylpiperidine)zinc Lithium / Magnesium Chloride complex (TMP2Zn*2MgCl2*2LiCl), typ. 12 % in THF/Toluene
- Cyclohexylmagnesium Chloride, typ. 20 % solution in THF / Toluene (typ. 1.3 M)
- Di-sec-Butylmagnesium / Lithium Chloride solution typ. 13 % in THF (typ. 0.8 M)
- Dibutylmagnesium solution, typ. 15 % in Hexane (typ. 0.7 M)
- Diethyl Zinc, typ. 15 % in Technical Hexane (typ. 0.09 M)
- Emptying system with 3-way-valve C-L-3
- Ethyllithium, typ. 8 % solution in Dibutyl Ether (typ. 1.7 M)
- Ethylmagnesium Bromide, typ. 40 % solution in 2-Methyl-Tetrahydrofuran (typ. 3.4 M)
- Ethylmagnesium Bromide, typ. 15 % Solution in MTBE (typ. 0.9 M)
- Ethylmagnesium Bromide, typ. 40 % solution in Diethyl Ether (typ. 3.1 M)
- Ethylmagnesium Bromide, typ. 8 % solution in THF (typ. 0.55 M)
- Ethylmagnesium Chloride, typ. 25 % solution in Tetrahydrofuran (typ. 2.8 M)
- Ethynylmagnesium Chloride, typ. 5 % solution in Tetrahydrofuran/Toluene (typ. 0.56 M)
- iso-Butyllithium typ. 16 % in Heptane (typ. 1.7 M)
- iso-Propylmagnesium Bromide, typ. 20 % solution in Diethyl Ether (typ. 1.2 M)
- iso-Propylmagnesium Chloride Solution typ. 20 % in Tetrahydrofuran (typ. 1.9 M)
- iso-Propylmagnesium Chloride/Lithium Chloride solution typ. 14 % in THF (typ. 1.3 M)
- Isopropylmagnesiumbromide, typ. 40 % solution in 2-Methyl-Tetrahydrofuran (typ. 3 M)
- Lanthanum Chloride Lithium Chloride Complex, typ. 15 % solution in Tetrahydrofuran (THF) (typ. 0.6 M)
- Lithium 2-hydroxyethoxid
- Lithium Acetate
- Lithium Acetate, pure
- Lithium Acetylide - Ethylene Diamine complex (LAEDA)
- Lithium Aluminium Hydride solution, typ. 15,3 % in THF / Toluene (typ. 3.6 M)
- Lithium Aluminum Hydride solution, typ. 10 % in 2-Methyl-Tetrahydrofuran (typ. 2.2 M)
- Lithium Aluminum Hydride solution, typ. 10 % in THF (typ. 2.4 M)
- Lithium Aluminum Hydride solution, typ. 15 % in THF/Toluene (typ. 3.5 M)
- Lithium Aluminum Hydride solution, typ. 20 % in Diethyl Ether (typ. 4 M)
- Lithium Aluminum Hydride solution, typ. 4 % in THF (typ. 1M)
- Lithium Aluminum Hydride, finely crystalline
- Lithium Aluminum Hydride, sieved <1 mm
- Lithium Aluminum Hydride, tablets (abt. 0.6 g) *)
- Lithium Amide, milled
- Lithium Benzoate
- Lithium Benzoate, pure
- Lithium bis-(oxalato)borate - LiBOB (sbg), standard battery grade
- Lithium bis-(oxalato)borate, premium battery grade LiBOB (pbg)
- Lithium Borohydride, typ. 10 % Solution in Tetrahydrofuran
- Lithium Borohydride, typ. 5 % solution in THF (typ. 2 M)
- Lithium Bromide
- Lithium Bromide, 30% solution in THF (typ. 4.1 M)
- Lithium Bromide, solution 54 % LiBr in water (without inhibitor) (other concentrations upon request)
- Lithium Carbonate, High Grade
- Lithium Carbonate, Pharmaceutical Grade
- Lithium Carbonate, tech. grade, min. 99.0 % Li2CO3, milled < 40 µm
- Lithium Carbonate, tech. grade, min. 99.0 % Li2CO3, milled <100 µm
- Lithium Carbonate, technical grade, min. 99.0 % Li2CO3
- Lithium Carbonate, fines
- Lithium Carbonate, Granules"
- Lithium Chloride, 40 % solution in water
- Lithium Chloride, milled powder, typ. 99.5 % LiCl
- Lithium Chloride, technical grade, typ. 99.5 % LiCl
- Lithium Chromate, solution 36 %
- Lithium Citrate Tetrahydrate, milled
- Lithium Citrate, Tetrahydrate
- Lithium Diisopropylamide (LDA), typ. 25 % solution in Heptane, THF and Ethylbenzene (typ. 1.8 M)
- Lithium Diisopropylamide, 28 % solution in Heptane/THF
- Lithium Fluoride, 98 % LiF
- Lithium hexamethyldisilazide (LHMDS) or Lithium bis-(trimethylsilyl)amide, typ. 95 %
- Lithium hexamethyldisilazide (LHMDS), typ. 20 % solution in THF (typ. 1.1 M)
- Lithium hexamethyldisilazide (LHMDS), typ. 24 % solution in THF with 2-Methyl-2-butene
- Lithium hexamethyldisilazide (LHMDS), typ. 25% solution in toluene (typ. 1.3 M)
- Lithium Hydride, powder (< 100 µm)
- Lithium Hydride, sieved (grain size 3 - 25 mm)
- Lithium Hydroxide Monohydrate, free flowing typ. 57 % LiOH
- Lithium hydroxide monohydrate, standard, typ. 55 % LiOH
- Lithium Hydroxide, calcinated, typ. 98.5 % LiOH
- Lithium Hydroxide, solution
- Lithium Iodide, anhydrous
- Lithium iso-Propoxide, powder
- Lithium lodide, anhydrous
- Lithium Metaborate
- Lithium Metal
- Lithium Metal, Battery Grade
- Lithium Metasilicate
- Lithium Methoxide
- Lithium Methoxide, typ. 10 % solution in Methanol
- Lithium Molybdate, solution min. 37 %
- Lithium Nitrate, pure
- Lithium Nitrate, technical grade, min. 99.0 % LiNO3
- Lithium Nitride
- Lithium Orthosilicate
- Lithium Perchlorate, pure
- Lithium Peroxide
- Lithium Phosphate, catalytic grade, 99.0 % Li3PO4
- Lithium Phosphate, technical grade, 91 % Li3PO4
- Lithium Salicylate
- Lithium Sulfate, pure, anhydrous, min. 99.0 % Li2SO4
- Lithium Sulfate, technical grade, min. 99.0 % Li2SO4
- Lithium tert-Amoxid, typ. 40 % solution in Heptane (typ. 3.1 M)
- Lithium tert-Butoxide (LTB), typ. 20 % solution in Tetrahydrofuran (THF)
- Lithium tert-Butoxide, powder
- Lithium Triethylborohydride, typ. 20 % solution in THF (typ.1.7M)
- Lithium-tri-(t-butoxy)-Aluminum Hydride (LTTBA), typ. 30 % solution in THF (typ. 1.1 M)
- Lithium-tri-(t-butoxy)-Aluminum Hydride (LTTBA), powder
- Lithiumtetraborate, pure
- Magnesium bis(2-ethylhexoxide) solution (MEHO), typ. 20 % in Toluene
- Magnesium tert-Butoxide
- Magnesium-bis(diisopropyl)amide (MDA), typ. 18 % solution in THF (typ. 0.7 M)
- Methyllithium, ca. 3 % in 2-Methyl-Tetrahdrofuran / Cumene
- Methyllithium, typ. 2.5 % in Diethyl Ether with addition of Lithium lodide (typ. 1.0 M)
- Methyllithium, typ. 3 % solution mit 13 % Lithium Bromide (typ. 1.1 M)
- Methyllithium, typ. 5 % solution in Diethyl Ether (typ.1.6 M)
- Methyllithium, typ. 6 % solution in Diethyl Ether with Lithium Bromide (typ. 2.2 M)
- Methyllithium, typ. 8 % solution in Diethoxymethane (DEM) (typ. 3 M)
- Methylmagnesium Bromide, typ. 17 % solution in THF / Toluene (typ. 1.4 M)
- Methylmagnesium Bromide, typ. 35 % solution in 2-Methyl-Tetrahydrofuran (typ. 3.2 M)
- Methylmagnesium Bromide, typ. 35% in Diethylether (typ. 3.0 M)
- Methylmagnesium Chloride, solution, typ. 22 % in Tetrahydrofuran (typ. 3 M)
- n-Butyllithium, 15 % in Toluene (typ. 2.0 M)
- n-Butyllithium, 23 % in Toluene (typ. 3.1 M)
- n-Butyllithium, 24 % in Toluene (typ. 3.2 M)
- n-Butyllithium, 25 % in Toluene (typ. 3.3 M)
- n-Butyllithium, 30 % in Toluene (typ. 4.0 M)
- n-Butyllithium, typ. 15 % solution in Heptane (typ. 1.6 M)
- n-Butyllithium, typ. 15 % solution in Hexane (typ. 1.6 M)
- n-Butyllithium, typ. 20 % solution in Cyclohexane (typ. 2.3 M)
- n-Butyllithium, typ. 20 % solution in Toluene (typ. 2.7 M)
- n-Butyllithium, typ. 23 % solution in Hexane (typ. 2.5 M)
- n-Butyllithium, typ. 24 % solution in Cyclohexane (typ. 2.8 M)
- n-Butyllithium, typ. 25 % solution in Heptane (typ. 2.8 M)
- n-Butyllithium, typ. 26 % solution in Hexane (typ. 2.8 M)
- n-Butyllithium, typ. 29 % solution in Heptane (typ. 3.2 M)
- n-Butyllithium, typ. 30 % solution in Hexane (typ. 3.3 M)
- n-Butyllithium, typ. 90 % solution in Hexane (typ. 10.7 M)
- n-Butylmagnesium Chloride, typ. 20 % solution in Tetrahydrofuran (typ. 1.7 M)
- n-Butylmagnesium Chloride, typ. 20 % solution in Tetrahydrofuran / Toluene (typ. 1.7 M)
- n-Hexyllithium, typ. 33 % in Hexane (typ. 2.5 M)
- n-Hexyllithium, typ. 34 % in Hexane (CFC) -internal- (typ. 2.5 M)
- n-Pentyllithium, typ. 25 % solution in Heptane (typ. 2.2 M)
- n-Propylmagnesium Chloride, typ. 20 % solution in Tetrahydrofuran (typ. 1.9 M)
- Neophylmagnesium Chloride, typ. 20 % solution in Tetrahydrofuran (typ. 1 M)
- o-Tolylmagnesium Chloride, typ. 22 % solution in THF / Toluene (typ. 1.3 M)
- Phenyllithium solution, abt. 20 % in Dibutyl Ether (typ. 1.9 M)
- Phenylmagnesium Bromide, typ. 45 % solution in 2-Methyl-Tetrahydrofuran (typ. 2.9 M)
- Phenylmagnesium Bromide, typ. 17 % solution in THF (typ. 0.9 M)
- Phenylmagnesium Bromide, typ. 45 % solution in Diethyl Ether (typ. 2.8 M)
- Phenylmagnesium Chloride, typ. 25 % solution in THF (typ. 1.9 M)
- Potassium Borohydride, powder
- Sabalith "S"®
- Sabalith®
- sec-Butyllithium, 10,5 % in Cyclohexane (typ. 1.2 M)
- sec-Butyllithium, abt. 12 % in Cyclohexane
- sec-Butylmagnesium Chloride solution, typ. 25 % in Tetrahydrofuran (typ. 2.1 M)
- sec-Butylmagnesium Chloride/Lithium Chloride, solution typ. 15 % in Tetrahydrofuran (typ. 1.2 M)
- SecuBag® (German patent No. 196 21 661, other patents pending) Bag soluble in common aprotic organic solvent.
- Sodium Borohydride, Granular
- Sodium Borohydride, Granular
- Sodium Borohydride, Powder
- Sodium Borohydride, powder
- Sodium hexamethyldisilazide (NaHMDS), typ. 40% in THF (with 2-Methyl-2-butene)
- Sodium Hydride 60 % in Paraffin Oil
- Sodium tert-Amoxide
- Sodium tert-Amoxide (STA), typ. 30 % solution in THF (typ. 2.5 M)
- Sodium tert-Amoxide (STA), typ. 50 % solution in Toluene, OH stabilized (typ. 4.0 M)
- Sodium tert-Butoxide
- Sodium tert-butoxide (STB) typ. 30 % solution in Tetrahydrofuran (THF
- Sodium tert.-Butoxide (STB), powder
- Sodium triacetoxyborohydride (STAB)
- t-Butyllithium, typ. 18 % in Heptane (typ. 2.0 M)
- tert-Butyllithium, typ. 16 % in Pentane (typ. 1.6 M) tert- Butyllithium, typ. 18 % in Pentane (typ. 1.9 M)
- tert-Butylmagnesium Chloride Solution, typ. 25 % in Diethyl Ether (typ. 1.7 M)
- tert-Butylmagnesium Chloride, typ. 20 % solution in THF (typ. 1.7 M)
- Tetramethylpiperidinemagnesium Chloride Lithium Chloride Complex (TMP-MgCl), typ. 20 % solution THF/Toluene
- Vinylmagnesium Chloride, typ. 16.5 % solution in Tetrahydrofuran (typ. 1.9 M)
- Zinc Chloride, 25% Solution in 2-Methyl-THF
- Zinc Chloride, typ. 10 % solution in THF (typ. 0.7 M)
