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Lithium Poly Silicates

Li2O3Si
Lithium Silicate / Lith (LS/45)

Lith™ (LS/45) Lithium Silicate is an aqueous polysilicate solution with a molar ratio of 4.5 (ranging 4.35-5.0) that has a high concentration of lithium produced with Lithium Hydroxide. The reactive silicate forms a stable, high ratio, low viscosity solution that results in lower levels of water in coatings and can dramatically improve film formation, water resistance, abrasion, hardness and bonding properties for many applications, including concrete surface treatments, specialty paints and coatings. Adhesion: Addition of Lithium Silicate to Sodium or Potassium Silicates improves the adhesion to various different surfaces.

Li2O / K2O/ SiO2 Lithium Potassium Silicate
Lith (LPS/39) Hybrid
 

Lith™ LPS/39 is an aqueous polysilicate hybrid blend solution with a molar ratio of 3.9 (ranging 3.8-4.0). Ideal for many applications including; concrete surface treatments, specialty paints and coatings, welding rod binders, refractory materials, ceramics and glazes.

Lithium Hydroxide

LiOH.H2O
Lithium Hydroxide Monohydrate

Lith™ LiOH.H2O Used in a variety of applications including producing lithium complex grease, carbon dioxide absorber and as a fluxing agent in inorganic pigments. ASG carries a number of grades including technical grade, battery grade as well as offspec material.

LiOH.H2O
Lithium Hydroxide Anhydrous

Lith™ LiOH Lithium hydroxide anhydrous is a less easily stored and transported form of lithium hydroxide, however it finds some unique applications such as in the production of lithium stearate as well as heat transfer medium for storage battery electrolyte.

Lithium Metasilicate

Li2SiO3
Lithium Metasilicate

Used in glass system, molten salt system and high temperature ceramic glazes, also as a binder, mainly for inorganic zinc-rich coatings and advanced electrodes.

Technical Data Sheet

Safety Data Sheet

Lithium Sulphate

Li2SO4
Lithium Sulphate
 

Lith™ Li2SO4 Lithium Sulphate is used across a range of technical industries.  It accelerates setting time in high alumina cements, is used as an additive in special glasses and photographic developing solutions, and is a catalyst in various polymer reactions.  It is also the main component of electrolytes in large-scale battery formulations for grid storage applications.

Technical Data Sheet

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Lithium Carbonate

Li2CO3
Lithium Carbonate Ultrafine

Lith™ Li2CO3 Used in a variety of applications including an accelerator in high alumina cement systems for manufacture of self-levelling flooring compounds, ceramic tile adhesives, rapid setting grouts and repair mortars. Median particle size is 6-10 microns.

Technical Data Sheet

Li2CO3
Lithium Carbonate Superfine

Lith™ Li2CO3 Used in a variety of applications including an accelerator in high alumina cement systems for manufacture of self-levelling flooring compounds, ceramic tile adhesives, rapid setting grouts and repair mortars. Median particle size is 30 microns.

Li2CO3
Lithium Carbonate Technical Grade

Lith™ Li2CO3 offers a much coarser particle size than the ultrafine or superfine grade, the technical grade is better suited for fritz and glazes, as well as for producing other down stream lithium chemistries.

Li2CO3
Lithium Carbonate Battery Grade

Lith™ Li2CO3 Lithium Carbonate Battery Grade is a high purity 99.5% fine white powder material recommended for use in Li-ion battery precursors to portable electronics applications. Average particle granularity of < 6 microns

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Lithium Chloride

LiCL
Lithium Chloride Anhydrous LiCl 98%

Lith™ LiCl98 is used in the production of lithium metal, as well as a brazing flux in the automotive industry. Lithium chloride is also used in some nitche applications such as it’s use as a tracer in water treatment plants.

LiCL
Lithium Chloride Solution LiCl 40%

Lith™ LiCl40 Available as a ready to use aqueous solution, lithium chloride solution can be used in water treatment as well as a feedstock for making lithium metal and other lithium chemistries.

Technical Data Sheet

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Lithium Nitrate

LiNO3 Admixture (30% solution)

Lith™ LiNo3 30% Solution is a concrete admixture designed for the prevention and control of alkali-silica reactivity.

LiNO3 ASR Mitigation Treatment (Solution)

Lith™ ASR / MT is a formulated proprietary solution which  is used as a topically applied treatment to help in the remediation of concrete structures and infrastructures presently affected by ASR as a cost-effective way to impregnate concrete with lithium ions to help control cracking, pop-outs and costly repairs caused by ASR.

Safety Data Sheet

Lithium Bromide

LiB
Lithium Bromide LiB 55% Solution

Lith™ LiB 55 Lithium Bromide solution is a high concentration aqueous lithium bromide suitable for use as a reagent, as a coolant in nuclear towers as well as in medical applications.

Technical Data Sheet

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LiB
Lithium Bromide Anhydrous LiB 98%

Lith™ LiB 98 Extremely hygroscopic by nature, lithium bromide anhydrous is well suited as a desiccant in air conditioning systems, as well as a humectant and fungicide in medicinal applications.

Lithium Fluoride

LiF
Lithium Fluoride LiF Powder

Lith™ LiF Lithium Fluoride is most widely used as a flux in the production of ceramics, such as enamels, glasses and glazes. Similarly it is also used in brazing and welding flux and molten salt chemistry in metallurgy.

 

Lithium Acetate

LiOAc
Lithium Acetate (Anhydrous)

Lith™ LiOAc Lithium Acetate, Anhydrous a white granular powder that is freely soluble in water and short chain alcohols. Lithium acetate is currently available in two forms: anhydrous and dihydrate and is known for its low electrical conductivity. Anhydrous lithium acetate is obtained by heating commercial lithium acetate till the melting point of anhydrous salt, and then cooling it very slowly. Mainstream applications include: Buffer for ion exchange chromatography, in the production industrial polymers and resins, Precursor for lithium ceramic cathode materials in the manufacture of textiles and lubricant greases, Key component of solid polymer blend electrolytes, PVC stabilizer and as an antistatic additive.

 

Technical Data Sheet

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LiOAc
Lithium Acetate (29% w/w solution)

Lith LiOAc (29% w/w solution) used as an additive to  industrial clearers for neutralizing for carbonated floors, as a highly effective de-icer that is non-corrosive to concrete and stabilizing  additive for cleaners to help reduce alkalis as well as a catalyst for oxidation and hydroformylation of organic compounds for their deprotonation and dehydration.

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Lithium Minerals

LiAl(SiO3)2
Spodumene

Spodumene is a pyroxene mineral and a source of lithia. It is used in glasses, ceramics, porcelain enamels, whitewares and glazes due to its powerful fluxing properties. It has low thermal expansion, reduces the melt viscosity, melting temperature and contributes to brilliancy and strength of the glass.

Technical Data Sheet

LiAlSi4O10
Petalite

Petalite, also known as castorite, is a lithium aluminum phyllosilicate mineral. It is used in ceramics, glass and enamels. The addition of petalite improves strength, density, acid resistance, heat resistance and gloss. It reduces melt viscosity, melting temperature and thermal expansion and promotes melt homogenization.

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Specialty Lithium Chemistries

LithMelt™

LithMelt™ is a formulated deicing composition is provided. The composition includes a potassium or sodium salt of a carboxylic acid and a lithium salt of a carboxylic acid or lithium nitrate, wherein the molar ratio of lithium to potassium or lithium to sodium is from 10 percent to 80 percent.

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Micro-Dur™ Hybrid Polymer Dispersion

Micro-Dur™ Hybrid Polymer Dispersion is a speciality organic-inorganic hybrid micro-dispersion composed of nano-silica, lithium silicate and silicon in a resin matrix. The specifically engineered composition and self-cross-linking mechanism provides superior hardness, durability, adhesion, chemical and stain resistance to waterborne clear topcoats, varnishes, and stains.

Technical Data Sheet

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