Lithium Hydroxide Supplier | Lithium Hydroxide Manufacturer (CAS 1310-65-2)

Lithium Hydroxide manufacturer| Fairsky Lithium Hydroxide

Lithium Hydroxate is a high-purity alkaline lithium compound widely used in producing lithium salts, lithium-based greases and electrolytes for alkaline batteries. It acts as an absorption solution for lithium bromide refrigerators, photographic developers and analytical reagents, and is extensively applied in petroleum, chemical industry, light industry, metallurgy, glass, ceramics and nuclear industry.

Formula	CAS No.	Content
LiOH·H₂O	1310-65-2	99%min

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Lithium Hydroxide details Product Details

Lithium Hydroxide Properties Properties

Lithium hydroxide is a kind of inorganic material, chemical formula is LiOH, English named Lithium hydroxide, is a white monotonic fine crystallization, hot taste, strong alkali, corrosive, pH of 1mol/L solution is about 14, pKb = -0.04.In the air can absorb carbon dioxide and moisture, soluble in water, slightly soluble in ethanol, insoluble in ether.The relative density is 1.45, the melting point is 471℃ (without water), and the decomposition occurs at 925℃.It has two forms, anhydrous and monohydrate

Lithium Hydroxide Application Application

Used for making lithium salt and lithium base grease, electrolyte of alkaline battery, absorption liquid of lithium bromide refrigerator, lithium soap (lithium soap), lithium salt, developer, etc., or as analytical reagent;Petroleum, chemical, light industry, nuclear industry, etc.For alkaline batteries, the aluminum content should not be greater than 0.06% and the lead content should not be greater than 0.01%.As an analytical reagent, photographic developer, also used in the manufacture of lithium;To be used as a raw material for lithium compounds.It can also be used in metallurgy, petroleum, glass, ceramics and other industries.

Lithium Hydroxide Storage Storage

Store with seal and damp proof.

Lithium Hydroxide Packing Packing

25Kg net, pack sealed with double plastic bags lined plastic woven sack.

Lithium Hydroxide FAQ Lithium Hydroxide FAQ

How many types of lithium hydroxide are there?

Lithium hydroxide is mainly divided into two types: anhydrous lithium hydroxide (LiOH) and lithium hydroxide monohydrate (LiOH·H₂O).

Why is lithium hydroxide monohydrate widely used in industry?

In industrial applications, lithium hydroxide monohydrate (LiOH·H₂O), also known as monohydrate lithium hydroxide, is the most widely used form. This form is easier to crystallize, has good stability and reactivity, and is convenient for transportation and storage.

What are the industrial applications of lithium hydroxide monohydrate?

It is extensively used as a key lithium source in the synthesis of lithium battery cathode materials (such as NCM and NCA) and is widely applied in the following industries:

Manufacturing lithium-based greases (accounting for over 70% of global grease production).
Additive for alkaline battery electrolytes.
Ceramic glazes and specialty glass (e.g., aircraft windows).
Air purification and ion-exchange materials in nuclear reactors.

What are the main roles of lithium hydroxide monohydrate in battery cathode material synthesis?

Lithium hydroxide monohydrate (LiOH•H₂O) is essential in making high-nickel cathode materials like NCM and NCA, offering:

Lithium source: It improves material crystallinity, energy density, and cycle life by requiring lower temperatures and shorter sintering times.
Enhanced performance: It boosts battery capacity by 12-15% and extends lifespan by 2-3 times.
High-nickel process compatibility: It meets strict process conditions and ensures safety with low magnetic impurities.

How to choose which lithium-based raw material to use in lithium battery manufacturing?

In lithium battery manufacturing, high-nickel materials tend to use lithium hydroxide (with battery-grade lithium hydroxide monohydrate being the mainstream), while medium- and low-nickel or lithium iron phosphate materials mostly use lithium carbonate. Although anhydrous lithium hydroxide has better performance, it is still mainly supplied in the monohydrate form due to the high production difficulty and cost of anhydrous.