Lithium Hydroxide Manufacturer

Lithium hydroxide is an inorganic compound with the formula LiOH. It is a white hygroscopic crystalline material. It is a white hygroscopic crystalline material. Our factory mainly produces this product for industrial use, especially in battery manufacturing.

Product Introduction:

Lithium hydroxide is a white monoclinic fine crystal or powder solid, with two forms anhydrous and monohydrate. It belongs to the monoclinic or tetragonal crystal system and has strong alkalinity and corrosiveness. It can absorb carbon dioxide and moisture in the air. It is soluble in water, slightly soluble in ethanol, and insoluble in ether.

Lithium hydroxide is widely used in new energy vehicles, petroleum, chemical industry, light industry, nuclear industry, metallurgy, glass, ceramics, and other fields. It is a crucial lithium chemical raw material commonly used for preparing lithium salts, lithium soaps (lithium greases), lithium battery cathode materials, and lithium-based lubricating grease. It can also be used as an electrolyte for alkaline batteries, absorption liquid for bromine-lithium refrigerators, analytical reagents, photographic developers, etc.

Battery-grade monohydrate lithium hydroxide: mainly used to prepare NCM、NCA  and other ternary positive electrode materials for Lithium-ion batteries.

Industrial-grade monohydrate lithium hydroxide: mainly used to prepare Lithium salts and Lithium-based lubricating grease. It can also be used as an electrolyte for alkaline batteries, an absorption liquid for bromine-lithium refrigerators, and an additive for glass & ceramic industries.

Anhydrous Lithium Hydroxide: Mainly Used For Preparing High Nickel Ternary Positive Electrode Materials And Can Also Be Used As Carbon Dioxide Absorbent, Analytical Reagent, Photographic Developer Etc.

Company Profile

Our factory is a global high-end producer of lithium hydroxide, supplying top-tier lithium battery materials, lithium batteries, and new energy vehicle companies with high-quality personalized products. We have won unanimous praise and trust from our customers with leading technological advantages, reliable quality assurance, and excellent service quality. Currently, the comprehensive production capacity of lithium hydroxide is about 78,000 tons per year.

The company covers an area of about 66000 mand is located in Quzhou High-tech Industrial Park. Our company has established long-term cooperative relationships with universities such as Donghua University and Zhejiang Sci-Tech University to vigorously promote technological innovation. We use the latest scientific research results to produce high-purity lithium carb with quality reaching world advanced level which fills a gap in domestic corresponding product market. Our product technology indicators are excellent and quality is stable which has received praise from customers. We have established stable supply chain cooperation relationship with major clients in the raw materials market for Li-ion batteries forming unique advantages in our industry chain.

From its inception our Company has always adhered to establishing its own brand image while actively introducing advanced talents and modern management models striving towards building a modernized Company during this new era. We sincerely welcome domestic & foreign merchants/manufacturers to contact us where we will provide you with high-quality products and thoughtful services!

Product Advantages

Technical Support

Resource Guarantee

Quality Assurance

Industry Accumulation

Technical Support: A national-level scientific research platform, an excellent team of technological innovation, and a mature mechanism for industry-university-research cooperation provide a strong impetus for product technology advancement. We can customize various granularities (5µm, 10µm, etc.) of lithium hydroxide micro-powder products according to customer needs. Our company has a complete patent layout for lithium hydroxide preparation technology and has led (participated in) the formulation of multiple national (industry) standards.

Resource Guarantee: The raw material for the production of lithium hydroxide comes from high-quality spodumene concentrate produced in Mount Marion, Australia. Mount Marion is the world’s second-largest producing high-quality spodumene mine, which started operation in February 2017 with an annual output of approximately 400,000 tons of lithium concentrate. It can provide a stable and high-quality supply of lithium resources sustainably.

Quality Assurance: Intelligent and information-based production lines, a sound quality control system, a professional production management team ensure product quality. The products have the characteristics of low impurity content, good consistency, uniform particle size distribution, and low magnetism. They are certified by the EU REACH and ROHS.

Industry accumulation: With 20 years of establishment, we have profound experience in extraction, processing and manufacturing in the field of lithium compounds. We can assist customers to solve various product and technical problems.

Packing Details

FAQs

Based on quality, lithium hydroxide can be divided into single water lithium hydroxide, anhydrous lithium hydroxide and micro-powder grade lithium hydroxide. Our company can provide high-quality sources and guarantees.

Lithium hydroxide is used in the production of high-nickel ternary cathode materials such as Lithium Iron Phosphate (LFP), Lithium Titanate Oxide (LTO), Nickel Cobalt Manganese Oxides (NCM622, NCM811) and Nickel Cobalt Aluminum Oxides (NCA). It is applied in new energy vehicle power batteries, energy storage equipment, base station backup power supplies, etc., and can also be used in nuclear industry.

The particle size is different. The particle size of uncrushed lithium hydroxide ranges from 200 microns to 1000 microns, while that of micro-powder grade only has a few microns depending on downstream manufacturers’ requirements. Our company can provide both types.

Micro-powdered grade lithium hydroxide is currently used in NCM622 and NCM811 ternary materials with a proportion of about 50% each.

It reduces dehydration costs and improves positive electrode material output efficiency.

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