The difference between battery materials lithium carbonate and lithium hydroxide

Lithium carbonate is the carbonate of lithium, a soft alkali metal with antimanic and hematopoietic activity. Lithium carbonate is a white powder that is highly irritating when dissolved in water.

2026-02

2026-02-09

Lithium Hydroxide Monohydrate: Purity Standards, Composition, and Industrial Applications

Lithium hydroxide monohydrate is a key inorganic chemical material widely used in batteries, pharmaceuticals, electroplating, and specialty chemicals. Its quality is primarily defined by purity, and the industry standard purity of 56.5% is calculated based on lithium hydroxide (LiOH) content. This means that in Lithium hydroxide monohydrate, 56.5% of the total mass is pure lithium hydroxide, while the remaining portion consists mainly of crystallization water and trace impurities.

2026-01

2026-01-29

Industrial-Grade Lithium Hydroxide: Supporting Global Battery Materials With Stable, High-Quality Supply

As the global demand for lithium-based materials continues to surge, the role of industrial grade lithium hydroxide has become increasingly important across battery manufacturing, lubricants, ceramics, and specialty chemical sectors. In 2025, East Chemical continues to strengthen its product portfolio and supply capabilities, ensuring consistent quality and reliable delivery for clients worldwide.

2025-12

2025-12-08

High-Purity LiOH Solutions Empower the Next Generation of Battery Materials

With the rapid growth of electric vehicles, energy storage systems, and advanced consumer electronics, Lithium hydroxide (LiOH) has become one of the most strategic materials in the global lithium supply chain. As cathode technologies move toward high-nickel ternary chemistries, demand for battery-grade LiOH is rising sharply due to its essential role in improving energy density, cycle performance, and thermal stability. Among multiple lithium products, Anhydrous lithium hydroxide is particularly valuable for its superior purity and stability in high-performance battery material production.

2025-11

2025-11-24

Comprehensive Guide to Lithium Hydroxide Applications in Lithium-Based Grease Industry

Lithium-based greases are widely recognized for their excellent high-temperature stability, water resistance, and mechanical performance. They are extensively used in automotive, industrial, and aerospace lubrication systems.

2025-10

2025-10-28

Lithium Hydroxide: Ensuring Quality and Stability in Diverse Environments

When selecting lithium hydroxide, it is essential to consider the application environment and purity requirements. Environmental conditions, storage methods, and transportation factors can all affect product performance and stability. Choosing the right lithium hydroxide grade helps maintain consistency and safety during use.

2025-10

2025-10-09

What Types of Lithium Hydroxide Products Are Available?

There are many types of lithium hydroxide products, each suitable for different industries, applications, and processing requirements. Choosing the right grade ensures efficiency, safety, and long-term performance.

2025-09

2025-09-15

Germany Client Successfully Applies Lithium Hydroxide in Lithium-Based Grease Production

A well-known industrial company in Germany, specializing in high-performance lubricants, faced growing challenges in their lithium-based grease production. With the increasing demand for advanced lubricants in automotive and machinery applications, the client needed a stable and efficient raw material to ensure long-lasting performance under extreme temperature and pressure conditions.

2025-08

2025-08-27

REACH certified lithium hydroxide in multiple specifications, high purity video

2025-11

2025-11-20

Driving Innovation in European Ceramics with Lithium Hydroxide

As Europe's ceramic manufacturing sector evolves, the demand for high-performance raw materials continues to rise. Among the most impactful additives, lithium hydroxide ceramics are gaining widespread recognition for their ability to enhance product quality and production efficiency. From reducing firing temperatures to improving glaze brilliance, lithium hydroxide is reshaping the standards of modern ceramic production.

2025-06

2025-06-09