Gansu Junmao New Material Technology Co., Ltd. specializes in reducing reagents such as hydrides and deuterides. Enterprises can carry out customized production to bring high-quality products and services to customers. Satisfying customer needs, with a wide variety of products and excellent quality,
Gansu Junmao New Material Technology Co., Ltd. settled in Lanzhou New Area Fine Chemical Park on January 4, 2019The company's main business focuses on the system research and development and production of new materials for hydrides and deuterides.People oriented: Junmao has a high-quality R&D team a
Gansu Junmao New Material Technology Co., Ltd. settled in Lanzhou New Area Fine Chemical Park on January 4, 2019The company's main business focuses on the system research and development and production of new materials for hydrides and deuterides.People oriented: Junmao has a high-quality R&D team a
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Product Description
Lithium borohydride can serve as a hydrogen source in many fields. It can provide a stable hydrogen supply for research in various environments. Meanwhile, lithium borohydride has certain conductivity. It can also provide long-lasting power supply for batteries. And it can improve the speed of battery charging.
Meanwhile, lithium borohydride can efficiently store and release hydrogen gas. Therefore, it is widely used in hydrogen production and storage technology. Both pure hydrogen and liquid hydrogen are prone to hazards during transportation and storage, and the restrictions are more stringent. In contrast, lithium borohydride is safer.
Lithium borohydride has low sensitivity to external conditions and generally exists in hydrogen storage materials in solid or liquid form. It has reversibility in the process of storing and releasing hydrogen. Adding lithium borohydride to hydrogen storage materials can increase the number of cycles for storing and releasing hydrogen. This can extend the service life and reliability of hydrogen storage materials.
At the same time, lithium borohydride is less prone to leakage and explosion. It has excellent controllability and can be adjusted and controlled according to different needs and conditions. In addition, lithium borohydride poses less harm to the environment during use, and waste disposal is relatively simple, which also helps with environmental protection.
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