Recyclable Materials，stable Compound，Lithium Deuteride

Lithium deuteride is a white solid formed by the reaction of molten metal Li with deuterium gas. Stable at room temperature and pressure; It is a stable compound that can be transported and stored. Lithium deuteride has good storage, storage, and processing properties, making it a recyclable material. At room temperature, lithium deuteride can be stored in low-density liquids or in high-temperature sealed air.

Lithium deuteride is one of our company's star products and also our main product. The good storage capacity and stability of lithium deuteride make it widely used in many fields. Our company is committed to innovating and improving the preparation process of lithium deuteride, rapidly, economically, and efficiently preparing high-purity, low defect lithium deuteride, which will lay the foundation for the rapid development and application of lithium deuteride. These are of great significance and value for the preparation and application of lithium deuteride. At the same time, after improving and upgrading the production technology of lithium deuteride produced by our company, the quality and purity of lithium deuteride have been further improved, and the cost is gradually decreasing. By promoting the research and application of lithium deuteride technology, sustainable energy development can be achieved, promoting environmental protection and sustainable prosperity of human society.

1. Lithium deuteride has abundant deuterium storage capacity, with a deuterium content of 22.48%. It is the only alkali metal that can generate stable deuterides that are sufficient to melt without decomposition.

2. Lithium deuteride has a high level of chemical energy and can be applied to the study of energetic materials.

3. Lithium deuteride has unique properties such as low density and low atomic number, and can be used as a low energy X-ray scattering and transport material, as well as a lightweight neutron moderator.

4. The deuterium required for lithium deuteride can be obtained by extracting deuterium from seawater. Due to the extremely rich content of deuterium in seawater, lithium deuteride has renewable properties. Compared with other non renewable energy sources, lithium deuteride has more sustainable and environmentally friendly characteristics.

1. Lithium deuteride can be used as a lithium source in the positive electrode material of lithium-ion batteries.

2. Lithium deuteride can be used as an isotope marker in drug research.

3. Lithium deuteride can be used as a contrast agent in magnetic resonance imaging (MRI).

4. Lithium deuteride can be used as an isotope marker in dyes.

Lithium deuteride can be used as an optical thin film coating material.

1. Storage precautions: Sealed at room temperature, cool, ventilated, and dry under inert gas. Material oxides to avoid: acid, moisture/moisture, alcohol. Keep the storage container dry. Do not eat or drink when using. If in contact with eyes, immediately rinse with plenty of water and seek medical attention. Do not add water to this product. Take measures to prevent static electricity. Wear appropriate protective clothing, gloves, and eye/face protection. In the event of a fire, accurately identify the type of fire-fighting equipment in the space. If you feel unwell, seek medical advice immediately. Lithium deuteride materials and their containers must be disposed of as hazardous materials.

2. Transportation matters: Transport vehicles should be equipped with corresponding types and quantities of fire-fighting equipment and leakage emergency response equipment. It is strictly prohibited to mix and transport with oxidants, edible chemicals, etc. The exhaust pipe of the vehicle carrying this item must be equipped with a flame retardant device. When using tank trucks for transportation, there should be a grounding chain, and holes and partitions can be installed inside the tank to reduce vibration and generate static electricity. It is prohibited to use mechanical equipment and tools that are prone to sparks for loading and unloading. It is best to transport in the morning and evening in summer. During transportation, it is necessary to prevent exposure to sunlight, rain, and high temperatures. When stopping midway, one should stay away from sparks, heat sources, and high temperature areas. During road transportation, it is necessary to follow the prescribed route and not stay in residential or densely populated areas. It is prohibited to slide during railway transportation. It is strictly prohibited to transport in bulk using wooden or cement boats. Danger signs and notices should be posted on transportation vehicles according to relevant transportation requirements.