本产品由本公司自主研制，已取得多项国家专 利。本品适用于不可接触金属物料，多用于锂电正极原料的生产制作。陶瓷阀的优点是超强耐磨，而且不会对锂电材料造成污染，是新能源大开发进程中一大助力。

　　主要结构：外壳金属。

　　物料接触部分：内衬陶瓷(也可尼龙、四氟等)。

　　适用范围：用于输送电池正极材料、磷酸铁锂、三元材料等。食品药材原料输送。

　　陶瓷卸料阀特点：1.耐腐蚀：能够抵御锂电材料中的腐蚀性介质。2.耐磨：硬度较高，能够承受物料的磨损。3.耐高温：适应锂电生产过程中的高温环境，不易变形或损坏。4.密封性好：确保物料在输送过程中不会泄露，保证生产环境的清洁和安全。5.保证物料的干净度。6.易于清洁：陶瓷表面光滑，不易粘附物料，方便清洗和维护。7.精准控制：能够实现对卸料量的精准控制，满足生产工艺要求。在锂电行业中陶瓷旋转阀卸料阀广泛应用于正极材料，负极材料，电解液等物料的输送和卸料，可以提高生产效率，保证物料的质量的和稳定性，同时满足环保和安全的要求。

This product is independently developed by our company and has obtained multiple national patents. This product is suitable for non-contact metal materials and is mainly used in the production and production of lithium battery cathode materials. The advantage of ceramic valves is that they are super wear-resistant and do not cause pollution to lithium-ion materials, making them a major contributor to the development of new energy.

Main structure: Metal shell.

Material contact part: lined with ceramic (nylon, PTFE, etc.).

Scope of application: Used for transporting battery cathode materials, lithium iron phosphate, ternary materials, etc. Transportation of food and medicinal materials.

Characteristics of ceramic discharge valve: 1. Corrosion resistance: able to resist corrosive media in lithium battery materials. 2. Wear resistance: With high hardness, it can withstand the wear of materials. 3. High temperature resistance: Suitable for high temperature environments during lithium battery production, not easily deformed or damaged. 4. Good sealing: Ensure that materials do not leak during transportation, ensuring the cleanliness and safety of the production environment. 5. Ensure the cleanliness of materials. 6. Easy to clean: The ceramic surface is smooth and not easily adhered to materials, making it easy to clean and maintain. 7. Precision control: It can achieve precise control of the unloading amount and meet the requirements of the production process. Ceramic rotary valve discharge valves are widely used in the lithium battery industry for the transportation and discharge of positive electrode materials, negative electrode materials, electrolytes, and other materials. They can improve production efficiency, ensure the quality and stability of materials, and meet environmental and safety requirements.