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The annual treatment capacity of NdFeB waste reaches 20000 tons, which is at the leading level in China.
Tianma has its own raw material procurement team, relying on the unique technology of rapid on-site identification of raw material quality, and has mature raw material channels to ensure raw material supply.
Flexible and controllable business model, free from market price fluctuations.
Praseodymium neodymium oxide is a pink powdery solid, which is mainly used in petroleum cracking catalyst, dyeing and tanning aid ceramic and glass colorant, optical fiber, polishing powder, plastic pigment, chemical catalyst, permanent magnet motor, generator, nuclear magnetic resonance imager, magnetic separator, magnetic crane, instrument, liquid magnetization, magnetic therapy equipment, etc. it has become an automobile manufacturing, general machinery Electronic information industry and cutting-edge technology are indispensable functional materials.
A. Raw material preparation
The raw materials are roughly processed by crushing and ball milling, the advanced high-efficiency and energy-saving grinding equipment in the industry is adopted, the mechanical dust-free transportation and fine processing are carried out, and finally the qualified oxidized materials are prepared by oxidative roasting.
B. Optimal solution extraction
The patented technology developed by the company is applied to extract rare earth and high price elements from raw materials, low acid leaching, countercurrent efficient washing, accurate and excellent dissolution and impurity removal, and prepare high-quality extraction and separation material liquid.
C. Extraction separation
Combined with the characteristics of valuable elements in NdFeB waste industry, the company has developed and applied the self-developed full linkage fuzzy extraction technology to extract and separate praseodymium (PR), neodymium (nd), gadolinium (GD), terbium (TB), dysprosium (Dy), holmium (HO) cobalt (CO) and other intermediate products. Process characteristics have the advantages of stable product quality, high purity, low cost and easy standardized operation.
D. Precipitation burning
High quality synthetic oxalic acid is used to precipitate and transform various products extracted and separated by special equipment. The physical and chemical indexes of the products are higher than those of similar products in the industry. The self-designed rotary automatic production line is used for burning, and the market is in short supply.
