For many years, Chinese phosphate chemical companies have used phosphate rock as raw material, but over 30% of phosphate powder and cinder have been piled up due to the lack of effective solutions, occupying a large area, polluting the environment, and wasting resources. Although some companies tried to use phosphate powder molding to replace phosphate rock application in recent years, they failed to develop due to the small price difference between phosphate powder and phosphate rock and the difficulty in selecting binder. Therefore, we introduce the "high-strength carbon-containing phosphate powder pellet binder."

Product Advantages:

1. Innovative Technology and Energy Conservation: Phosphorus chemical enterprises use phosphate rock, powdered coke, and binder to form sintering material through molding machines, which is then dried and used as furnace feedstock for direct smelting. This approach maximizes the use of waste materials, providing an excellent method for the enterprise to reduce production costs and conserve energy.

2. Versatile Adaptability: Many phosphorus chemical companies have been disposing of their excess waste phosphorus ore powder and coke powder outdoors for years, resulting in high moisture content. This presents difficulties in shaping the ore powder as it requires drying. However, with this binder, no drying equipment is needed; it can be directly added and used.

3. High molding rate and excellent he effect: Used for single molding of phosphate rock powder, with a molding rate of up to 96%, wet balls do not disperse when dropped from 2 meters, can be naturally dried or dried, with a strength of about 100kg per ball after drying, high-temperature resistant, and the grade of the pelletized ore is not reduced; suitable for blast furnace, direct reduction furnace, iron-making furnace, and other furnace materials.

4. Significant Economic Benefits: The current price difference between phosphate rock powder and phosphate ore is about 200 yuan, and the ton price difference of coke powder is about 800 yuan. By using phosphate rock powder and coke powder to produce carbon-rich agglomerates instead of phosphate ore and coke, the cost can be reduced by over 100 yuan per ton, nearly a thousand yuan per ton for phosphorus cost. The economic and social benefits are extremely significant.