Iron Concentrate Binder Pellets

Iron Concentrate Binder Pellet Ratio and Usage Method
1. Iron concentrate 1000kg, iron concentrate binder: 10-15kg (the amount can be adjusted according to the moisture content of the raw materials).
3. First, transport the raw materials to the mixer via a conveyor belt. Install a water tank on the mixer and adjust the amount of water added based on the humidity of the raw materials. After thoroughly mixing the above raw materials, proceed to the briquetting machine.
4. Use a conveyor belt to transport the formed pellets to the dryer. Dry them at 150°C for 1-1.5 hours, or allow them to air dry naturally.
Iron concentrate binder is a key material used for forming and pelletizing iron concentrate and other mineral powder raw materials, widely applied in the metallurgical industry. Below is a detailed introduction to the iron concentrate binder:
Performance Characteristics
Wide adaptability: Suitable for iron ore powder, manganese ore powder, chromium ore powder, phosphate ore powder, copper, lead, zinc, and various other mineral powders.
Easy to use: Low addition amount, typically around 2%. Simply add it to the powder material in proportion, mix with water, and stir to form.
Excellent performance: Exhibits hydrophilicity, complexation, rapid setting, oxidation-reduction, and other properties. It has strong binding force, with a one-time forming rate of up to 98% and pellet strength of up to 1000N/pellet. It also improves the grade of pellets and reduces energy consumption.
Environmentally friendly and energy-saving: No pollution during use, free of harmful chemical components such as sulfur and phosphorus, meeting environmental requirements.
Application Effects
Improves production efficiency: The produced cold-pressed pellets can be directly used in blast furnaces, direct reduction furnaces, slagging furnaces, submerged arc furnaces, etc., enhancing smelting efficiency.
Reduces costs: The coke powder in cold-pressed pellets can replace part of the expensive coke, lowering production costs.
Improves product quality: Pellets made with the binder have a high grade, contributing to the improvement of the final product quality.