Boffi Fluorite Powder Briquette Binder

Fluorite powder briquetting binder is a specialized binder used for pelletizing fluorite ore powder, also known as pelletizing binder, briquette binder, or cold-bonded pellet binder.
The application of fluorite powder briquette binder achieves the recycling of resources, turning waste into treasure, creating significant economic and social benefits, and aligning with national sustainable development policy requirements.
Features: 1. Low dosage, with the ratio of raw material to binder being 1%-1.5%. 2. High forming rate, exceeding 98%. 3. High pellet strength. Wet pellets do not break after a 2-meter drop, and dry pellets do not break after a 5-meter drop, with a compressive strength of 100 kg. 4. It does not reduce grade and is a pure organic binder. 5. Easy to use: add dry powder, mix thoroughly, and then press into pellets.
Usage: 1. 1000 kg of mineral powder, approximately 20 kg of binder. 2. Add water while mixing the mineral powder and binder. Adjust the amount of water based on the moisture content of the raw materials. Mix the raw materials evenly. When they can be held by hand into a ball shape without falling apart, they are ready to be placed into the briquetting machine for pressing. 3. Dry at 150°C for 23 hours, or allow to dry naturally.
Market Analysis: Fluorite pellet binder is one of the key components in the fluorite powder briquetting process, accounting for a major share of the processing cost of fluorite pellets. At the same time, the quality of the binder is a critical guarantee of the quality of fluorite pellets. Generally, organic binders offer good binding performance and high mechanical strength but have poor thermal strength and thermal stability, with some exhibiting weak waterproofing. Inorganic binders are widely sourced, low-cost, and provide good thermal strength and thermal stability but increase ash content. Composite binders leverage the complementary advantages of different additives, combining strengths and mitigating weaknesses, representing the development direction of binders.