1. Reducing Energy Consumption During Melting
- Loose aluminum chips trap air, causing poor heat utilization and energy waste.
- Briquetting increases density, expels trapped air, and concentrates heat on the aluminum material.
- Briquetted aluminum heats uniformly, melts faster, shortens melting time, and further lowers energy consumption.
2. Reducing Energy Consumption During Transportation
- Loose chips are bulky, resulting in low loading efficiency and more transport trips.
- Briquetting drastically reduces volume, allowing a single vehicle to carry several times the load.
- Reduces the number of trips and the energy consumed per unit weight of aluminum, achieving logistics energy savings.
3. Improving Recycling Rates
- Loose chips are prone to scattering and loss during recycling, wasting resources.
- Briquetted chips have a uniform shape, making them easy to store and handle, minimizing losses.
- Higher effective recovery reduces the need for primary aluminum production, saving significant energy and resources.
4. Reducing Energy Consumption During Processing
- Briquetted aluminum has a uniform texture, ensuring stable equipment operation and reducing frequent parameter adjustments.
- Consistent density ensures even stress distribution, reducing equipment wear and maintenance energy.
- Higher finished product quality minimizes defective items, avoiding energy waste from reworking substandard parts.
