Isostatic Pressed Spouted Graphite Silicon Carbide Crucible for Copper Aluminum Casting Line
Description
The spouted graphite silicon carbide crucible is specially engineered with an integrated pouring spout, ideal for precise and clean lead melting, tin casting, copper melting, aluminum melting, waste copper recycling smelting, and waste aluminum reprocessing processes. Crafted from high-purity graphite and silicon carbide, this graphite silicon carbide crucible delivers superior thermal conductivity, oxidation resistance, and structural stability even under the extreme heat conditions required for lead, tin, copper, aluminum, waste copper, and waste aluminum smelting. The integrated pouring spout not only boosts pouring efficiency but also minimizes metal loss during the transfer of lead, tin, copper, aluminum, waste copper, and waste aluminum, making it a cost-effective choice for small-scale foundries and industrial metalworking.
Spouted Graphite Silicon Carbide Crucibles Characteristics
- Integrated pouring spout for lead/tin casting: Enables controlled, splash-free pouring of molten lead and tin, enhancing operational safety and casting precision while reducing waste of these non-ferrous metals.
- Excellent thermal conductivity for rapid lead/tin melting: Ensures quick and uniform heating, accelerating the melting rate of lead and tin to improve production efficiency in batch processing.
- Outstanding thermal shock resistance for frequent lead, tin melting cycles: Maintains structural integrity even under rapid temperature changes during repeated melting and cooling of lead and tin.
- High corrosion and oxidation resistance for harsh lead, tin smelting: A protective glaze layer prevents chemical reactions with molten lead and tin, extending the crucible’s service life in harsh smelting environments.
- High mechanical strength via isostatic pressing: The advanced isostatic pressing process enhances durability and crack resistance, even when handling the weight of molten lead and tin.
- Extended service life for lead/tin processing applications: Operates 3–5 times longer than traditional clay graphite crucibles, cutting replacement costs for continuous lead and tin melting operations.
Spouted graphite silicon carbide crucibles Shape Diagram
Technical Parameters
| NO | Model | ODMM | HMM | IDMM | BDMM | Brim.Cap (L) |
|---|---|---|---|---|---|---|
| 93 | Z803 | 620 | 800 | 536 | 355 | 108.37 |
| 94 | Z1800 | 780 | 900 | 680 | 440 | 242.91 |
| 95 | Z2300 | 880 | 1000 | 780 | 330 | 310.39 |
| 96 | Z2700 | 880 | 1175 | 780 | 360 | 364.37 |
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