Key Applications:
High-efficiency copper alloy melting: Ideally suited for melting brass, bronze, and cupronickel; silicon carbide withstands the high temperatures required for these metals
(up to 1600°C or higher).
Large-scale melting of aluminum and aluminum alloys: Used for bulk melting of molten aluminum in automotive component manufacturing and die-casting plants.
Melting low-melting-point metals (zinc, lead, tin, etc.): Exceptional wear resistance and low contamination potential ensure high purity of the molten metal.
Precious metal melting: Suitable for the refining and processing of metals such as gold and silver.
Applicable Industries and Furnace Types:
Die-casting and foundry industries: Automotive wheel manufacturers, engine component plants, and manufacturers of plumbing and sanitary valves.
Compatibility with advanced industrial furnaces: Commonly used in induction furnaces (electromagnetic furnaces), resistance furnaces, gas-fired furnaces, and oil-fired furnaces.
It offers excellent response to electromagnetic induction and ensures highly uniform heating.
Main Specifications:
| Model | Capacity | Height | Outer Diameter (Top) | Outer Diameter (Bottom) |
| A05 | 0.13 L | 80 mm | 70 mm | 43 mm |
| A1 | 0.20 L | 90 mm | 90 mm | 55 mm |
| A2 | 0.35 L | 110 mm | 102 mm | 65 mm |
| A4 | 0.60 L | 140 mm | 115 mm | 75 mm |
| A8 | 1.40 L | 180 mm | 155 mm | 110 mm |
| A15 | 2.40 L | 230 mm | 180 mm | 120 mm |
| A25 | 3.90 L | 260 mm | 220 mm | 150 mm |
| A50 | 8.50 L | 330 mm | 270 mm | 200 mm |
Key Specifications:
Refractoriness 1800
apparent porosity ≤13%
bulk density 2.25–2.35
silicon carbide 50%–55%
graphite 40%–45%
other 5%