Ceramic Crucible Dish, Fused Silica Material, 6-Inch Diameter, 1000g Capacity, High Temperature Heat Resistant for Melting Casting Gold Silver Copper
For casting studios and jewellers handling larger volumes of precious metal, this 6-inch crucible dish provides reliable capacity. Its fused silica construction is designed for high-temperature torch or kiln work, ensuring clean pours and consistent results whilst casting gold, silver, or copper alloys.
Key features
- Fused silica ceramic body is non-reactive with gold, silver, and copper alloys.
- Features a shallow bowl shape with thick walls for thermal stability.
- Includes a small, formed pouring spout for improved control during casting.
- Large 6-inch diameter accommodates melts up to a 1000g capacity.
- Designed to withstand repeated thermal cycling from torch or kiln heating.
Who it's for
This larger capacity dish is ideal for professional UK jewellers, silversmiths, and small casting houses who regularly melt significant quantities of metal. It's a workshop staple for anyone moving beyond small, individual casting jobs to batch production or larger one-off pieces.
Specifications
- Material: Fused Silica Ceramic
- Diameter: 6 inches
- Capacity: 1000g
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Is this the right tool for you?
Best for
- UK professional jewellers melting significant quantities of gold
- Silversmiths performing batch casting of sterling silver
- Small casting houses working with copper alloys
- Workshops requiring high-temperature torch or kiln use
Not for
- Beginners undertaking occasional small-scale melts
- Casting very small quantities of precious metal
- Melting non-precious metals with lower temperature requirements
How this compares
| Ceramic Crucible Dish, Fused... | Alternatives | |
|---|---|---|
| Material | Fused Silica Ceramic | Standard clay or graphite |
| Capacity | 1000g for larger melts | Smaller capacities, typically 100-250g |
| Thermal Cycling | Withstands repeated heating and cooling cycles | Prone to cracking or degradation with repeated use |
| Pouring Control | Formed pouring spout for precision | No integrated spout, less controlled pouring |