Ceramic Crucible Dish, Fused Silica Material, 100g Capacity, 2-Inch Diameter, High Temperature Heat Resistant for Melting Casting Gold Silver Copper
For bench jewellers and casters handling small-batch melts, this crucible dish is sized for the job. Its 100g capacity is ideal for single-piece casting of gold, silver, or other alloys, preventing waste of valuable material on bespoke pieces or repairs.
Key features
- Sized for a 100g capacity, suitable for individual rings or small components.
- Made from fused silica to withstand high thermal shock from repeated torch or kiln heating.
- Shallow bowl shape promotes even heating of the metal charge.
- Integrated pouring spout allows for a controlled and directed flow of molten metal.
- Smooth interior surface helps to prevent material contamination.
Who it's for
A workshop staple for UK bench jewellers, small-scale casting studios, and metalsmiths working on one-off commissions. Also used by dental lab technicians and serious hobbyists requiring reliable results for small melts.
Specifications
- Material: Fused Silica
- Capacity: 100g
- Diameter: 2-inch (approx. 51mm)
Free UK delivery · Same-day dispatch before 2pm · 30-day returns
Is this the right tool for you?
Best for
- UK bench jewellers melting gold or silver for bespoke pieces
- Small-scale casting studios producing individual jewellery items
- Metalsmiths working on one-off commissions requiring precise melts
- Dental lab technicians handling small alloy melts for restorations
Not for
- Large-volume industrial casting operations
- Melting platinum or other ultra-high temperature metals without specific furnace controls
- Production casting of multiple items simultaneously
How this compares
| Ceramic Crucible Dish, Fused... | Alternatives | |
|---|---|---|
| Material | Fused silica | Clay graphite or standard ceramic |
| Capacity | 100g (approx. 51mm diameter) | Larger capacities or undefined small sizes |
| Pouring Control | Integrated pouring spout for controlled flow | No pouring spout, requiring tongs or external aids |
| Thermal Shock Resistance | High resistance to thermal shock from repeated heating | Limited thermal shock resistance, prone to cracking |