9" Cast Iron Double-Sided Grooved Ingot Mould, for Silver and Gold Bars, Scrap Metals Casting, Melting
For jewellers and refiners recycling scrap at the bench, this double-sided ingot mould allows you to pour your own gold and silver stock. Cast consistent rod and bar sections ready for rolling and drawing, streamlining your workshop process from a single pour.
Key features
- Solid cast iron construction provides high thermal mass for consistent, even pours.
- Double-sided design offers cavities for both rod and bar ingots in a single tool.
- One face is machined with four parallel grooves for casting wire and rod stock.
- The reverse face features four rectangular cavities in assorted sizes for bar stock.
- Fitted with a short, red-painted handle for easier positioning and handling of the mould.
Who it's for
A workshop essential for UK bench jewellers, silversmiths, and goldsmiths who regularly recycle precious metal scrap. Also suited for small-scale refiners and casters needing to produce their own bar and rod stock from gold, silver, and other non-ferrous metals.
Specifications
Material: Cast Iron
Overall Length: 9 inches (228mm)
Free UK delivery · Same-day dispatch before 2pm · 30-day returns
Is this the right tool for you?
Best for
- UK bench jewellers recycling precious metal scrap
- Silversmiths casting consistent rod sections
- Goldsmiths pouring their own bar stock
- Small-scale refiners producing gold and silver ingots
- Casters working with non-ferrous metals
Not for
- Large-scale industrial metal production
- Casting high-melting point exotic alloys
- Applications requiring intricate mould details
- Use without appropriate heat protection
How this compares
| 9" Cast Iron Double-Sided... | Alternatives | |
|---|---|---|
| Material | Solid cast iron construction | Graphite or mild steel |
| Cavity Design | Double-sided for rod and bar ingots | Single-sided with one cavity type |
| Handling | Fitted with a short, painted handle | No handle, requires separate tools |
| Thermal Mass | High thermal mass for even pours | Lower thermal mass, less consistent cooling |