Ceramic Crucible Dish, Fused Silica Material, 550 Grams, 4-Inch Diameter, High Temperature Heat Resistant for Melting Casting Gold Silver Copper
£13.99
Sale price
£13.99
Regular price
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SKU: FU-QEM4-Q2WH
Ceramic Crucible Dish, Fused Silica Material, 550 Grams, 4-Inch Diameter, High Temperature Heat Resistant for Melting Casting Gold Silver Copper
£13.99
Sale price
£13.99
Regular price
In stock — ships from our UK warehouse
Order in — for same-day dispatch
Free UK delivery
30-day returns
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Dispatched todayIf ordered before 2pm
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For jewellers and casting studios melting larger batches of precious metal, this fused silica dish offers a 550g capacity for gold, silver, and copper alloys. Its construction is designed for repeated thermal cycling, ensuring reliable, clean melts for every pour.
Key features
- Generous 550g capacity in a 4-inch diameter dish for larger melts.
- Constructed from fused silica for high thermal stability and shock resistance.
- Features an integrated pouring spout for controlled transfer of molten metal.
- Non-reactive surface prevents contamination of gold, silver, and other alloys.
- Wide, open-bowl shape provides even heating and easy access whilst working.
- All our casting tools are UK-stocked for fast delivery to your workshop.
Who it's for
This crucible dish is suited for UK jewellery makers, silversmiths, and small-scale casting studios who require a larger capacity for melting scrap or preparing casting grain. It's a dependable choice for anyone regularly working with gold, silver, and non-ferrous alloys.
Specifications
- Material: Fused Silica
- Capacity: 550g
- Diameter: 4 inches (approx. 102mm)
Free UK delivery · Same-day dispatch before 2pm · 30-day returns
Is this the right tool for you?
Best for
- UK jewellers melting larger volumes of gold and silver
- Casting studios preparing non-ferrous alloys for pouring
- Silversmiths requiring a durable dish for repeated thermal cycling
- Workshops needing a non-reactive surface for clean melts
Not for
- Melting ferrous metals or highly reactive alloys
- Industrial-scale melting operations
- Precision casting of extremely small batches
How this compares
| Ceramic Crucible Dish, Fused... | Alternatives | |
|---|---|---|
| Material | Fused silica for high thermal stability and shock resistance | Clay-bonded graphite with limited thermal shock resistance |
| Capacity | 550g for larger batches of precious metal | Smaller capacity, typically 250g or less |
| Pouring Control | Integrated pouring spout for precise molten metal transfer | Plain bowl design, requiring external pouring aids |
| Surface Contamination | Non-reactive surface prevents alloy contamination | Porous surface with potential for metal absorption |
