Ceramic Crucible Dish, Fused Silica Material, 3.5 Inch, for Melting Gold Silver Copper
£13.99
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SKU: CE-YVOB-HWWO
Ceramic Crucible Dish, Fused Silica Material, 3.5 Inch, for Melting Gold Silver Copper
£13.99
In stock — ships from UK stock
Order in — for same-day dispatch
Free UK delivery
30-day returns
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UK registered
Free UK deliveryOn every order
Same-day dispatchOrder before 2pm UK time, Mon–Fri
30-day returnsUnused, original packaging
For jewellers and casters melting small to medium volumes of precious metal, this fused silica dish offers excellent thermal stability. It is designed to withstand repeated torch or kiln use without contaminating the melt, ensuring a clean pour every time. All stock is held in the UK for immediate dispatch.
Key features
- Constructed from fused silica for high thermal shock resistance.
- Shallow, open-bowl design allows for even heating with a torch.
- Features a small pouring spout for controlled transfer of molten metal.
- Chemically non-reactive with gold, silver, copper, and other non-ferrous alloys.
- Withstands repeated heating and cooling cycles without cracking or spalling.
Who it's for
An essential tool for UK bench jewellers, small-scale casting studios, and metalsmiths who require a reliable dish for melting scrap or casting grain. Also suitable for craftspeople and artisans working with precious metal clays.
Specifications
- Material: Fused Silica
- Diameter: 3.5" (approx. 89mm)
Free UK delivery · Same-day dispatch before 2pm UK time · 30-day returns
Is this the right tool for you?
Best for
- UK bench jewellers melting gold, silver, and copper
- Small-scale casting studios processing precious metal scrap
- Metalsmiths working with non-ferrous alloys
- Craftspeople using precious metal clays
Not for
- Melting large volumes of industrial metals
- Processing ferrous metals or highly reactive compounds
- High-pressure or vacuum casting environments
How this compares
| Ceramic Crucible Dish, Fused... | Alternatives | |
|---|---|---|
| Material | Fused silica for high thermal shock resistance | Standard ceramic or graphite, prone to thermal shock |
| Chemical Reactivity | Non-reactive with gold, silver, copper, and non-ferrous alloys | May introduce impurities or react with precious metals |
| Thermal Cycling Durability | Withstands repeated heating and cooling cycles without cracking or spalling | Can crack or degrade with frequent temperature changes |
| Stock Location | All stock held in the UK for immediate dispatch | Often shipped from overseas, leading to longer delivery times |
