QWORK 4-Pack Ceramic Crucible Bowls - 250g Quartz Melting Dishes For Gold, Silver, Metal Alloy Casting







FREE In store & Online Returns If for some reason, you're not 100% satisfied with your purchase, you can return or exchange quickly and easily in accordance with our Return policy. Some restrictions may apply.
PRICE MATCH Guaranteed SIMPLYTIRA.COM will gladly match the price on a qualifying item sold in store or online at a qualifying retailer. See details
If you're into metalworking, jewelry making, or any kind of small-scale melting and casting, these ceramic crucibles are super handy.

You get 4 in a pack, each with a capacity of about 250 grams.
They're made from high-purity ceramic that can withstand temperatures up to 2800°F (around 1538°C), which is more than enough for melting gold, silver, brass, copper, and other alloys.

The shape is practical – tapered sides and a pour spout make it easy to pour molten metal into molds without spills.
The outer diameter is roughly 79mm, and they're about 36mm tall.
They're reusable (though they can become brittle over time with extreme thermal cycling) and work well with torches or small furnaces.

Just remember to handle them with proper tongs and safety gear, since they get extremely hot.
Whether you're refining scrap, creating custom pieces, or experimenting with alloys, these are a budget-friendly essential for your workshop.

The white ceramic also makes it easy to see the metal's condition as it melts.

A great value set for hobbyists or small-scale crafters.

Reviews
Rating Snapshot
5 starsstars
4 starsstars
3 starsstars
2 starsstars
1 starsstars
Overall Rating
Review this Product
Related Products
Sponsored Products
FREE In store & Online Returns If for some reason, you're not 100% satisfied with your purchase, you can return or exchange quickly and easily in accordance with our Return policy. Some restrictions may apply.
PRICE MATCH Guaranteed SIMPLYTIRA.COM will gladly match the price on a qualifying item sold in store or online at a qualifying retailer. See details














