Ceramic Crucible Kit for Gold Silver Melting, 6-Cavity Ingot Mold, Fire Brick and Tongs

Build a practical small-batch metal melting and casting workspace with this complete ceramic crucible kit. The set includes two ceramic melting vessels, a six-cavity ceramic ingot mold, a refractory fire brick, and two different handling tongs. It is suitable for jewelers, goldsmiths, silversmiths, metalworking hobbyists, repair shops, and small workshops that need basic tools for melting, pouring, separating, and preparing metal for further processing. The 500 g ceramic crucible bowl provides room for larger melting batches. The compact 50 mL cup-style crucible is suitable for smaller quantities and more controlled pouring. The stated 500 g capacity is a nominal reference rather than a guaranteed weight for every type of metal. Actual safe capacity depends on metal density, required headspace, heating method, flux use, and pouring technique. After melting, the metal can be poured into the six recessed cavities of the ceramic ingot mold. The rectangular mold measures approximately 2.24 x 3.43 inches, is approximately 0.67 inch thick, and weighs about 4 oz. The different cavities form several small metal pieces that are convenient for storage, testing, remelting, rolling, hammering, refining, or jewelry making. Please note that this ceramic mold is intended to produce rough cast metal pieces rather than smooth, precision-finished bullion bars or completed jewelry parts. Surface texture, uneven edges, oxidation, and minor shape variation may occur during casting. Filing, trimming, sanding, or polishing may be required after the metal has completely cooled. The included refractory fire brick measures approximately 5.83 x 4.41 x 0.75 inches, equivalent to 148 x 112 x 19 mm. It provides an insulating support area beneath crucibles and heated tools. However, the brick does not make an ordinary table completely fireproof. The entire setup must still be placed on a stable, heat-resistant, noncombustible work surface. Two tongs are included for different handling needs. The approximately 9.4-inch bowl tong is designed for gripping the ceramic melting bowl. The approximately 11.8-inch crucible tong helps position and move the cup-style crucible. Before heating, practice gripping each container while it is cold and empty. Make sure the vessel is held securely and keep hands away from the heated gripping area. Ceramic melting tools require careful heating and cooling. Inspect all parts before every use and do not use any component showing visible cracks, serious chips, or moisture. Keep the ceramic pieces dry, heat them gradually, and avoid direct contact between hot ceramic and cold, wet, or metal surfaces. Allow all components to cool naturally after use. Discoloration, flux stains, burn marks, surface deposits, and other appearance changes may occur after high-temperature use. These normal signs of use do not necessarily indicate a product defect. Always select a heating method, operating temperature, and flux suitable for the metal being processed. Use the kit only in a properly ventilated workspace and wear suitable heat-resistant gloves, eye protection, protective clothing, and any other safety equipment required for your application. Package Includes 1 x 500 g ceramic crucible bowl 1 x 50 mL ceramic cup crucible 1 x six-cavity ceramic ingot mold 1 x refractory fire brick 1 x approximately 9.4-inch crucible bowl tong 1 x approximately 11.8-inch crucible tong Ceramic Ingot Mold Specifications Length: approximately 3.43 inches / 8.7 cm Width: approximately 2.24 inches / 5.7 cm Thickness: approximately 0.67 inch / 1.7 cm Weight: approximately 4 oz / 113 g Number of cavities: 6 Fire Brick Specifications Length: approximately 5.83 inches / 148 mm Width: approximately 4.41 inches / 112 mm Thickness: approximately 0.75 inch / 19 mm Important Information Before Ordering Torch, furnace, fuel, metal, flux, and personal protective equipment are not included. The stated 500 g capacity is a nominal reference and varies according to metal density. The ingot mold produces rough cast pieces rather than precision-finished bars. Ceramic products may be damaged by impact, moisture, or sudden temperature changes. Dimensions are measured manually and may have minor variations. Confirm that your heating method and operating temperature are suitable for the ceramic vessels before use.

• COMPLETE METAL MELTING TOOL SET: This 6-piece ceramic crucible kit includes one 500 g melting bowl, one 50 mL cup crucible, one 6-cavity ingot mold, one refractory fire brick, one 9.4-inch bowl tong, and one 11.8-inch crucible tong. A practical jewelry casting and metalworking set for melting, pouring, forming small ingots, and preparing metal for further processing.
• TWO CERAMIC CRUCIBLES FOR DIFFERENT BATCHES: The 500 g ceramic melting bowl is suitable for larger batches, while the 50 mL cup-style vessel is convenient for small quantities and controlled pouring. Designed for gold, silver, and other metals compatible with your heating method and operating temperature. Actual metal capacity varies according to material density and safe filling level.
• SIX-CAVITY CERAMIC INGOT MOLD: The rectangular casting mold measures approximately 2.24 x 3.43 inches, is 0.67 inch thick, and weighs about 4 oz. Six recessed cavities allow molten metal to form different small pieces that are easier to store, test, remelt, roll, hammer, or use in jewelry making. The finished pieces are rough cast ingots and may require trimming, filing, sanding, or polishing.
• REFRACTORY BRICK AND TWO TONGS: The included fire brick measures approximately 5.83 x 4.41 x 0.75 inches and provides an insulating support area beneath crucibles and heated tools. The 9.4-inch tong is intended for gripping the ceramic melting bowl, while the 11.8-inch tong helps handle the cup crucible. Always test the grip with each component cold and empty before heating.
• IMPORTANT CERAMIC USE AND SAFETY NOTES: Inspect every ceramic part for cracks, chips, moisture, or shipping damage before use. Keep all components completely dry, increase heat gradually, avoid sudden temperature changes, and allow them to cool naturally. Always work on a stable, heat-resistant, noncombustible surface and wear suitable gloves, eye protection, and protective clothing. Torch, furnace, metal, flux, and protective equipment are not included.