The 11" double-sided ingot mold is a versatile tool designed for casting flat strips of various metals, including gold, silver, copper, and aluminum. Made of durable cast iron, this ingot mold is built to withstand high temperatures and heavy use. With its double-sided design, it allows for different sizes of casting, making it efficient for jewelry making, metalworking, and other crafting projects. This ingot mold weighs 1.78 lbs, providing stability during the casting process. Ingot molds allow for precise control over the shape and size of the cast metal. They provide a predetermined mold cavity where the molten metal can be poured and solidified, resulting in consistent and uniform ingots or strips. Ingot molds are commonly used in metal recycling processes. They enable the melting and casting of scrap metal into new ingots, which can be easily transported, stored, and sold. This facilitates efficient and sustainable utilization of metal resources.

• Dual-Sided Design: Cast two identical flat strips at once with this 11" ingot mold, saving time and effort in jewelry making and metalworking projects.
• Versatile Compatibility: Ideal for casting gold, silver, copper, and aluminum, accommodating a range of precious and non-precious metals for various crafting needs
• Durable Construction: Made of cast iron, this ingot mold ensures longevity and heat resistance, capable of withstanding high temperatures during the casting process
• Stable and Convenient: Weighing 1.78 lbs, this ingot mold provides stability and ease of use, allowing for precise casting without compromising the quality of the strips || 3 inch handle to hold the ingot
• Craftsmanship and Quality: Crafted with attention to detail, this ingot mold is a reliable tool for jewelry makers, metalworkers, and hobbyists alike, providing consistent and accurate results in strip casting || This mold provides a controlled and repeatable process for casting metals, making them indispensable tools in various industries and applications. They offer convenience, consistency, and efficiency in shaping and solidifying molten metal into usable forms