Maybe throw them in a scrap bucket until you have enough and then recycle by smelting the lead from the copper. Of course the V-max will need the tips removed.
* AI generated but looks like a viable process to me.
Smelting lead from copper-jacketed bullets is a feasible process, commonly done by reloaders and hobbyists to recover scrap value. The key principle relies on the difference in melting points:
lead melts at ~621°F (327°C), while
copper requires ~1,984°F (1,085°C). When heated just above lead's melting point, the lead liquefies and sinks, while the solid copper jackets float on top.
- Heat Source: Use a propane burner, blowtorch, or electric melting pot. Avoid open flames near moisture.
- Container: A cast iron skillet or dedicated melting crucible is ideal.
- Process: Place bullets in the container and heat slowly. Once lead melts, use a slotted spoon to skim off the floating copper jackets.
- Safety: Work outdoors or in a well-ventilated area. Wear safety goggles, fire-resistant clothing, and a respirator. Never add water to molten lead—this causes violent steam explosions.
- Lead: Pour molten lead into molds (e.g., muffin tins) to form ingots. For purity, stir in candle wax to remove dross.
- Copper Jackets: May retain small lead fragments. These can be sold as scrap, though some scrap yards reject mixed metal. Consider contacting specialized metal recyclers.
- Lead is toxic—never melt indoors. Clean tools and workspace immediately after use.
- Avoid tin in alloys—while it improves pourability, it does not increase hardness.
- Plated bullets (e.g., TMJ) are riskier—lead expands when molten and can rupture the jacket, spraying hot metal.
