Bullet Casting Gear ~ What's needed?

Published on January 29, 2022
Duration: 52:06

This guide details the essential equipment and techniques for bullet casting, emphasizing the benefits of aluminum molds for their lightness, rapid heating, and precision machining. It covers the importance of a reliable lead furnace, proper mold lubrication with beeswax, and the use of bottom pour pots for efficient casting. The guide also touches upon bullet sizing, lubrication, and the critical need for cast bullet-specific loading data from resources like the Lyman Cast Bullet Handbook.

Quick Summary

Aluminum bullet molds are highly recommended for bullet casting due to their light weight, rapid heating, and precise machining, allowing for consistent bullet diameters. For optimal casting, lead should be heated to 750-780°F, and beeswax is the preferred mold lubricant. A bottom pour spout lead pot and the Lyman Cast Bullet Handbook are essential for efficient and safe reloading.

Chapters

  1. 00:00Introduction to Bullet Casting
  2. 01:09Essential Bullet Molds
  3. 03:37Comparing Mold Materials: Iron vs. Aluminum
  4. 05:14Lee Molds: Features and Benefits
  5. 06:54Advantages of Aluminum Molds
  6. 09:05Heating Up Aluminum Molds
  7. 11:26Bullet Consistency and Accuracy
  8. 13:15Two-Cavity vs. Six-Cavity Molds
  9. 14:30Lee Six-Cavity Mold Sprue Cutter
  10. 15:12Interchangeable Mold Handles
  11. 16:12Corrosion Resistance of Aluminum Molds
  12. 17:23Cost-Effectiveness of Aluminum Molds
  13. 20:18Mold Lubrication: Beeswax vs. Paraffin
  14. 21:13Lead Furnaces: Essential Equipment
  15. 22:08Lee Pro 4-20 Furnace Review
  16. 23:50Managing Lead Temperature
  17. 24:13Lead Thermometers
  18. 25:32Bottom Pour Spout Pots
  19. 26:27The Old Ladle Method
  20. 27:22Ingot Molds for Lead Storage
  21. 28:30Casting Lead Outdoors Safely
  22. 30:38Fluxing Lead and Removing Dross
  23. 32:02Bullet Sizing Dies
  24. 34:22Bullet Lubrication Techniques
  25. 36:24Essential Loading Manuals
  26. 37:37Lyman Cast Bullet Handbook
  27. 39:39Other Essential Casting Supplies
  28. 43:14Lead Hardness Testing Kits
  29. 45:47Determining Relative Bullet Hardness
  30. 49:11Summary of Bullet Casting Essentials
  31. 51:39Bottom Pour Pot vs. Ladling Pot Cost

Frequently Asked Questions

What are the key advantages of using aluminum bullet molds?

Aluminum bullet molds are preferred for their light weight, which reduces fatigue during casting. They also heat up quickly and maintain precise dimensions, often producing bullets with very tight tolerances, typically within half a thousandth of an inch in diameter.

What temperature should lead be heated to for bullet casting?

For optimal bullet casting, lead should be heated to approximately 750-780 degrees Fahrenheit. This temperature ensures proper alloy flow and the formation of well-defined bullets, especially when using multi-cavity molds.

What is the best lubricant for bullet molds?

Beeswax is the recommended lubricant for bullet molds. It adheres well to the mold surfaces and does not damage the mold material. Paraffin wax, often found in candles, should be avoided as it is petroleum-based and can ruin the molds.

Why is a bottom pour spout lead pot recommended?

A bottom pour spout lead pot offers superior control and consistency compared to traditional ladling. It allows for continuous pouring, reduces dross contamination in the cast bullets, and simplifies the casting process, leading to higher efficiency and better quality.

What is the most important resource for cast bullet reloading data?

The Lyman Cast Bullet Handbook is considered an essential resource for anyone reloading cast bullets. It provides specific load data for a wide range of calibers, ensuring safe and effective ammunition preparation, which is critical as cast bullet data differs from jacketed bullet data.

Related News

All News →

More Gunsmithing & DIY Videos You Might Like

More from GunBlue490

View all →