Brownells 25 to 1 Bullet Casting Alloy. Ingots weight roughly 5 pounds. This casting alloy is 40 parts Lead to 1 part Tin (97.5% Lead, 2.5% Tin). This gives a Brinell Hardness of appoximately 8.5. This softer alloy gives consistent expantion and excellent weight retention when used at black powder velocities. Made form virgin metals, not from scrap, ensuring you are adding clean alloy. Sold by the ingot, weights are approximate.
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32.932.91GBP
Product no.: 080001504 BROWNELLS 40 TO 1 BULLET CASTING ALLOY 5LB INGOT Mfr Part: 40TO15LB Brownells 25 to 1 Bullet Casting Alloy. Ingots weight roughly 5 pounds. This casting alloy is 40 parts Lead to 1 part Tin (97.5% Lead, 2.5% Tin). This gives a Brinell Hardness of appoximately 8.5. This softer alloy gives consistent expantion and excellent weight retention when used at black powder velocities. Made form virgin metals, not from scrap, ensuring you are adding clean alloy. Sold by the ingot, weights are approximate.
The Brownells 40 to 1 Bullet Casting Alloy consists of 97.5% Lead and 2.5% Tin, resulting in a Brinell Hardness of approximately 8.5.
This alloy is designed for consistent expansion and excellent weight retention at black powder velocities, making it ideal for bullet casting.
Each ingot weighs roughly 5 pounds and is made from virgin metals to ensure a clean, high-quality addition to your casting materials.
Attributes
Delivery weight: 2.336kg
Item details
Made in USA
🎯 Perfect your bullet casting with Brownells 40 to 1 Alloy! 🏹 Get consistent expansion & weight retention with our 5lb ingot (97.5% Lead, 2.5% Tin). Shop now for top-quality lead alloy! 🔥
Brownells 25 to 1 Bullet Casting Alloy. Ingots weight roughly 5 pounds. This casting alloy is 40 parts Lead to 1 part Tin (97.5% Lead, 2.5% Tin). This gives a Brinell Hardness of appoximately 8.5. This softer alloy gives consistent expantion and excellent weight retention when used at black powder velocities. Made form virgin metals, not from scrap, ensuring you are adding clean alloy. Sold by the ingot, weights are approximate.