
In Stock
Type
parts
Last Seen
May 21, 2026
Lee Round Ball Mould (Handles Included) - Double Cavity .445" 132.28 gr
Sold byShooting Surplus•Posted May 20, 2026
Compare prices for Lee 2 Cavity Round Ball Mold (445 Diameter)$33.01
Price and stock data refresh continuously from Shooting Surplus.
Deal Summary
- Currently in stock.
- Category: parts
- UPC: 734307904388
- SKU: LEE90438
- Brand: Lee
Price History
Deal Details
Like all Lee products the Lee Round Ball Mould (Handles Included) - Double Cavity is an exceptional value. For reloading and casting purposes this mould is ideal. The mould is made from high-quality aluminum that resists rusting is lighter in weight compared to moulds made out of steel and iron and can heat up and cool down more quickly.Additional benefits of this mould include the CNC-machined block halves that reduce risk of fatigue and produce smooth round bullets. Unlike other brands this ba
Other Offers for This Product
Active offers from your catalog for Lee 2 Cavity Round Ball Mold (445 Diameter).
Comparing 7 retailers carrying this product
Lowest Price: $29.94
Highest Price: $52.49
You Save: $22.55
Avg Discount: 7% off

LEE DOUBLE CAVITY MOLD .445 BALL W/HANDLES
LeeBattleHawk ArmorySKU/UPC: 734307904388
$29.94$45.98Save 35%
View at BattleHawk Armory
Lee Round Ball Mould (Handles Included) - Double Cavity .445" 132.28 gr
Lee PrecisionShooting SurplusSKU/UPC: LEE90438
$33.01
View at Shooting Surplus
Muzzleloader Round Ball Double Cavity Molds - 0.445'''' Round Ball 132.28gr Round Double Cavity Mold
Lee PrecisionBrownellsSKU/UPC: 430108483
$33.99
View at Brownells
Lee Precision, Inc. Round Ball Double-Cavity Bullet Mold, 0.445" 132.28 gr
Lee Precision, Inc.Palmetto State ArmorySKU/UPC: 51655180065
$34.89$38.99Save 11%
View at Palmetto State Armory
Lee Precision Double Cavity Mold Produces .445 Diameter Ball with Handles
Lee PrecisionGrabAGunSKU/UPC: GAG_ES-0501844
$35.39
View at GrabAGun

Lee Double Cavity Mold .445 Ball W/Handles
LeeOptics PlanetSKU/UPC: LEE-RBM-90438-45CAL
$52.49$53.59Save 2%
View at Optics Planet