
In Stock
Type
parts
Last Seen
May 20, 2026
6 Cavity Handgun Moulds - 44 Caliber (0.429'''') 240gr 2-Radius Ogive 6-Cavity Mold
Sold byBrownells•Posted Apr 28, 2026
Compare prices for Lee 6 Cavity Bullet Mold 429-240-2R 44 Special, 44 Remington Magnum, 44-40 WCF (429 Diameter) 240 Grain 2 Ogive Radius$47.99
Price and stock data refresh continuously from Brownells.
Deal Summary
- Currently in stock.
- Category: parts
- UPC: 734307903398
- SKU: 100053337
- Brand: Lee
Price History
Deal Details
The Lee 6 Cavity Handgun moulds are made for heavy duty volume production. Moulds and blocks have steel bushings and alignment pins for lasting pecision. Price includes a cam operated sprue plate to eliminate the pounding common to ordinary moulds. The sprue plate is hard anodized and held down with wave washers at each end. All Lee mould blocks are made from aluminum because of its exceptional moulding qualities. All mould cavities are CNC machined for unmatched roundness and size control. Does
Other Offers for This Product
Active offers from your catalog for Lee 6 Cavity Bullet Mold 429-240-2R 44 Special, 44 Remington Magnum, 44-40 WCF (429 Diameter) 240 Grain 2 Ogive Radius.
Comparing 6 retailers carrying this product
Lowest Price: $42.68
Highest Price: $67.99
You Save: $25.31
Avg Discount: 9% off

LEE SIX CAVITY MOLD .429 240GR-2R NO HANDLES
LeeBattleHawk ArmorySKU/UPC: 734307903398
$42.68$65.00Save 34%
View at BattleHawk Armory

6 Cavity Handgun Moulds - 44 Caliber (0.429'''') 240gr 2-Radius Ogive 6-Cavity Mold
Lee PrecisionBrownellsSKU/UPC: 100053337
$47.99
View at Brownells
Lee Precision 6 Cavity Round Nose Pistol Mould .429 Diameter 240 Gr .44 SP / .44-40
Lee PrecisionGrabAGunSKU/UPC: GAG_GSS-90339-336140
$49.19$54.00Save 9%
View at GrabAGun
Lee 6 Cavity Bullet Mold 429-240-2R 44 Special, 44 Remington Magnum, 44-40 WCF (429 Diameter) 240 Grain 2 Ogive Radius
LeeMidwayUSASKU/UPC: 215104
$55.99
View at MidwayUSA
Lee Six Cavity Mold .429 240Gr 2R No Handles
LeeOptics PlanetSKU/UPC: LEE-RBM-90339-429CAL
$67.99$74.13Save 8%
View at Optics Planet