BP1251 "Thor" Multi-Metal wad for 12ga (5,500/case)
The BP1251 is one of our more distinctive wad designs. A tough honeycomb cushion section and light volume shotcup make the BP1251 particularly well suited for today's modern nontoxic loads and tungsten shot materials. The BP1251 is specifically designed to handle smaller volumes of high-density non-toxic shot.
The BP1251 is classified as one of our Multi-Metal wads. It handles a wide range of pellet materials, including lead, steel, and bismuth. The BP1251 really opens up new avenues for loads with Hevi-Shot, BPX-12, and SpheroTungsten 15.0 and 18.0. The reduced capacity shotcup and angled wad slits of the BP1251 make it a superb wad for the densest types of shot.
Load Data: View loading data here
Curmudgeon's Loading Tips:
MYLAR: Steel and tungsten pellets are abrasive and can cause barrel damage if the shot protrudes through the wad slit or otherwise comes into direct contact with bore/barrel. Add Mylar Wraps as an insurance policy in order to reduce the chances of barrel damage due to hard, abrasive pellets. Mylar (Mythin) may be trimmed and added to any of the loads for the BP1251.
[Link to Thin Mylar]
MAXIMUM CAPACITIES (varies by shot size):
DESIGN:
The BP1251 wad features four "Seal-Slit" 45-degree angled slits set in .045" TPS resin.
Made in USA
Load data for all these wads is in our Advantages manual.
Curmudgeon's Loading Tips:
TYPE: 1-1/4 oz lead loads (with overfill of shotcup), 11/16 oz steel shot. Other Multi-Metal capabilities include bismuth, ITX and other tungsten-type pellets.
The PT1251 wad features a multi-folding cushion section and a very accommodating shotcup with four 45-degree angled slits set in thick (.045") high-density plastic resin.
PT1251 wad may be used for 1-1/8 lead target loads and 1-1/4 ounce lead loads utilizing denser powders. Best applications ares with lead shot (1-1/8 oz. & 1-1/4 oz.) and ITX-10 shot (7/8 oz.). Steel shot is limited in capacity to 11/16 oz of #7 steel. This is, however, a fine non-toxic clay target load and light field load.