The Hodgdon BL-C(2) rifle powder delivers consistent velocities and exceptional accuracy across multiple rifle calibers from .223 Remington to .308 Winchester. This spherical powder's uniform burn characteristics make it a versatile choice for both precision shooting and high-volume loading applications.
What Makes This Different
BL-C(2) features a double-base spherical formulation that meters consistently through powder measures, reducing charge weight variations that plague stick powders. The copper-reducing additive helps maintain barrel condition during extended shooting sessions. Temperature stability remains excellent across seasonal changes, with velocity variations typically under 1 fps per degree Fahrenheit.
Key Features
- Spherical powder design ensures consistent metering and charge weights
- Copper-reducing additive extends barrel life and maintains accuracy
- Temperature-stable formulation minimizes velocity shifts
- Versatile burn rate suitable for .223, .308, .30-06, and similar cartridges
- Double-base composition provides higher energy density than single-base alternatives
- Clean-burning formula reduces fouling and maintenance requirements
- 1-pound container with moisture-resistant seal
Competitive shooters rely on BL-C(2) for match-grade ammunition requiring sub-MOA accuracy. The powder's consistent burn rate produces uniform pressures that translate to tight velocity spreads and predictable ballistics. Law enforcement agencies specify BL-C(2) for duty ammunition due to its reliable ignition and consistent terminal performance across temperature extremes.
Technical Specs
- Powder type: Double-base spherical
- Burn rate: Medium-fast (similar to IMR 4895)
- Container size: 1 pound (454 grams)
- Bulk density: Approximately 0.95 g/cc
- Recommended calibers: .223 Rem, .308 Win, .30-06, .243 Win, 6.5 Creedmoor
- Storage temperature: -40°F to +160°F
- Manufactured in: United States
Professional reloaders choose BL-C(2) when accuracy and consistency matter most. The powder's proven track record in military and competitive applications demonstrates its reliability under demanding conditions.