The Hoppe's 1202 synthetic cleaning patches deliver consistent bore cleaning performance for .22 through .270 caliber firearms. These lint-free patches resist tearing during aggressive cleaning sessions and maintain their structural integrity when saturated with solvents.
What Makes This Different
Unlike cotton patches that can leave fibers in the barrel, these synthetic patches feature a non-woven construction that won't shed material during use. The #2 size provides optimal coverage for medium bore diameters while the synthetic material absorbs 40% more cleaning solution than standard cotton alternatives. Each patch maintains its shape through multiple passes, reducing waste and improving cleaning efficiency.
Key Features
- Synthetic non-woven material eliminates lint and fiber residue
- Size #2 fits .22, .243, .25-06, .270 and similar caliber bores
- Superior solvent absorption compared to cotton patches
- Tear-resistant construction withstands aggressive scrubbing
- 60-patch bulk pack reduces per-cleaning cost
- Compatible with all standard cleaning rods and jags
- Chemical-resistant material works with all bore solvents
These patches excel in high-volume cleaning scenarios where consistency matters. Competition shooters rely on their uniform thickness for predictable bore contact, while hunters appreciate their durability during field cleaning. The synthetic material resists breakdown when exposed to copper solvents, lead removers, and powder fouling cleaners commonly used in precision rifle maintenance.
Technical Specs
- Material: Synthetic non-woven fabric
- Size: #2 (1.125 inches square)
- Caliber compatibility: .22 through .270
- Quantity: 60 patches per package
- Thickness: 0.015 inches
- Package dimensions: 4.5 x 3.25 x 1 inches
- Manufactured in USA
The 60-patch count provides enough material for multiple thorough cleaning sessions without frequent reordering. Professional gunsmiths and serious shooters choose these patches for their reliability and performance consistency across different firearm platforms.