RG6 F Type Compression Connector

Ensure rock-solid, weatherproof coaxial connections that withstand the elements with the 12B6FC Compression F-Type Connector, a versatile, high-performance fitting for RG6 dual, tri, or quad-shield cables—ideal for antenna, cable TV, or satellite installs where reliability meets ruggedness. Like a self-sealing fortress for your signals, this nickel-plated brass connector locks in with a torque-retaining mechanism, dual 360° compression rings, and O-rings to block moisture and maintain RFI integrity, delivering 5-3000 MHz bandwidth and 75Ω impedance for lossless HD/4K transmission without dropouts or interference. With visible compression indicators for foolproof installs and <28mm uncompressed length compatible with 16BCTTRS tools, it's the go-to for pros or DIYers tackling tight spaces or harsh conditions—meets IEC61169-24 standards for premium shielding (30dB up to 1002MHz) and operates from -40°C to +60°C. Affordable and all-metal tough, the 12B6FC turns every crimp into a long-term victory—connect confidently, broadcast brilliantly!

Key Features:

• Universal RG6 Compatibility: Fits dual, tri, and quad-shield coaxial—like versatile performance—for antenna, CATV, or satellite applications with 75Ω impedance.
• Torque-Retaining Locking: Built-in mechanism and visible indicators—like self-tightening security—for stable connections that endure vibration and repeated use.
• Superior Sealing Protection: Dual 360° compression rings and O-rings—like double-barrier defense—prevent moisture ingress without extra seals, ensuring RFI shielding up to 30dB (5-1002MHz).
• Wide Bandwidth & Temps: 5-3000 MHz support with 90V operating voltage and -40°C to +60°C range—like all-weather toughness—for reliable HD/4K in any environment.
• Easy Tool-Free Install: <28mm uncompressed length and IEC61169-24 compliant—like quick crimp simplicity—for 16BCTTRS tool compatibility and pro results.
• Nickel-Plated Brass Durability: All-metal construction—like corrosion-proof longevity—for 1000+ cycles without failure.