The RG213 Coaxial Cable is a workhorse RF coaxial cable built for applications where stable, low‑loss signal transmission truly matters. Designed around a nominal 50 Ohm impedance, it is ideal for radio communication systems, HF/VHF and UHF antenna lines, and a wide range of RF test and measurement setups, from amateur radio stations to professional broadcast and telecom installations. At roughly 10 mm in diameter, RG213 provides a solid balance between mechanical toughness and manageable flexibility, allowing you to route it through equipment racks, cable trays, or vehicle installations without compromising performance. A stranded bare copper center conductor supports reliable conductivity while adding flexibility, making the cable easier to work with in tight spaces or when frequent re‑routing is required. The polyethylene dielectric is optimized to maintain consistent impedance and low attenuation across high frequencies, helping preserve signal strength and integrity over longer cable runs. Signal protection is further enhanced by a braided copper shield that offers strong coverage against electromagnetic interference, minimizing noise pickup and crosstalk in busy RF environments. This makes RG213 a trusted choice for applications such as ham radio base stations, CB systems, marine and mobile communications, and fixed point‑to‑point links. The durable PVC outer jacket provides resistance to abrasion, handling, and typical environmental exposure, supporting both indoor and sheltered outdoor use. Whether you are replacing aging feed lines, building a new RF installation, or expanding test capabilities, the RG213 Coaxial Cable offers a reliable, proven specification with low loss, strong shielding, and a long service life. It is a solid, no‑nonsense option for anyone who needs consistent RF performance without compromise.

• 50 Ohm RF coaxial cable for high-frequency signal transmission and antenna feeds
• Approx. 10 mm overall diameter for a balance of robustness and flexibility
• Stranded bare copper center conductor for reliable conductivity and easier routing
• Polyethylene dielectric for stable impedance and low attenuation across RF bands
• Braided copper shielding for strong protection against electromagnetic interference
• Durable PVC outer jacket for abrasion resistance and general environmental protection
• Suitable for radio communication
• broadcast
• telecom
• and test & measurement applications
• Low loss characteristics support longer runs with reduced signal degradation
• Flexible enough for mobile
• base station
• and rack-mounted installations