- 1.13 Gray Double-Tinned Coaxial Cable
- P1 End Copper Tube Soldering
- P2 End MHF-1-PLUG Crimping
- Cut Cable Length: L = 260 mm
- Applications: Wi-Fi Devices, IoT Devices, Wireless Terminals
This product is an OD1.13 gray double-tin coated internal gain antenna, specially designed for built-in adaptation in various WIFI and wireless communication devices. The cable adopts a double-tin shielding structure with a dense and full shielding layer, offering stronger anti-interference capability compared to ordinary cables and extremely low RF transmission loss. It effectively isolates internal circuit stray noise and external electromagnetic interference, ensuring pure, stable, low-attenuation, and stutter-free wireless signal transmission.
The cable features a gray jacket design for high visibility and a fine texture. It is flexible, bend-resistant, pull-resistant, and anti-aging, suitable for complex routing in tight internal device spaces. It resists jacket damage and conductor breakage even after repeated bending over long-term use, delivering extended service life with consistent dimensions and workmanship in mass production.
Both ends of the product are processed with differentiated precision techniques, offering solid workmanship and stable connections. The P1 end uses a precision soldered copper tube process, with full and secure solder joints, excellent conductivity, and precise impedance matching. The copper tube radiation structure offers sensitive frequency band reception, effectively enhancing device wireless signal transmission/reception efficiency and penetration capability. The P2 end features a precision-crimped MHF-1 PLUG connector, with tight, full crimping, good coaxial alignment, tight engagement, smooth plug/unplug operation, and stable contact resistance—resistant to false connections, pin detachment, loosening, and oxidation during long-term use.
The finished standard cut length is 260mm with neat, standard dimensions, requiring no secondary cutting—directly compatible with internal wiring assembly in various wireless modules, smart devices, and IoT terminals, offering broad compatibility and convenient installation.














