Axiom RJ45 Cat.5e Shielded Network Plug – 100-Pack for Secure Ethernet Connections

Axiom RJ45 Cat.5e Shielded Plug, Solid/Stranded Wire, 50 Micron, 100-Pack

The Axiom RJ45 Cat.5e Shielded Network Plug is designed for professional-grade network installations, offering reliable performance with high-quality materials. Crafted from durable clear polycarbonate housing and brass/phosphor bronze shielding, these connectors are built to withstand the rigors of daily use in both industrial and data center environments. The gold-plated contacts provide enhanced conductivity and corrosion resistance, ensuring stable data transfer over extended periods and in various operating conditions.
This 100-pack of connectors supports 24 AWG solid or stranded cables, making them versatile for a wide range of Ethernet and telecom wiring projects. Easy to install with crimp-on design, these connectors facilitate quick and secure terminations, reducing downtime and improving network reliability. The connectors are rated for operating temperatures from -40°C to 80°C, suitable for diverse environmental conditions.
The precision engineering behind the Axiom RJ45 plugs ensures the maintenance of signal integrity critical for mission-critical data center operations and high-performance networks. Whether deploying new infrastructure or upgrading existing systems, these shielded connectors deliver consistent, high-quality connections that support fast, error-free data transfer and network stability.
Backed by a lifetime limited warranty, the Axiom RJ45 Cat.5e Shielded Network Plug is an essential component for network professionals seeking durable, high-performance Ethernet connectivity solutions.

Features:

• With precision engineering, network connectors maintain signal integrity for mission-critical data center operations

• 24 AWG compatibility supports secure terminations for Ethernet and telecom wiring, ensuring stable connectivity in networks

• Gold contact plating ensures exceptional conductivity and corrosion resistance, delivering reliable performance in critical systems