Network modular plug RJ45 unshielded all copper insert CAT5 CAT6 three-fork gold-plated termination for ethernet cable internet connection installation white colour injection moulding single pack
Unshielded Network Modular Plug for Ethernet Cable Termination with All Copper Insert

Terminate your own ethernet cables to custom lengths with this unshielded modular network plug, also known as an RJ45 connector or crystal head. It is designed to create a physical connection point for internet, data, and networking equipment. The all-copper insert material ensures effective signal transmission, while the three-fork gold-plated contacts are engineered to pierce and grip individual cable conductors securely, aiming for a stable connection. Supplied in a white housing created via injection moulding, this plug is a core component for building and repairing wired network infrastructure.
Features and Construction

This plug is built for a specific, practical task in network installation. Its construction focuses on providing the necessary electrical and mechanical properties for terminating standard ethernet cables, offering a do-it-yourself alternative to pre-made patch cables.
Material and Build
The modular plug utilises an all copper insert, which forms the internal pathway for the electrical signal from the cable to the device's port. Copper is chosen for its conductivity properties. The three-fork gold-plated contacts are designed to pierce the insulation of each individual wire inside an ethernet cable, establishing contact. The external housing is white and is manufactured using an injection moulding process, which helps ensure each unit has a consistent shape and size.
Size and Practical Fit
The product is described as a standard network modular plug, implying it is compatible with common RJ45 ports found on routers, switches, computers, and other network hardware. The specific physical dimensions in millimetres or inches are not detailed in the provided source material, but it is a standard form-factor component for terminating CAT5, CAT5e, or CAT6 ethernet cables.
Uses and Placement

This network plug serves a fundamental role in structured cabling environments. It allows for customisation and repair of network infrastructure, making it relevant in several common scenarios, from professional IT work to home networking projects.
Event or Professional Use
In professional IT, data centre, or office settings, these plugs are used to create bespoke-length patch cables for server racks, workstations, or temporary event setups. They enable technicians to run cable precisely where needed without excess length, which can improve cable management and reduce clutter in equipment racks and under floors.
Everyday Home Use
For home users, this plug is practical for extending an existing ethernet cable run to a new room, repairing a damaged connector on a cable, or creating a shorter cable to neaten a home office or entertainment centre setup. It offers a cost-effective way to customise a home network's physical layer.
Benefits and Buying Value

The value of this product lies in its role as a fundamental component for building and maintaining a wired network. Its benefits are tied to practicality, customisation, and the ability to repair rather than replace.
Reuse and Low Maintenance
By allowing users to terminate their own cables, this plug supports a repair-focused approach. A damaged connector on an otherwise functional cable can be cut off and replaced with a new plug, extending the life of the cable and reducing electronic waste. The injection moulded housing is designed for repeated plugging and unplugging cycles typical in network environments.
Why Choose This Product
Choose this modular plug for its straightforward application in ethernet cable termination. Its key differentiators, as supported by the source text, are the all-copper insert material for conductivity and the three-fork gold-plated contact design aimed at a secure connection. The unshielded design makes it suitable for general-purpose networking where shielded connectors are not required.




