Fiber Optic Quick Connector Plastic SC APC UPC Field Installable No Epoxy No Polish Splice Connector for FTTH Network Termination
Plastic SC APC SC UPC Fibre Optic Quick Connector for No-Epoxy Field Termination

Terminating fibre optic cables in FTTH networks often requires time-consuming epoxy curing and polishing steps. This fibre optic quick connector bypasses both, enabling fast, reliable field terminations without special tooling. Designed for SC APC and SC UPC connector types, it provides a pre-polished ferrule that delivers consistent low-loss immediately after installation. The all-plastic construction keeps the component lightweight, making it particularly suited for on-site work where ease of handling matters.
Features and Construction

This connector reduces installation complexity while maintaining optical performance standards typical of factory-polished connectors. Its design is straightforward, allowing telecoms and network installers to achieve termination quickly.
No Epoxy or Polish
Eliminating epoxy and polishing steps cuts installation time dramatically. The connector uses a mechanical splice mechanism combined with a pre-polished ferrule, so no curing or polishing equipment is required on site. This simplifies field operations and reduces opportunities for errors during termination.
Material and Build
The housing is made from plastic, contributing to a lightweight product that is easy to handle in confined spaces or at height. The construction supports repeated insertion and removal cycles within practical limits for field use. The connector is designed for single-mode fibre termination commonly used in FTTH networks.
Size and Practical Fit
The connector conforms to standard SC dimensions and is available with either APC (angled physical contact) or UPC (ultra physical contact) polish. This ensures compatibility with commonly used fibre patch panels, splicers, and test equipment in telecom infrastructure. Each connector is supplied individually for single-use termination.
Uses and Placement

This connector is intended for terminating fibre optic cables in indoor and outdoor customer premises equipment, fibre distribution points, and splice closures where SC interfaces are specified.
FTTH Termination
For fibre-to-the-home installations, the quick connector enables installers to terminate drop cables directly at the customer premises without bringing bulk splicing equipment. The no-epoxy design is particularly beneficial for multi-dwelling units where speed is essential.
Field Repair and Maintenance
When a connector needs replacing at a remote location, this unit provides a fast replacement option. The pre-polished ferrule means the termination can be completed in seconds, minimising service interruption for end users.
Patching and Cross-Connection
In fibre patch panels, the SC APC and SC UPC connector types allow straightforward patching with low insertion loss. The plastic housing is adequate for stationary applications within enclosed patch boxes.
Benefits and Buying Value

Choosing a quick connector reduces both labour time and the need for specialised termination equipment. This translates to lower overall installation cost per connection, especially for field teams covering multiple sites.
Reduced Installation Time
Because no epoxy or polishing is needed, each termination can be completed in less than a minute. This allows a single installer to terminate dozens of connectors in a day without the overhead of curing ovens or polishing films.
Reuse and Low Maintenance
The mechanical splice mechanism is designed for one-time use. However, the pre-polished ferrule ensures consistent optical performance across the product's service life, reducing the need for re-termination or maintenance interventions.
Why Choose This Product
If you need a reliable field-termination solution for SC-type fibre connectors that removes the preparation steps, this quick connector offers a practical answer. It combines the performance of a pre-polished ferrule with the convenience of a no-epoxy, no-polish installation process, all within a lightweight plastic body.


