Telecommunication

Divisible repair Connectors provides high quality, effective and simple solution to gas and watertight duct sealing requirements. This modular system can be fitted easily onto new and existing installations. Thanks to its small and compact design, it can be installed in most situations even in hard
to reach places.

Communication closures for spliting microduct cables

A duct plug is used to seal the space between the duct and the cable in a duct.
The plug is divisible so it can be installed after blowing a cable in the duct.

Microfit is an innovative Push-Fit connection accessory used to connect microduct communication cables to fiber optics. A variety of Microfit accessories were designed with full compliance to the requirements of cable manufacturers and installation contractors and especially for last mile infrastructure installations.

The MicroFit gas block connector was designed to prevent leaking of gas between duct and fiber optics cable inside

The Direct Buried FR fittings are tested and qualified to withstand fire resistance. FR Direct Buried Communications fittings that are buried underground and used for connecting thin Micro-duct pipes, through which the fiber optics are blown.
The DB series is a unique development of a metal-free fitting with proven reliability in installation and a longer lifespan than the current product offerings in this market

Direct Buried Communications fittings that are buried underground and used for connecting thin Micro-duct pipes, through which the fiber optics are blown.
The DB series is a unique development of a metal-free fitting with proven reliability in installation and a longer lifespan than the current product offerings in this market.

The comfit plug allows for easy and effective plugging of telecommunication pipes. The plug has an internal loop for tying off of cable ropes and is self-sealing by means of a few turns by hand, of the external nut.

Comfit couplers are a push-fit coupler with a streamlined design for connecting PE cable ducts.