One of the UK's leading suppliers of composite and bespoke
communication cables and connectors, Nottingham-based Webro, has
today unveiled a new improved range of moisture-proof self-install
connectors for the WF100 cable, and a new easy fit compression
connector for its WF165UG cable.
Launched today at the Confederation of Aerial Industries (CAI)
Trade Fair, the new moisture-proof self-install connectors - for
the UK's best selling WF100 - are equipped with two EPDM O-rings to
prevent moisture intrusion and can be used externally with the
addition of a rubber boot to ensure complete waterproofing.
Also launched at the show is the brand new easy-on WF165UG
direct-burial cable compression connector for the notoriously tough
and hard-to-work with underground or direct burial cable.
Peter Edginton, deputy managing director of Webro, commented:
"Our new range of moisture-proof WF100 self-install connectors will
make it much simpler for installers to mount the connectors and get
a great connection every time without the need for a crimp or
compression tool.
"The new WF165UG connectors are really easy to work with. The
benefits speak for themselves as the installers can now connect on
in seconds with the easiest of push fits."
Webro took the decision to improve its range of direct-burial
connectors following customer feedback and developments in its own
cable and connectors testing programme.
Peter added: "We've had lots of interest in the new products on
our stand at the CAI Show today. The addition of moisture-proofing
to the connectors is a great advantage to UK installers for obvious
reasons and the new easy-to-use functionality of the WF165UG
connectors should make our sales team very busy over the coming
weeks."
Webro has a 30-year legacy in the coaxial, telecom, security and
fibre optic industries and currently supplies the UK's leading TV,
satellite and broadband distributors. Its range of high quality
cable and connector products are being used in all the digital
regions, helping to ensure the switchover is a smooth process.