The ultra slim
Hi-Finity sliding door is one of the first slimline sliding doors of its type
to be tested to the PAS 24:2016 security standard and is available to
architects from leading aluminium system company Reynaers.
The variant of the
Hi-Finity sliding door system was tested to a size of 3.1 metres wide and 3.05
metres high, maximising the height achievable at the independent test centre.
The scale of testing
ensures that the Hi-Finity
product can provide large transparent walls and uninterrupted panoramas with a
light and sleek appearance whilst offering maximum security levels.
Rebecca Cope,
Marketing Manager at Reynaers, said: ‘‘Our Hi-Finity sliding door has created
some of our most elite projects. Security is a growing concern amongst many,
especially when large areas of the home are on show through large glass panes.
This product ensures optimum safety and peace of mind for our clients.’’
The sliding door
system has been tested at dedicated façade engineering consultants, Wintech,
who are accredited by the United Kingdom Accreditation Service (UKAS) using
state-of-the-art testing facilities.
Wintech tested on a
manually operating Hi-Finity sliding door consisting of one fixed pane and one
sliding pane with an electric locking system. It is the first bonded door of
its type to be tested to the PAS
24:2016 security standard.
PAS 24:2016 is the
latest test method used for the enhanced security performance of windows and
doors. The product is intended to resist attacks linked with casual or
opportunistic burglars. The test is also required as part of the prestigious
Secured By Design accreditation which Reynaers is in the process of finalising
for the Hi-Finity sliding door.
The extreme strength
of the system allows for large panes of glass weighing up to 750 kilograms and
measuring up to three and a half metres.
Ideal for low-energy
contemporary architecture, the system can be installed in both residential and
commercial projects. The design utilises an ergonomically designed handle and
concealed locking system as well as the opportunity to create floor-to-ceiling
and wall-to-wall glass.
