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ISH 2023: Solutions for the Future
The
world’s leading trade fair for HVAC + Water invites you to Frankfurt am Main
again from 13 to 17 March 2023. After
a long time, organisers, exhibitors and visitors are once again looking forward
to to face-to-face meetings in the exhibition halls. New
and in addition to the well-known trade fair experience, ISH 2023 offers a
digital extension.
Full trade fair halls, breathtaking
stand concepts, constructive discussions, satisfied faces - this is the
conclusion of the first trade fairs that took place again this year. The
upswing and the need for personal encounters can be felt everywhere. Inspired
by these positive impressions, ISH is also starting its activities ,
themes and concepts for 2023 with a full thirst for action.
ISH 2023 presents solutions for a sustainable future
The ISH is
both the flagship and the heart of the sanitary and HVAC sector. As a driver of
innovation, it is the place where solutions for a sustainable future become
tangible. Wolfgang Marzin, President and Chief Executive Officer of Messe
Frankfurt, puts it in a nutshell: "Highly ambitious socio-political goals
at international and European level require decisive action and the use of
viable innovations and solutions. As the leading international sanitary and
HVAC event, ISH shows what marketable solutions the European industry is
already developing." Under the motto "Solutions for the Future",
the focus at ISH 2023 will therefore primarily be on solutions for a
sustainable future.
The link
between the two ISH sections, Energy - Heat and Air - and Water, is formed more
than ever by the theme of sustainability. In addition to design aspects, the
ISH Water 2023 section focuses particularly on this topic. Whether in the
consideration of materiality, production or long-lasting concepts for bathroom
design for all generations and needs - the theme of sustainability hovers over
everything. Of particular interest here is sustainable installation and quality
for the valuable resource of water, as well as energy efficiency in the (hot)
water supply.