Stainless Steel Mesh Patterns With Architectural Metal Fabric For
Interior Design
Architectural metal fabric as extraordinary interior design demands
extraordinarily beautiful and reliable materials. Cambridge woven
metal fabrics, alone, are works of art, designed and hand-crafted
by skilled weavers who understand that beauty and quality are
central to the transformation of any space.From smaller,
complementary touches, to large-scale space sculpting, from
traditional to contemporary looks, Cambridge interior mesh systems
produce an enduring elegance.
Architectural metal fabrics offer certain protection in addition to
the good decorative effects. And when they are used on walls and
ceilings to create a unique texture and accentuate lighting
effects.
Metal mesh fabric are manufactured with noncorroding,high-grade
AISI Type 304&316 stainless steel ,so no mantenance is required
to keep them looking new. Alternative types of stainless steel are
sometimes chosen for specific environments.We also offer many for
designs in brass ,bronze,copper and custom alloys.
Architectural metal fabric is not new but its use as an exterior
cladding material has opened up new dimensions in architectural
cladding. The subtle changes of colour from cold to warm as the sun
progresses through the day give buildings such as multi-storey car
parks a vibrancy all too often lacking. Stainless Steel Mesh also
acts as a useful solar screen that allows a controlled amount of
light into the car park while creating shade for comfort and
practicality.
A wide range of proprietary cladding systems are offered. The main
types are described here and bespoke designed systems are also
available. Early involvement in the specification process can lead
to significant benefits and savings and a more efficient perimeter
solution. For example, Berry Systems can advise on how potentially
cladding can be rated for pedestrian loadings if required. Advice
can also be given on how to achieve the required level of
ventilation through the cladding. Generally speaking the greater
the degree of opaqueness the less the ventilation and airflow.
