Changing
the face of various commercial industries
Aluminium Honeycomb finds its use in various commercial sectors. From furniture
to aerospace, you will find the use of these panels almost
everywhere. Aluminium Honeycomb Panel is an aluminium composite panel
consisting of two cover sheets and an Aluminium
Honeycomb Core. It
shows outstanding product properties as exceptional flatness, a large
variety of colours and, high form ability. Aluminium Honeycomb is also a
core material commonly used in sandwich panels. These find utilisation in all the products which require the
optimal-stiffness-to-weight-ratio, like in working surfaces for the
automatic machines, roofs, doors, partitions, and facades.
Aluminium
Honeycomb is also useful as laminar flow-ventilation and as
crash-absorbed for kinetic energy. The principal characteristics of
the aluminium honeycomb are high in strength coupled with lightweight
mass. This combination of lightweight and extra-strength makes it
suitable in a world full of applications.
As
compared to all core materials, Aluminium Honeycomb is designed to
sit between two skins in order to create a sandwich panel. As the
distance between the two sheets is created and prevents them from
moving, a huge mechanical advantage is gained due to the resulting
rigidity of the panel but with the slightest increase in weight.
Advantages
of Aluminium Honeycomb Panel
When
it comes to advantages, you will find a range of benefits.The
following advantages make Aluminium Honeycomb extremely popular in
various commercial applications:
-
Mechanical stability
-
Non-shedding
-
Incombustible
-
Excellent flatness
-
High-strength and low-weight
A
versatile material which is adaptable to the various needs of
numerous applications- the Aluminium Honeycomb Panel
The
various sectors of commercial applications which demand high
strength, extra flatness and lightweight are using Aluminium
Honeycomb Composite Panel to the fullest. It is gaining a foothold in
various commercial industries. Due to its unique structure (i.e,
hexagonal in shape), non-reactive nature and stability, makes this
versatile material adaptive to the need for multiple applications.
The highly recyclable

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