proTeCTive faBriCS - TenCate
proTeCTive faBriCS - TenCate
proTeCTive faBriCS - TenCate
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advanCed armour<br />
Vessels<br />
At sea, as on land and in the air, man and materiel must be protected.<br />
In this respect <strong>TenCate</strong> Advanced Armour offers naval armour<br />
solutions based on lightweight ceramic and composite materials,<br />
both soft and hard armour. In order to achieve the optimal<br />
configuration for protection – whilst respecting seaworthiness and<br />
the vessels specific gravity point (VSG) – <strong>TenCate</strong> collaborates with<br />
raw materials suppliers, vessel manufacturers, test and knowledge<br />
institutes, and others.<br />
These naval systems focus on personal protection through the<br />
armour-plating of large military vessels and smaller, manoeuvrable<br />
naval ships, like composite patrol boats. They provide maximum<br />
20<br />
TENCATE SOLUTIONS<br />
protection in accordance with several NATO STANAG levels, with a<br />
minimum of weight, and negligible effect on payload and speed.<br />
Naval vessel armour is used to protect mission-critical areas on<br />
board, including ammunition magazines, bridge stations, combat<br />
information centres, communication equipment and weapon<br />
systems. <strong>TenCate</strong> also seeks to protect the crew: from the naval<br />
personnel on the launching pad to the seamen on the lower decks.<br />
Like personal and vehicle protection, vessel protection is also a<br />
complex, dynamic and global market, which is characterized by<br />
numerous international standards. Important factors in the right<br />
solution are often weight, performance or price – or a combination of<br />
these. Consequently, ceramic and composite materials have the<br />
advantage, as they are considerably lighter than, for example, steel,<br />
which has traditionally been used. Furthermore, product life cycle<br />
will play an increasingly important role.<br />
<strong>TenCate</strong> Advanced Armour itself integrates armoured prototypes.<br />
Contacts are maintained with Departments of Defence in order to<br />
follow developments in commissions and requirements, while<br />
fundamental research, for example into new materials, is carried out<br />
with universities and knowledge institutes.