Endumax – an ultra-strong thin tape with a high modulus
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Loudspeakers<br />
<<strong>strong</strong>>Endumax</<strong>strong</strong>> has excellent damping properties, so in combination <strong>with</strong> its <strong>high</strong> <strong>modulus</strong> <<strong>strong</strong>>an</<strong>strong</strong>>d low<br />
density, it is ideal for use in loudspeakers. Speakers of a specific size c<<strong>strong</strong>>an</<strong>strong</strong>> be designed to reach<br />
<strong>high</strong>er frequencies <<strong>strong</strong>>an</<strong>strong</strong>>d deliver more output for the same input power.<br />
Cargo containers<br />
The excellent impact resist<<strong>strong</strong>>an</<strong>strong</strong>>ce of <<strong>strong</strong>>Endumax</<strong>strong</strong>> in ballistic applications, combined <strong>with</strong> its<br />
stiffness, c<<strong>strong</strong>>an</<strong>strong</strong>> easily be tr<<strong>strong</strong>>an</<strong>strong</strong>>slated into other fields. For inst<<strong>strong</strong>>an</<strong>strong</strong>>ce, cargo containers need to be as<br />
light, <strong>strong</strong> <<strong>strong</strong>>an</<strong>strong</strong>>d as impact resist<<strong>strong</strong>>an</<strong>strong</strong>>t as possible, to protect cargoes <<strong>strong</strong>>an</<strong>strong</strong>>d save fuel. A solution<br />
using <<strong>strong</strong>>an</<strong>strong</strong>>y other material would require more material <<strong>strong</strong>>an</<strong>strong</strong>>d involve extra weight.<br />
Sails<br />
<<strong>strong</strong>>Endumax</<strong>strong</strong>> <strong>tape</strong> offers very <strong>high</strong> <strong>modulus</strong>, good UV resist<<strong>strong</strong>>an</<strong>strong</strong>>ce <<strong>strong</strong>>an</<strong>strong</strong>>d good flex fatigue. This<br />
makes it very suitable for use in sails. Sails made of <<strong>strong</strong>>Endumax</<strong>strong</strong>> keep their shape even under<br />
severe forces, they are not damaged by <<strong>strong</strong>>ultra</<strong>strong</strong>>-violet light, <<strong>strong</strong>>an</<strong>strong</strong>>d they c<<strong>strong</strong>>an</<strong>strong</strong>> be endlessly folded <<strong>strong</strong>>an</<strong>strong</strong>>d<br />
unfolded. Unlike the round shape of ordinary fibers, the flat form of <<strong>strong</strong>>Endumax</<strong>strong</strong>> <strong>tape</strong> lends itself<br />
naturally to the flat surface of sails. Fibers require the use of more resin, <<strong>strong</strong>>an</<strong>strong</strong>>d carbon fibers tend<br />
to be too brittle to be used for sails, which need to remain flexible for as long as possible.<br />
Adhesive <strong>tape</strong><br />
The excellent properties of <<strong>strong</strong>>Endumax</<strong>strong</strong>> <strong>tape</strong> c<<strong>strong</strong>>an</<strong>strong</strong>> be used in combination <strong>with</strong> a pressuresensitive<br />
adhesive to produce <<strong>strong</strong>>an</<strong>strong</strong>> <<strong>strong</strong>>Endumax</<strong>strong</strong>> adhesive <strong>tape</strong>. This <strong>tape</strong> c<<strong>strong</strong>>an</<strong>strong</strong>> be stuck onto<br />
a virtually unlimited r<<strong>strong</strong>>an</<strong>strong</strong>>ge of surfaces to give those surfaces better resist<<strong>strong</strong>>an</<strong>strong</strong>>ce to wear,<br />
additional strength or greater resist<<strong>strong</strong>>an</<strong>strong</strong>>ce to impact. The flat shape of <<strong>strong</strong>>Endumax</<strong>strong</strong>> me<<strong>strong</strong>>an</<strong>strong</strong>>s applying<br />
<<strong>strong</strong>>an</<strong>strong</strong>> adhesive layer is quite simple, <<strong>strong</strong>>an</<strong>strong</strong>>d there is no need to individually bond fibers.<br />
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