ok, revised material specs. (thanks for pointing out all that stuff Albert!!! )
it requires no paint, is multi functional, and can only be manipulated by passing electricity through it at a certain frequency. it’s stronger that titanium, excellent for use in computers (these are all Quantum computers by 2375) and is (for alll intents and puposes) transparent. the basic colour of the material is Gunmetal Grey (it can be programmed to be any other colour).
Industrial Composite (IC)
IC is stronger than Titanium whilst being little heavier that the same volume of air that it occupies. IC has a melting point of approximately 5600 degrees and is also a Light Emitting Composite (LEC) as well as being capable of being configured into a Variable Temperature Composite (VTC) to provide cooling or heating where needed. Atop all these features, IC is primarily used for Construction, Vehicles, Vessels, Buildings, displays and civilian computer systems, as the biggest advantage of IC is its capacity for self-organising circuitry (all are variants of IC). Industrial Composite Contains the following things:
Electrostatic Polymer (E-Polymer)
Invented in the early 21st century, Electrostatic polymer is used in a vast number of Military, Commercial and Industrial applications such as
Display screens, road signs, books (instead of pages), warning signs (animation on the polymer helps to warn people of the hazards), clothing and many more. The current incarnation of E-Polymer is a close but distinctive relative of IC. This faeture of IC mimiks transparency.
Synthetic Arachnid Fibre (SAF)
Developed in the late 20th Century, SAF is now used in a wide variety of Industrial, commercial and Military applications.