The Case for TitaniumThe physical qualities of titanium make it a preferable for cars, aerospace etc and its corrosion resistance and biological compatibility make it useful in a variety of applications like surgical implants, but it is pricey when compared to steel.
When compared to steel, titanium has exceptional resistance to acids (sweat), alkalis, and industrial chemicals (that stuff the Poles drink at Tewkesbury!). Titanium is considered a better combination of high strength and low weight ratios when compared to steel, but only when weight is critical (like on supercars and aircraft). Titanium is non-poisonous and biologically inert, but steel is used where there is a need for a hardened material, like axles for cars or trucks, as titanium structures do not guarantee longevity and have a fatigue limit. Steel is corrosive, rusts, stains, and is heavier than titanium. Steel’s density is 7.85 g/cm3, and titanium is 56% of that.Titanium can withstand high heat without any reduction of weight which carbon steel cannot, although this only happens around 2,700 degrees F (A bit hot, even for those of us wearing full armour in summer). If we compare the heat and cold stability of titanium versus steel, titanium is more thermally stable than steel, which makes it an excellent choice for subzero weather because it does not break, whereas steel can shatter. Another advantage that titanium has over steel is that it can be flexed or bowed repeatedly, and it is flexible enough to not to rupture like steel.
The Case for SteelSteel is preferred in industries where strength is more important than weight. The best steel is stronger than titanium alloys, although in unalloyed condition, titanium is 45% lighter, and as strong as steel. Steel is much cheaper and easier to work, easier to repair.
Summary:
1. Steel is stronger, but is more fatigue prone than titanium.
3. Steel can shatter, whereas titanium can withstand high and low temperatures.
4. Steel is magnetic and corrosive when compared to titanium that is nonmagnetic and anti corrosive.
5. Steel is preferred when strength is needed in a hard material, and titanium is preferred where a lightweight and strong material is required.
6. Most of Titaniums advantages don't apply to maille, except for the weight, so...........:
Titanium would be good for relatively wealthy, older (or less fit) reenactors, those who can't be bothered with all the cleaning afterwards or for those who just like the thought of running about in 21st century materials.
By the way, if you want 'Mithril', you need the extremely rare 'wurtzite' Boron Nitride (wBN) modified structure applied as a powder coating over a carbon nanotube matrix. It's surface would then be harder than diamond and if a small voltage is applied to it, then it emits UV light in the range 215–250 nm.
Seek not to know all the answers, but to understand the questions.