Some figures were incorrect, so I deleted them. TFA in place of HOTf, etc. How is HOTf purified? How is the hydrate dehydrated? How to make Tf2O, the anhydride? Check Inorg Syn for MOTf's.--Smokefoot 20:15, 5 March 2006 (UTC)
Is this a brønsted acid or a lewis acid? It does have a proton but as OH, suggesting it could be either one depending on the nature of its disassociation. AeoniosHaplo 15:21, 21 April 2007 (UTC)
It seems as if it is a Brønsted acid because it's likely that the proton dissociates. The trifluoromethane acts inductively to draw electron density away from the sulfonic region. The two double-bonded oxygens are also electron withdrawing, making the sulfur atom partially positive. Because of these additive effects, a negative charge on a deprotonated oxygen can donate some electron density to the sulfur atom, thus stabilizing the conjugate base. A stabilized conjugate base indicates the initial acid is rather strong, which is the case here. --Heymon32 23:35, 25 April 2007 (UTC)
It's a Bronsted acid. It is superacidic because it forcibly donates its proton to otherwise nonbasic mediums. Chemguy2 01:19, 3 August 2007 (UTC)
"The triflate anion is immune to attack by even strong nucleophiles."
Is this supposed to be "electrophiles"? After all, the triflate ion carries a negative charge (excess of electrons). I would say that the fluoroborate ion, another ion derived from a strong acid (HBF4) can co-exist with very electrophilic cations. 126.96.36.199 (talk) 00:31, 10 April 2008 (UTC)