Ah, that info is a lot better. So you have to edit the signature text and you're good.
Regarding the throttling, gandy is right, but the throttling is supposed to just protect the CPU of
thermal damage in the case of either no CPU cooling or a faulty one (blocked fan). For this to happen, a certain trigger core temp has to be reached. If this throttling would set in, you would notice the whole system to become very unresponsive since the cutback value on that protection is huge.
Remember what it's intended for, to safe the life of the CPU at an already hot state (just close to around 95C).
The CPU will lower its clock frequency and most important the power draw by very large margins (Voltage goes down, components go to 'sleep'), since that's the main source of the heating going on in the core.
The Sandy Bridge CPUs also have another protection regarding their Turbo Mode, which is focused on the overall energy consumption of the CPU. Getting above a certain limit will trigger the Turbo Mode to cut back on the raised core clocks, which means that it, in the worst case, just reverts back to default clock speeds.
In conclusion, you won't see any throttling setting in at the temps around e. g. 70C. The thermal protection thingy may be experienced around 95C core temp and the Turbo Mode cutback is only partially dependent on the temps since it watches the Amps in the first place.
Those Amps slightly go up with a higher core temp, but not in too severe ranges. So having e. g. 60C or 65C doesn't make a huge difference for the Turbo Mode.
As said somewhere before (I think on the GPU topic), expect a silicon based electronic device (CPU) to be very happy with temps around 60C. This, in this silicon regime, isn't viewed as 'hot' but more as 'normal'.
I'm always referring to load scenarios here since all the 'idle' stuff will give you way lower temps, because the main focus in that idle state is to consume the lowest energy amount possible. With no energy going into the CPU, it will remain rather cold, just a few degrees above ambient.
Since another aim is to reduce noise in that state, some models also trigger a cutback on the CPU fan (like Notebooks do), which then raises the temps a bit, but also offers a silent or even a completely fan-free experience.
At Desktops, the fan off mode is rare though, but they normally reduce the rpm to keep a certain airflow active. If you would block the fan with your fingers and wait for those mentioned 95C, you would see how the thermal throttling behaves.
Not recommended, but nowadays not even close to be as dangerous as in the old times, where a broken fan and no temp monitoring lead to burning hot silicon.
If you were up for overclocking your CPU (which isn't possible on the models without 'K'), a bigger cooler would give you some headroom and would therefore make more sense. With your CPU model, it's rendered to be useless, unless you would be annoyed by the noise of the current thing.