I would. For its price it's a great heatsink. Just make sure you have room for it in your case. It's not a small HSF. You can see measurements here:
http://www.coolermaster-usa.com/product.php?product_id=2923
I have a midsize case, probably smaller than many but it works for me, and there's just a couple mm room between the top of the HSF and the size of the case. Also if you're using 4 sticks of RAM with tall heat sinks you may have problems. While installing mine, after taking off the stock HSF I measured ~52.5mm from the center of the CPU to the edge of the first RAM slot. The CM Hyper 212+ is 51mm, and the fan is 26mm. So if I measured accurately, I have 52.5 - (51/2 + 26) = 1 mm of space between the edge of my cooler and the first RAM slot. It's too tight to get a good measurement, but I'd say that's probably pretty accurate. I'm only running with 2 sticks of RAM so this wasn't an issue anyway.
If you do go with this option, here's some tips for applying the thermal paste. I found this to be helpful:
http://benchmarkreviews.com/index.php?option=com_content&task=view&id=170&Itemid=38&limit=1&limitstart=5
I put the paste on the cooler along the channels between the heatpipes and ran a razorblade along the bottom of the cooler at about a 45 degree angle moving the paste around and adding more where needed until the channels were filled in and the base of the cooler was basically clean. Then I put two small, thin strips of paste evenly spaced on the channel as shown near the bottom of the article, in the picture above where it says "For my final application method, two short lines measuring half the total length of the processor were placed on the two center mounting base partitions." Make sure when you mount it the pressure is evenly applied. You'll want to tighten the screws the same way you put a tire on your car. Not clockwise or counterclockwise. But instead, if you label the screws in a clockwise manner of 1 - 2 - 3 - 4, then tighten 1 part way, move to 3, move to 2, then 4. Repeat the cycle until the HSF is secured.