“It’s impossible to tell what type of wick a heatpipe uses in your favourite heatsink just by looking at it from the outside. The heatpipe would need to be cut open to find out the answer to that question, and doing so obviously destroy the thermal solution in the process. Instead we offer a rare look at behind the scenes technology which greatly influences thermal performance of modern CPU heatsinks – the heatpipe wick structure.”Here are some more Cases & Cooling reviews from around the web:
- Dynatron Genius Review @ OCC
- Aerocool DCC-C900 CPU Cooler Review @ OverclockersHQ
- Thermolab BADA Heatsink Review @ Frostytech
- NZXT Gamma Case Review @ Hardware Secrets
- NZXT Gamma Budget Case Review @ OCModShop
- Lancool Dragonlord PC-K58 @ techPowerUp
- SilverStone Grandia GD04 Case Review @ Hardware Secrets
- Chieftec BL-01B PC Case Review @ ThinkComputers
- Corsair Obsidian 800D review – Best Chassis Evah ? @ Guru of 3D
- Corsair Obsidian 800D @ techPowerUp
- NZXT BETA – EVO Computer Case/Chassis @ TechwareLabs
- Nexus Edge Case @ Rbmods
- Thermaltake WingRS 301 @ Hardware Bistro
- Thermaltake Element Q Mini-ITX case @ Metku
- Cooler Master Elite 310 @ Testseek
- NZXT M59 – 001BK Review @ OCC
- CM Storm Sniper Black Case SGC-6000-KKN1-GP @ Benchmark Reviews
- NZXT Gamma Mid Tower Review @ OverclockersHQ
Crack open a heat pipe
FrostyTech apparently requests the sacrifice of the occasional heat pipe based CPU cooler in the interests of curiosity, a
benefit of which is that they have shared what they have learned. It turns out there are a variety of wicks to be found inside; Metal Sintered Powder, Grooved and Metal Mesh (felt) with each wick type having its own benefits and drawbacks. Some are cheaper to produce and work better in certain orientations, others are a little less discerning but cost more. Check out the dissection by following the link.