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Chassis
-Full Tower
-Mid Tower
-Desktop
- Mini Case
-BTX
-Misc.
 
Power Supply
- Toughpower
- PurePower
- TR2 Power
- Misc.
 
Liquid Cooling
System
- DIY L.C.S
- All-in-One L.C.S
- Upgrade
 
Cooler
- Retail Cooler
- TMG Cooler
- TR2 Value Cooler
- Chipset/Memory/VGA
- H.D. Cooling
- Combo Cooling
- Notebook Cooling
 
DC Fan
- LED Fan
- VR Control
- Combo
- Standard
- UV
- Mobile
- Slot Fan
 
Storage
- 2.5" Solutions
- 3.5" Solutions
- 5.25" Solutions
- LAN / RAID
- Accessories
 
Accessory
- Keyboard/Mouse Pad
- Drive Bay
- Grease
- Case Mods
 


     
Refill Reservoir:
Transparent reservoir contains 350 c.c. of liquid capacity, easy to refill
P500 Pump:
Flow rate : 500L/hr, can easily handle extra water blocks for GPU, memory, HDD or chipsets.
     
Silent VR Fan:
Adjustable 120x120x25mm blue LED fan, (1600~2400RPM)

CPU Water Block:
Pure copper waterblock designed with brazing technology
     
Quick Disconnect Connector:
Automatic non-spill valves, robust material one hand operation

Motorsports Radiator:
Dimple Tube Technology with louvered fin radiator greatly increases the surface area for added cooling capability

     
Clip for LGA775

Clip for P4
     
Clip for AM2

Clip for K8
   
The exterior look of BigWater 760i installed
in a case.
The TMG VGA waterblock products are the best upgrade solution for BigWater 760i.  
     
For nVidia 6800 / 7800 / 7900 series For ATi X1800 / X1900 / X1950 series
     
nVIDIA 8800 GTX(SLI) ATi Radeon HD 2900 XT

   

   
To decrease manufacturing cost, traditional water blocks often are designed with simple water channel. However, water within the liquid cooling system travels at very high speed and does not have sufficient time to absorb heat from the heat source. To overcome this major downside, Thermaltake developed water block with Redundant Micro Channel Design to effectively divide water flow into micro channels thus accelerating heat transfer from heat source to liquid material. In additional, micro channel are stacked on top of each other to fully utilize the available space within the water block and further increases heat transfer.
    This new technology outperforms the traditional radiators. The advanced design utilizes dimpled tubes to create vortex and swirl of the coolant within the radiator. Combined with the high fin density of louvered fins, the Dimple Tube Technology greatly enhances the performance of the radiator.







Copyright (c) 2005 Thermaltake Technology Co., Ltd. All Rights Reserved.
"Tt", Thermaltake, Thermaltake are trademarks of Thermaltake Technology Co., Ltd.
All other registered trademarks belong to their respective companies.