|Item Model Number||MGX-ZOSG-N15M-R2|
|Product Dimensions||10 x 5 x 5 cm; 41 Grams|
|Item Dimensions L x W x H||10 x 5 x 5 centimetres|
|Item Weight||41 g|
|Is Discontinued By Manufacturer||No|
|Date First Available||2 August 2019|
Cooler Master MasterGel Regular New Edition Flat-Nozzle Syringe High Performance Thermal Paste - Grey - MGX-ZOSG-N15M-R2
Enhance your purchase
|Item dimensions L x W x H||10 x 5 x 5 centimetres|
About this item
- Enhanced user experience design
- New flat-nozzle design allows for precise and even spread of your thermal grease
- High Conductivity to aid heat transfer
- Eliminates the process of having to use a scrapper
- Adjusted to match your performance needs with a range from regular to maker
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Introducing our New Edition MasterGel Series with our new exclusive flat-nozzle syringe design which enhances the user experience by making the application process as simple as possible. This MasterGel Regular's new design eliminates the process of having to use a scrapper and mess that comes with applying thermal grease. Apart from aesthetic design, the thermal grease has been adjusted to match your performance needs with a range from regular to maker. Range of thermal conductivity that will match cooling requirements and aid heat transfer from CPU/GPU to your cooler. Specification: colour: gray, thermal conductivity: 5 (w/m-k), specific gravity: 2.5 (g/cm3) (25 degrees c), cooler type: thermal grease.
From the manufacturer
Make It Yours.
We're all about the things that
make building a PC such a
rewarding experience. The sense of
achievement. The joy of making
and creating something uniquely
yours in form and function and, of
course, the thrill of bringing your
creation to life without melting
New MasterGel Series
HIGH PERFORMANCE THERMAL GREASE
Introducing our New Edition MasterGel Series, with our new exclusive
flat-nozzle syringe design which enhances the user experience by
making the application process as simple as possible. This new design
eliminates the process of having to use a scrapper and mess that
comes with applying thermal grease. Apart from aesthetic design the
thermal grease has been adjusted to match your performance needs
with a range from regular to Maker.
- Enhanced User Experience Design
- Precise and Even
- High Conductivity to aid heat transfer
PRECISE AND EVEN
Includes cleaning cloth to remove the leftover of your CPU/GPU
CRAFT OF NANOSCALE
Uses of craft of nanoscale which has high heat conductivity and high
High Conductivity to aid heat transfer
Range of thermal conductivity that will match cooling requirements
and aid heat transfer from CPU/GPU to your cooler
Review this product
Top reviews from Australia
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Comparing this to Noctua NT-H1 and Thermal Grizzly Kryonaut. Using it on MSI 5700XT Gaming X.
Thermal conductivity -
TG Kryonaut - 12.5 wm/k
CM Mastergel Maker - 11 W/mK
Noctua NT-H1 - 8.5 W/mK
TG Kryonaut - is low viscous, very easy to spread.
CM Mastergel Maker - Medium viscous, easy to spread.
Noctua NT-H1 - High viscous, medium difficulty to spread.
Thermal results - (tested over a 1 month period with avg of 30hrs of gaming)
TG Kryonaut - GPU temp - 70c Hotspot - 83c
CM Mastergel Maker - GPU temp - 72c Hotspot - 85c
Noctua NT-H1 - GPU temp - 80c Hotspot - 95c
Now here's the issue -
TG Kryonaut - Though great temps initially, suffers from pump out effect, where over a period of time, the thermal cycling causes the paste to pump out of to the edges and the temps eventually rise.
Not good for GPU environment.
CM Mastergel Maker - Great temps, but also suffers from pump out over a period of time aswell.
Noctua NT-H1 - average temps, but does not suffer from pump out effect. will hold temps consistently over a period of time.
Top reviews from other countries
I was wrong.
The paste is so thick and sticks to the syringe/applicator side so stubbornly it literally cannot stay on any CPU surface.
I can't get a good temperature with it to review, simply because the "flat applicator" concept sounds good, doesn't work, and I can't control the amount of goop and where it gets on the processor thermal interface. Either too much or too little, wrong amounts in the wrong places.
Cannot recommend to anyone until CM fixes the completely broken viscosity of the product.