Scythe Kama Angle and Thermal Elixir Scyte-1000

CPU Coolers, Other Products, Reviews

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Scythe Kama Angle CPU Cooler Review


The CPU Cooler we have here today is a little different on the usual tower-format design; the distinctive V-shape makes this product stand out but will it be able to compete with the tried and tested tower-format that has dominated in recent times? Introducing the Scythe Kama Angle…

Kama Angle


  • Airflow Vector Structure:

    Optimize the airflow through your system by utilizing the PSU and rear case fans.

  • MultiFan Mount Structure:

    Install the supplied 120 mm fan in a number of locations to aid airflow and improve compatibility by avoiding interference with other components.

  • 4-Way Mounting is Available:

    Allows the user to rotate the cooler 360° providing greater flexibility.

  • Wide Range Cooling Purposes (PWM):

    If you require a CPU cooler to be virtually silent, or you want it for overclocking, this cooler has every angle covered!


Model Name: KAMA ANGLE

Model: SCANG-1000

Manufacturer: Scythe Co., Ltd. Japan


Dimension: 123 x 123 x 160 mm     4 7/8 x 4 7/8 x 6 1/4 inch

Weight: 640 g     1.41 lb

Base plate-Material: Nickel-plated copper


Dimension: 120 x 120 x 25 mm     4 3/4 x 4 3/4 x 1 inch

Weight: 115 g     0.25 lb

Speed: 324 ~ 1,200 rpm (±10%) PWM Function

Noise Level: 6.4 ~ 24 dBA

Air Flow 14.43 ~ 68.54 CFM

Bearing: Sleeve Bearing

Thermal Elixer [Scyte-1000]


  • For CPU and GPU:

    Scythe Thermal Elixer can be used both for CPUs as well as for GPUs.

  • Perfect heat transfer between cooler and GPU / CPU:

    Scythe Thermal Elixer allows an optimal heat transfer between the CPU / GPU and heatsink.

  • High performance thermal grease- ideal for Overclockers:

    Measured at a TPD of 180 W, new Scythe Elixer thermal grease is 5% better than standard Scythe thermal grease.


  • Model Name:

    Scythe Thermal Elixer Thermal Grease

  • Model-Number: SCYTE-1000
  • Weight:

    3.5 g = 0.12 oz. / Tube

  • Thermal Resistance:

    0.032°C / W

  • Thermal Conductivity:

    2.89 W/ (m·K)