CORSAIR TM30 - Thermal paste


  • Product Status: In Stock
  • PP ID Code:AA95125
  • Manufacturer Part No:
    CT-9010001-WW
  • Warranty:12 Months

$28.14

inc GST & Free Delivery

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Description

CORSAIR TM30 thermal paste helps you push your PC to its limit, with a low-viscosity zinc oxide thermal material that's easy to apply. TM30's ultra-low thermal impedance ensures high-efficiency heat transfer between your hardware and cooler, lowering temperatures and allowing for higher clock speeds. Each syringe contains enough TM30 for multiple standard CPU applications, and once installed, TM30 lasts for years with no drying, cracking or thermal degradation. Whether you use liquid or air cooling, CORSAIR TM30 thermal paste is ready to keep your PC cool under pressure and handle the hottest CPUs and GPUs with ease.

  • Enthusiast CPU thermal compound
  • Cools your CPU and GPU
  • Improved CPU cooling
  • Fill in the gap
  • Long life
  • Safe for you and your PC

  • Enthusiast CPU thermal compound
    Premium zinc oxide based thermal compound for optimal thermal performance.
  • Cools your CPU and GPU
    Install new, or replace existing thermal compound on your CPU and GPU to improve heat transfer and lower temperatures.
  • Improved CPU cooling
    Ultra-low thermal impedance lowers CPU temperatures vs common thermal paste.
  • Fill in the gap
    CORSAIR TM30's low-viscosity allows it to easily fill microscopic abrasions and channels in your CPU and cooler, for maximum thermal transfer area.
  • Long life
    CORSAIR TM30's high-stability liquid compound lasts for years with no drying, cracking or change in consistency.
  • Safe for you and your PC
    Non-conductive, non-toxic and contains zero volatile compounds.

Main Specifications

Product Description CORSAIR TM30 thermal paste
Weight 3 g
Product Type Thermal paste

  • Documents
  • Extended Specifications

  • General
    Product Type Thermal paste
    Weight 3 g
    Shipping Dimensions (WxDxH) / Weight 10 cm x 16 cm 20 g
    Miscellaneous
    Thermal Conductivity 3.8 W/mK