Maxtor CTG8 4g High-Performance Thermal Paste, 12.8 W/mK, Non-Conductive CPU & GPU Thermal Grease, -50°C to 250°C Operating Range | CTG8E-4G 

5 $

Quantity

EXPERT FEATURES ● 4 Grams

  • 12.8 ± 0.5 W/mK Thermal Conductivity : High thermal-transfer capability designed to move heat efficiently from CPUs, GPUs and other electronic components into cooling hardware.
  • Boxed CTG8E 4g Retail Version : This listing is specifically for the CTG8E 4g presentation supplied in a retail box, distinguishing it from other CTG8 packaging variants.
  • Non-Electrically-Conductive Formula : Maxtor specifies CTG8 as electrically non-conductive for safer PC maintenance and service use.
  • CPU & GPU Application : Designed for CPUs, GPUs, gaming consoles, laptops and other electronic cooling applications requiring thermal grease.
  • Wide -50°C to 250°C Operating Range : Built for use across a broad range of thermal conditions.
  • Grey Thermal Grease : Conventional grey paste formulation intended for thin thermal-interface layers between the component and cooler.
  • Low Evaporation : Current Maxtor CTG8 data lists evaporation below 0.5% after 24 hours at 150°C.
  • Dielectric Strength : Maxtor lists dielectric strength at 800 ± 200V for current CTG8 technical data.
  • No Curing Required : Maxtor describes CTG8 as a no-curing thermal grease for straightforward service application.
  • 4g Syringe Format : Practical service quantity for PC builders, repair technicians and repeated maintenance jobs.
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EXPERT SPECS

Specification Details
Brand Maxtor
Series / Compound CTG8
Retail Variant CTG8E-4G
Product Type Thermal Grease / Thermal Compound Paste
Net Weight 4g
Retail Presentation Boxed Version
Applicator Syringe
Thermal Conductivity 12.8 ± 0.5 W/mK
Colour Grey
Electrical Conductivity No / Non-Conductive
Density @ 25°C 2.5 ± 0.1 g/ml — current Maxtor CTG8 spec
Operating Temperature -50°C to 250°C
Evaporation <0.5% @ 150°C / 24h
Dielectric Strength 800 ± 200V
Curing No Curing Required
Applications CPU, GPU, PSU, LED Modules, ECUs, Gaming Consoles & Laptops
CTG8D vs CTG8E Performance Difference No verified formulation or thermal-performance difference found; packaging/presentation is the practical distinction used for this listing
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