StarTech.com Aluminium Oxide Thermal Paste, 14.5 W/mK, Syringe

StarTech Thermal Paste, 14.5W/mK Thermal Conductivity, 10g Package Size - SILVGREASE10-PRO

This thermal paste is a heat-transfer compound designed to improve thermal contact between cooling hardware and processors in computing systems. Supplied as a grease in a syringe, it is intended for precision application on heat-generating components where efficient dissipation is required across a wide environmental range.

Features and Benefits:

• Thermal conductivity 14.5 W/mK for efficient heat transfer
  Aluminium oxide composition reduces thermal resistance
  Syringe dispensing method enables accurate controlled application
  10 g package size for multiple maintenance tasks
  Operates from -50°C to 280°C for extreme environment stability

Applications

• Suitable for CPU and GPU cooling in desktops
  Ideal for high-load overclocking thermal management
  Used with heatsinks and cold plates in workstations
  Can be used for repair and maintenance of server cooling
  Used for thermal interface replacement during upgrades

How should it be applied for the most consistent thermal interface?

Apply a thin, even layer from the syringe to the component contact area, avoiding excess that could impede heat flow
use a spreader or pressure from the heatsink to form a uniform bond.

What makes it suitable for long-term installations in harsher climates?

Its operating range from -50°C to 280°C means the compound retains conductive performance across extreme cold and elevated temperatures without phase change.

Is the product appropriate for precision repeat servicing tasks?

The syringe dispensing format provides metered delivery for repeatable quantities, making it practical for multiple service cycles from a single 10 g supply.

How does the chemical makeup affect electrical safety near sensitive circuitry?

The filler specified as aluminium oxide is a non-metallic ceramic powder that contributes thermal conductivity while remaining non-conductive, reducing the risk of electrical shorting when correctly applied.