GD900 Thermal Grease Paste for CPU GPU LCD LED Heatsink Thermal Compound PLUSH Default Title

GD900 Thermal Grease Paste for CPU GPU LCD LED Heatsink

Default Title
Sale price  $5.36 Regular price  $6.93
Skip to product information
GD900 Thermal Grease Paste for CPU GPU LCD LED Heatsink Thermal Compound PLUSH Default Title

GD900 Thermal Grease Paste for CPU GPU LCD LED Heatsink

Sale price  $5.36 Regular price  $6.93
Default TitleDefault Title

GD900 Thermal Grease Paste – High-Performance Heat Dissipation Compound

Keep your CPU, GPU, LED, and LCD components running at optimal temperatures with the GD900 Thermal Grease Paste. This premium thermal compound efficiently transfers heat away from your processor and graphics card to the heatsink or cooling fan, helping your electronics perform at their best for longer.

Whether you're building a new PC, upgrading a laptop, or servicing home electronics, GD900 thermal paste delivers reliable, consistent heat dissipation in a convenient, easy-to-apply syringe format.

Key Features

  • Wide Compatibility: Suitable for CPU heatsinks, GPUs, LCD panels, LED modules, and a wide range of home electronics
  • Excellent Thermal Conductivity: Efficiently moves heat away from critical components to your cooling system
  • Easy Application: Smooth, spreadable consistency for precise, thin-layer coverage
  • Included Accessories: Comes with a scraper tool for even spreading and finger cots to keep your hands clean during application
  • Ideal Thickness: Apply at the thickness of a standard A4 sheet of paper for best results
  • High Quality: 100% new material, non-conductive, and stable under heat cycling

Specifications

  • Material: Thermal Grease
  • Syringe Length: 14cm
  • Function: Heat dissipation for electronic components
  • Compatible With: CPU, GPU, LCD, LED, and general home electronics

What's in the Box

  • 1× GD900 Thermal Grease Paste Syringe
  • 1× Scraper tool (for spreading)
  • 1× Finger cot (keeps fingers clean during application)

How to Apply

  1. Clean the CPU or GPU surface thoroughly, removing any old thermal compound.
  2. Apply a small amount of GD900 thermal paste to the center of the CPU/GPU surface.
  3. Use the included scraper to spread the paste evenly across the surface.
  4. Aim for a coating thickness roughly equal to that of a single sheet of A4 paper.
  5. Carefully attach the heatsink or cooling fan and secure it in place.

Made in Mainland China.

Looking to complete your DIY electronics or crafting projects? Also check out our Stainless Steel Cord End Caps with Loop and Stainless Steel Flat Disc Spacer Beads for more precision crafting tools and accessories.

Learn more: ENERGY STAR product efficiency guidance

Frequently Asked Questions

Q: What devices is GD900 thermal paste compatible with?

A: The GD900 thermal grease paste is compatible with a broad range of devices, including CPU heatsinks, GPU coolers, LCD panels, LED modules, and general home electronics. It is ideal for PC builds, laptop servicing, and electronics maintenance.

Q: How thick should I apply the GD900 thermal grease?

A: For optimal heat dissipation, apply the GD900 thermal paste at a thickness approximately equal to that of a standard A4 sheet of paper. Use the included scraper to spread it evenly across the CPU or GPU surface before attaching the heatsink or cooling fan.

Q: Does this thermal paste come with application tools?

A: Yes! Each GD900 thermal grease syringe comes bundled with a plastic scraper for spreading the paste evenly and a finger cot to protect your fingers and keep them clean during the application process.

Q: Is GD900 thermal grease electrically conductive?

A: GD900 thermal grease is a non-electrically-conductive compound, meaning accidental contact with nearby electronic components will not cause short circuits, making it safe and easy to use during CPU and GPU installations.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

You may also like