Liquid Metal Thermal Paste for CPU & GPU – 128W/mK Thermal Compound HIP 3g

Liquid Metal Thermal Paste for CPU & GPU – 128W/mK

3g
Sale price  $29.68 Regular price $35.11
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Liquid Metal Thermal Paste for CPU & GPU – 128W/mK Thermal Compound HIP 3g

Liquid Metal Thermal Paste for CPU & GPU – 128W/mK

Sale price  $29.68 Regular price $35.11
Color

Ultra-High Conductivity Liquid Metal Thermal Paste for CPU & GPU

Take your PC cooling performance to the next level with this premium Liquid Metal Thermal Compound. Engineered from a eutectic alloy blend of tin and indium, this thermal paste delivers an exceptional thermal conductivity of 128 W/m·K — far outperforming conventional silicone-based thermal pastes. Whether you're overclocking your CPU or managing heat on a high-performance GPU or graphics card, this liquid metal compound ensures efficient and stable heat transfer.

Made in Mainland China.

⚠️ IMPORTANT SAFETY NOTICE: Do NOT use this liquid metal compound on aluminum heatsinks or radiators — it will cause a chemical reaction and irreversible damage. Ensure all surrounding components are properly insulated before application. This product is intended for advanced users with experience in PC hardware maintenance. The seller is not responsible for any damage resulting from improper application.

Key Features

  • 🌡️ 128 W/m·K Thermal Conductivity — superior heat transfer for demanding CPUs & GPUs
  • ⚗️ Eutectic Alloy Formula — special blend of tin and indium for maximum efficiency
  • 🔒 Long-Term Stability — non-volatile, high-temperature resistant, and non-toxic
  • 💧 Low Melting Point — flows easily for precise, thin application
  • ♻️ Environmentally Friendly — safe formula with stable long-term properties
  • 📦 Complete Kit Included — everything you need for safe, professional application

Specifications

Material Liquid Metal Eutectic Alloy (Tin & Indium)
Thermal Conductivity 128 W/m·K
Available Sizes 1g / 3g
Compatibility CPU, GPU, Graphics Cards (NOT compatible with aluminum heatsinks)
Properties Non-volatile, High-temp resistant, Non-toxic

What's in the Box

  • 1× Liquid Metal Thermal Paste (1g or 3g)
  • 1× 704 Insulating Glue
  • 1× Standard Thermal Grease
  • 1× Cotton Swab
  • 1× Rubber Finger Sleeve

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Frequently Asked Questions

Q: What is liquid metal thermal paste and how is it different from regular thermal paste?

A: Liquid metal thermal paste is made from a eutectic alloy (typically tin and indium) rather than silicone or ceramic compounds. This gives it a dramatically higher thermal conductivity — 128 W/m·K compared to 4–12 W/m·K for conventional pastes — resulting in more efficient heat transfer between your CPU or GPU and its heatsink.

Q: Can I use this liquid metal thermal paste on any heatsink or cooler?

A: No. This liquid metal compound must NOT be used on aluminum heatsinks or radiators, as it will react with aluminum and cause permanent damage. It is safe for use with copper and nickel-plated copper heatsinks. Always verify your cooler material before application.

Q: How do I apply liquid metal thermal paste safely?

A: Before applying, carefully mask and insulate all surrounding components (motherboard, capacitors, etc.) using the included insulating glue and rubber finger sleeve. Apply a very thin, even layer directly to the CPU or GPU heat spreader using the cotton swab. Take your time — proper insulation is essential. This product is recommended for experienced PC builders or technicians.

Q: Is this liquid metal thermal compound reusable or permanent?

A: The compound can be reapplied if needed during routine maintenance. It is non-volatile and maintains stable thermal properties over long periods, meaning it won't dry out or degrade quickly the way some conventional thermal pastes can.

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.

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