Thermal Grizzly Minus Pad Extreme 2 120x20x2mm 2 Pcs Thermal Pad
2400 EGP
- Part Number: TG-MP-E2-120-20-20-2
- Type: High-Performance Thermal Pad
- Dimensions: 120 x 20 mm
- Thickness: 2.0 mm
- Material: Aluminum Oxide | Aluminum Hydroxide | Aluminum Powder
- Properties: Electrically Non-Conductive | Non-Curing | Low Thermal Resistance
- Quantity: 2 Pieces
Only 1 left in stock
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Minus Pad Extreme 2
The Thermal Grizzly Minus Pad Extreme 2 is engineered for high-performance applications where every degree counts. Featuring a specialized matrix of aluminum oxide and hydroxide particles, it fills microscopic surface gaps to deliver outstanding thermal conductivity with low interface resistance. Electrically non-conductive and resistant to hardening, it ensures long-term cooling stability for GPUs, VRMs, and memory modules.
Technical Specifications
Is the Minus Pad Extreme 2 Right For You?
✓ Best For
- ✔ Overclockers seeking maximum thermal transfer efficiency
- ✔ GPU modders replacing stock memory/VRM pads
- ✔ Users requiring electrically safe, non-conductive insulation
- ✔ High-end workstations and gaming rigs with hot spots
✗ Not Ideal For
- ✗ Basic office PCs with low thermal demands
- ✗ Applications requiring electrically conductive pads
- ✗ Users who prefer pre-cut large-format sheets over strips
Key Features of Minus Pad Extreme 2
Outstanding Thermal Conductivity
Specialized particle mixture fills microscopic gaps in the carrier matrix, ensuring minimal thermal interface resistance and optimal heat transfer from component to cooler.
Electrically Non-Conductive
Completely safe for use on sensitive electronics. Unlike liquid metal or some pastes, it poses zero risk of short-circuiting your GPU memory or VRM components.
No Curing or Hardening
Maintains its soft, conformable consistency over time. It does not dry out or harden, ensuring consistent pressure and contact even after years of high-temperature operation.
Precision Dimensions
Available in 120x20mm strips (2 pcs per pack) at 2.0mm thickness, perfect for targeted application on graphics card memory chips and voltage regulation modules.
Advanced Material Matrix
Utilizes a blend of aluminum oxide, aluminum hydroxide, and aluminum powder to create a dense, highly efficient thermal bridge between uneven surfaces.
High-Performance Grade
Designed specifically for extreme applications where standard pads fail. Trusted by enthusiasts and professionals for maintaining peak boost clocks and system stability.
Ideal Applications
| Component | Suitability | Notes |
|---|---|---|
| GPU Memory (VRAM) | ✔ Excellent | Perfect for GDDR6/X chips on RTX 40/50 series |
| Voltage Regulators (VRM) | ✔ Excellent | Handles high heat density from MOSFETs |
| Chipsets / PCH | ✔ Good | Ensure correct thickness for motherboard clearance |
| CPU Core | ✗ Not Recommended | Use Thermal Paste or Liquid Metal for CPU cores |
️ Always clean surfaces with Isopropyl Alcohol or TG Cleaning Wipes before installation.
What’s In The Box
Expert Advice & Installation Tips
When replacing thermal pads on your GPU, accuracy is key. Ensure you measure the original pad thickness correctly (usually 1.0mm to 2.0mm). If the new pad is too thick, it may prevent the GPU core from making contact with the cooler, leading to overheating. The Minus Pad Extreme 2’s soft consistency helps compensate for minor tolerances, but always verify mounting pressure. For best results, pair with TG Remove cleaner to ensure a residue-free surface before application.
Common Questions About Minus Pad Extreme 2
Is this thermal pad electrically conductive?
No. The Minus Pad Extreme 2 is electrically non-conductive, making it completely safe to use on exposed circuits, memory chips, and VRMs without risk of shorting.
Does this pad harden or cure over time?
No. Unlike some lower-quality pads, the Extreme 2 formulation does not cure or harden. It remains soft and flexible, maintaining excellent contact pressure even after long-term exposure to high temperatures.
What is the difference between Extreme 2 and standard pads?
Particle Density. The Extreme 2 uses a specialized mix of aluminum oxide and hydroxide particles that fill microscopic voids in the material matrix, resulting in significantly lower thermal interface resistance and higher overall conductivity.
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