Cooler Master Extreme Fusion X1 Thermal Paste
Cooler Master Extreme Fusion X1 is a professional thermal compound with 9.5 W/mK thermal conductivity and a specific gravity of 2.6, manufactured in Japan. Its short-circuit-proof formula and low thermal impedance make it an ideal choice for high-performance PC builds.Overview
The Cooler Master Extreme Fusion X1 is a high-grade thermal compound engineered for superior heat transfer between a CPU or GPU and its heatsink. With a thermal conductivity of 9.5 W/mK and a specific gravity of 2.6, it outperforms conventional and silver-based thermal interface materials. Manufactured in Japan to exacting quality standards, it is both safe and short-circuit proof.
Key Features
- Ultra-high thermal conductivity of 9.5 W/mK — more than twice the performance of standard TIM
- Outperforms silver-based thermal compounds for effective heat dissipation
- Short-circuit-proof formulation: safe to apply around sensitive components
- Low thermal impedance (4.15 °C·cm²/W) for efficient heat transfer
- Manufactured in Japan for consistent product quality
Specifications
- Model: RG-EFX1-TG15-R1
- Thermal Conductivity: 9.5 W/mK
- Specific Gravity: 2.6
- Volume Resistivity: 1.5
- Thermal Impedance: 4.15 °C·cm²/W
- Color: Gray
- Country of Origin: Japan
Why buy from Procure.ae
Procure.ae supports institutional and bulk procurement across the UAE and GCC. We offer competitive pricing, dedicated account management, and reliable local delivery for IT and infrastructure projects. Request a quote directly through our platform for volume orders.
FAQ
Is Extreme Fusion X1 safe to apply near circuit boards?
Yes. Its short-circuit-proof formulation means accidental contact with PCB traces or capacitors will not cause electrical damage, making it safer than metallic-compound alternatives.
How does 9.5 W/mK compare to standard thermal paste?
Most standard thermal pastes rate below 4 W/mK. At 9.5 W/mK, the Extreme Fusion X1 conducts heat more than twice as effectively, reducing CPU temperatures under sustained load.
Description
Overview
The Cooler Master Extreme Fusion X1 is a high-grade thermal compound engineered for superior heat transfer between a CPU or GPU and its heatsink. With a thermal conductivity of 9.5 W/mK and a specific gravity of 2.6, it outperforms conventional and silver-based thermal interface materials. Manufactured in Japan to exacting quality standards, it is both safe and short-circuit proof.
Key Features
- Ultra-high thermal conductivity of 9.5 W/mK — more than twice the performance of standard TIM
- Outperforms silver-based thermal compounds for effective heat dissipation
- Short-circuit-proof formulation: safe to apply around sensitive components
- Low thermal impedance (4.15 °C·cm²/W) for efficient heat transfer
- Manufactured in Japan for consistent product quality
Specifications
- Model: RG-EFX1-TG15-R1
- Thermal Conductivity: 9.5 W/mK
- Specific Gravity: 2.6
- Volume Resistivity: 1.5
- Thermal Impedance: 4.15 °C·cm²/W
- Color: Gray
- Country of Origin: Japan
Why buy from Procure.ae
Procure.ae supports institutional and bulk procurement across the UAE and GCC. We offer competitive pricing, dedicated account management, and reliable local delivery for IT and infrastructure projects. Request a quote directly through our platform for volume orders.
FAQ
Is Extreme Fusion X1 safe to apply near circuit boards?
Yes. Its short-circuit-proof formulation means accidental contact with PCB traces or capacitors will not cause electrical damage, making it safer than metallic-compound alternatives.
How does 9.5 W/mK compare to standard thermal paste?
Most standard thermal pastes rate below 4 W/mK. At 9.5 W/mK, the Extreme Fusion X1 conducts heat more than twice as effectively, reducing CPU temperatures under sustained load.
Specifications
Brand
Cooler Master
Product Type
Thermal Paste
Storefront L1
components
Storefront L2
Power Cooling
Storefront L3
cooling
Country of Origin
Japan
Frequently Asked Questions
What does 9.5 W/mK thermal conductivity mean for real-world cooling performance?
Higher thermal conductivity means faster heat transfer from CPU to cooler; 9.5 W/mK is considered high-performance and suitable for demanding workloads that run hot.
Is Japanese-manufactured thermal paste more reliable than other sources?
Japanese manufacturers typically emphasize quality control; however, reliability also depends on application technique and storage—use Procure.ae guidance for proper installation.
What does short-circuit-proof formula mean for system safety?
Short-circuit-proof thermal paste won't cause electrical shorts if it contacts nearby circuitry, reducing risk of accidental damage during application or over time.
How long does thermal paste typically last before reapplication is needed?
Thermal paste degrades gradually over 3-5 years depending on temperature cycles and CPU load; plan for reapplication during major system overhauls or if thermals rise significantly.
Does low thermal impedance help with sustained gaming or rendering workloads?
Yes—low impedance means consistent heat transfer even when the CPU remains at peak temperature for hours, keeping throttling and performance loss to a minimum.
Can you use this paste with both air and liquid coolers?
Yes, thermal paste works with both cooling types; however, liquid cooler blocks may come with pre-applied paste, so check documentation before purchasing additional product.
What lead times apply to thermal paste delivery in the UAE?
Thermal compounds typically ship quickly due to low weight and volume. Contact Procure.ae for specific delivery timelines to your location.
Is bulk ordering available if we need thermal paste for multiple systems across our business?
Procure.ae supports bulk procurement; contact the team with your quantity requirements for availability and volume-based options.
How much thermal paste is included in a typical tube or application package?
Contact Procure.ae to confirm the exact volume or coverage area included; standard tubes typically cover 8-12 CPU applications.
Is there any warranty or guarantee on thermal paste performance?
Cooler Master typically guarantees the thermal conductivity rating; if paste fails to deliver expected performance, contact Procure.ae to discuss troubleshooting or replacement options.
What makes Extreme Fusion X1 stand out from generic or bargain thermal pastes?
At 9.5 W/mK, high thermal conductivity, Japanese precision manufacturing, and short-circuit-proof formula make it a premium choice for professionals and high-performance enthusiasts.
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