Cooler Master Extreme Fusion X1 Thermal Compound
Cooler Master Extreme Fusion X1 (RG-EFX1-TG15-R1) is a high-performance thermal compound delivering 9.5 W/mK conductivity — more than twice that of standard thermal interface materials. Manufactured in Japan, it is short-circuit proof and suitable for precision electronics.Overview
The Cooler Master Extreme Fusion X1 (model RG-EFX1-TG15-R1) is a professional-grade thermal compound designed to maximize heat transfer between processors and cooling solutions. Its 9.5 W/mK thermal conductivity surpasses both standard TIM and silver-based compounds, while its short-circuit-proof composition makes it safe for all component types. The compound is produced in Japan for consistent purity and performance.
Key Features
- 9.5 W/mK thermal conductivity — over twice the output of standard thermal interface materials
- Exceeds silver-based TIM in heat dissipation benchmarks
- Short-circuit-proof: no electrical risk if paste contacts circuit traces
- Manufactured in Japan for premium quality assurance
Specifications
- Model: RG-EFX1-TG15-R1
- Thermal Conductivity: 9.5 W/mK
- Color: Silver
- Country of Origin: Japan
- Short Circuit Proof: Yes
Why buy from Procure.ae
Procure.ae is the UAE and GCC region's trusted partner for bulk and institutional IT procurement. We stock Cooler Master thermal products and offer fast local delivery, dedicated support, and volume pricing. Contact us or request a quote for multi-unit orders.
FAQ
What does short-circuit proof mean for a thermal compound?
A short-circuit-proof compound is electrically non-conductive, so if any paste spreads beyond the CPU heat spreader onto surrounding board components, it will not cause a short circuit or electrical fault.
Can Extreme Fusion X1 be used on both CPUs and GPUs?
Yes. The compound is suitable for any heat-generating chip that requires a thermal interface material, including desktop CPUs, laptop CPUs, and discrete graphics processors.
Description
Overview
The Cooler Master Extreme Fusion X1 (model RG-EFX1-TG15-R1) is a professional-grade thermal compound designed to maximize heat transfer between processors and cooling solutions. Its 9.5 W/mK thermal conductivity surpasses both standard TIM and silver-based compounds, while its short-circuit-proof composition makes it safe for all component types. The compound is produced in Japan for consistent purity and performance.
Key Features
- 9.5 W/mK thermal conductivity — over twice the output of standard thermal interface materials
- Exceeds silver-based TIM in heat dissipation benchmarks
- Short-circuit-proof: no electrical risk if paste contacts circuit traces
- Manufactured in Japan for premium quality assurance
Specifications
- Model: RG-EFX1-TG15-R1
- Thermal Conductivity: 9.5 W/mK
- Color: Silver
- Country of Origin: Japan
- Short Circuit Proof: Yes
Why buy from Procure.ae
Procure.ae is the UAE and GCC region's trusted partner for bulk and institutional IT procurement. We stock Cooler Master thermal products and offer fast local delivery, dedicated support, and volume pricing. Contact us or request a quote for multi-unit orders.
FAQ
What does short-circuit proof mean for a thermal compound?
A short-circuit-proof compound is electrically non-conductive, so if any paste spreads beyond the CPU heat spreader onto surrounding board components, it will not cause a short circuit or electrical fault.
Can Extreme Fusion X1 be used on both CPUs and GPUs?
Yes. The compound is suitable for any heat-generating chip that requires a thermal interface material, including desktop CPUs, laptop CPUs, and discrete graphics processors.
Specifications
Brand
Cooler Master
Product Type
Thermal Paste
Storefront L1
components
Storefront L2
Power Cooling
Storefront L3
cooling
Color (Spec)
Silver
Frequently Asked Questions
How does 9.5 W/mK compare to standard thermal interface materials in CPU cooling?
Standard thermal compounds typically offer 3-5 W/mK; at 9.5 W/mK, this paste is roughly twice as effective, significantly improving heat transfer efficiency and system stability.
What advantage does this high-performance paste offer for overclocking or high-performance builds?
Better thermal conductivity reduces junction temperature during heavy loads, allowing more headroom for performance tuning and reducing thermal throttling risk.
Is Japanese-made thermal paste worth the extra cost for routine office systems?
For routine office use, standard pastes suffice; Japanese-made options benefit high-performance, heavy-load, or mission-critical systems where reliability is paramount.
Can this compound be used in sensitive electronic applications beyond CPU cooling?
Yes, the short-circuit-proof formula makes it safe for power transistors, chipsets, and other precision components where electrical safety is critical.
How many CPUs can one tube of thermal paste service?
Contact Procure.ae to confirm the tube size; typical application amounts cover 8-12 CPU installations, making it economical for businesses with multiple builds.
What is the practical lifespan before this thermal compound needs replacement?
High-quality thermal paste typically lasts 3-5 years; replacement depends on thermal cycling frequency and operating conditions—plan reapplication during major system upgrades.
What are the standard delivery times for this thermal compound to the UAE?
Thermal compounds ship quickly due to low volume and weight. Contact Procure.ae for specific delivery estimates to your location.
Can Procure.ae provide technical guidance on proper application of this paste for critical systems?
Yes, Procure.ae can provide application best practices and technical support; contact the team for guidance on specific component types or high-reliability installations.
What volume of thermal compound is in the RG-EFX1-TG15-R1 package?
Contact Procure.ae to confirm the exact capacity of this specific SKU; the package size determines how many applications it supports.
Does Cooler Master warrant the thermal conductivity rating of this compound?
Cooler Master typically guarantees the stated thermal conductivity; if performance falls short of specification, contact Procure.ae to discuss testing or replacement.
What distinguishes this specific formulation (RG-EFX1-TG15-R1) from generic thermal pastes?
The 9.5 W/mK conductivity (roughly double standard materials), short-circuit-proof Japanese formulation, and precision quality control make it a professional-grade choice for demanding applications.
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