EKWB Loop Thermal Paste NGP 5g

EK-Loop Thermal Paste NGP (5g) is a reliable thermal compound, optimized for demanding computing environments. Utilizing advanced Nano Grade Particle (NGP) technology, this thermal paste facilitates efficient heat transfer between CPUs, GPUs, or any other chipsets and their cooling solutions, including water blocks and heatsinks.

Features

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EK-Loop Thermal Paste NGP (5g)

EK-Loop Thermal Paste NGP (5g) is a reliable thermal compound, optimised for demanding computing environments. Utilizing advanced Nano Grade Particle (NGP) technology, this thermal paste facilitates efficient heat transfer between CPUs, GPUs, or any other chipsets and their cooling solutions, including water blocks and heatsinks.

• Ease of Use
• Excellent Applicability
• Low Thermal Impedance
• Good Crumpling Resistance
• High Reliability and Durability

Engineered for efficiency and reliability, the EK-Loop Thermal Paste NGP features very low thermal impedance, ensuring effective heat conductivity and enhanced system performance. Its optimised formula offers excellent crumpling resistance and long-term stability, performing consistently within a temperature range of -20°C to 125°C.

This high-quality thermal paste is notable for its user-friendly application. Its syringe design allows for precise and clean application, and each package includes a high-quality black spatula to aid in applying the perfect layer. The EK-Loop Thermal Paste NGP's user-friendly consistency ensures it is easy to spread, maintaining a consistent application without the risk of electric conductivity issues.

Packaged in a practical five-gram (5g) syringe, the EK-Loop Thermal Paste NGP is an ideal solution for enthusiasts, system builders, and IT professionals seeking a high-performance thermal interface material.

Notes

• Avoid eye and skin contact! Keep away from children! Contact a doctor immediately if swallowed or after eye contact!
• This product must not be disposed of with unsorted municipal waste. Proper disposal is necessary to avoid environmental and health hazards due to hazardous substances.
• The technical data provided is based on our testing according to ASTM D792, GB/T 269-91, and ASTM D5470 standard test methods. This information should not be considered as a legally binding assurance of properties. Variations may occur due to differences in testing conditions and methodologies.
• Store in a cool, shaded indoor area ideally 20° - 22° Celsius to avoid direct sunlight.