Description
Honeywell PTM7950 TIM
The Honeywell PTM7950 Thermal Interface Material (TIM) offers a premium solution for high-performance electronics, particularly in the demanding field of graphics processing units (GPUs). The PTM7950 delivers superior thermal conductivity, enhancing the reliability and longevity of graphics cards by its outstanding material characteristics.
Free Flow
The Free Flow cooling design is tailored for axial fan systems, featuring an advanced heatsink fin module that optimizes airflow paths. By reducing turbulence and channeling air efficiently, it maximizes heat dissipation, ensuring consistent performance even under heavy thermal loads.
AeroCurve Fan Blade
The latest fan blade design builds upon its predecessor with advancements that reduce air friction, increasing the usable fan RPM range while maintaining low noise levels. This refined design ensures improved airflow, optimized static pressure, and enhanced cooling efficiency for demanding applications.
Tough Metal Backplate
The all-aluminum backplate provides additional rigidity that guarantees nothing bends and dust stays out. It also helps cool your card by increasing heat dissipation.
L-Shape Graphics Card Supporter
The L-Shaped Graphics Card Holder is a versatile solution designed to secure heavy GPUs, prevent sagging, and simplify removal of the graphics card from the PCIe slot during upgrades or maintenance. Crafted from durable materials with a sleek design, it ensures stability, longevity, and seamless integration into any modern PC build. Use the rubber tip of the bracket to help conduct the extraction of the graphics card easily and safely when removing for cleaning and maintenance.
ARGB LED SAPPHIRE Logo
The newly integrated ARGB LED SAPPHIRE Logo grants customization opportunities for a more personalized aesthetic for the build integration of the graphics card. Simply use the Glow! Feature in the SAPPHIRE TriXX Software to create the ultimate lighting solution.
Optimized Composite Heatpipe
The composite heatpipes are fine-tuned for each individual cooling design with optimal heat flow, efficiently and evenly spreading out the heat to the entire cooling module.
