Metal GPU Vertical Bracket for Case Fan Mounts Enhances with Reinforced Sag-Resistant Structure High Airflows Graphics Card Holder

Metal GPU Vertical Bracket For Case Fan Mounts Enhances With Reinforced Sag-Resistant StructureFeatures:Vertical GPU Mount Bracket with High airflows Design securedly installs your graphics card in a case fan slot.Utilizing durability metal construction to sagging while maximizing heat performances through optimized ventilation.Featuring a reinforced frame and hollowed pattern, this double purpose fan slot bracket combines structural rigidity with superior airflows efficiencyIdeal for gamers, PC enthusiasts, and space efficient GPU mounting enhances cooling capabilities for high performances rigs and compactly chassis configuration.Easy installation compatibility across multiple case size, this double function bracket transforms conventional fan slots into GPU supports without compromising chassis airflows dynamics.Specifications:Item：Vertical GPU Mount BracketSize：about 193x120cm/7.6x4.72inComponent: MetalColor: Black/WhitePackage Includes:1PC Chassis fan position Graphics card fixing bracketNote:Note:The graphics card, chassis, fan, and extension cord not included,only the bracket is soldThere might be a bit color distortions due to different computer resolution.There might be size errors due to different computer resolution.

• Vertical GPU Mount Bracket with High airflows Design securedly installs your graphics card in a case fan slot
• Ideal for gamers, PC enthusiasts, and space efficient GPU mounting enhances cooling capabilities for high performances rigs and compactly chassis configuration
• Easy installation compatibility across multiple case size, this double function bracket transforms conventional fan slots into GPU supports without compromising chassis airflows dynamics
• Featuring a reinforced frame and hollowed pattern, this double purpose fan slot bracket combines structural rigidity with superior airflows efficiency
• Utilizing durability metal construction to sagging while maximizing heat performances through optimized ventilation