Universals 12cm Fan Mounting Bracket Zincs Coated Metal 25mm Elevations for Optimal Heat Dissipation and Ventilation Fan Height Extension Bracket

Universals 12cm Fan Mounting Bracket Zincs Coated Metal 25mm Elevations For Optimal Heat Dissipation And Ventilation Features: Elevateds your cooling efficiency with 12cm fan mount, to raise fan height by 25mm for airflows circulation and reduced overheating risks in computer case from galvanized steel, this white fan bracket ensures heat dissipation while maintaining long structural integrity for sustained thermal management for enthusiasts and professional seeking enhanceds thermal control in customs builds, particularly for high systems requiring precisions cooling for gaming setups, video editing workstations, and GPU intensive tasks where stable airflows prevents thermal throttling during extended operations installs in standard ATXs / MicroATX cases to create optimal between components, ensuring unobstructed ventilation paths for sustained systems reliability Specifications: Materials: Metal Size: 12cm / 4.72inch Lift height: 25mm Type: 120, 240, 360 ( optional) Package Includes: 1PC 12cm Fan Lift Mounting Bracket Note: Please allow 0-1cm error due to manual measurement make sure you not mind before bid Due to the differences between different monitors, the Pictures may not reflect the actual of the item

• for gaming setups, video editing workstations, and GPU intensive tasks where stable airflows prevents thermal throttling during extended operations
• installs in standard ATXs / MicroATX cases to create optimal between components, ensuring unobstructed ventilation paths for sustained systems reliability
• Elevateds your cooling efficiency with 12cm fan mount, to raise fan height by 25mm for airflows circulation and reduced overheating risks in computer case
• for enthusiasts and professional seeking enhanceds thermal control in customs builds, particularly for high systems requiring precisions cooling
• from galvanized steel, this white fan bracket ensures heat dissipation while maintaining long structural integrity for sustained thermal management