Dammfilter för PHANTEKS Enthoo Evolv ATX front – DEMCiflex DF0890

The DEMCiflex Dust Filter DF0890 is a front intake filter designed specifically for the PHANTEKS Enthoo Evolv ATX chassis. It fits the front ventilation area to block dust and airborne particles, helping to maintain cleaner internal components and steady airflow. The filter is made to be installed and removed easily for regular cleaning without tools, supporting routine maintenance of a desktop build.

Advantages

This front dust filter reduces dust accumulation on fans, radiators and internal components, which contributes to more consistent cooling performance and potentially longer component lifespan. Its removable construction enables quick cleaning and reinstallation, while the fine mesh traps small particles without severely restricting airflow. The filter is tailored to the case front so it aligns with existing mounting points and maintains a clean appearance.

Suitable for

• PHANTEKS Enthoo Evolv ATX front intake protection
• Desktop builds where reduced dust buildup is desired
• Systems with front-mounted fans or radiators
• Users who perform regular case maintenance and cleaning

Key specifications

• Form factor: front intake dust filter compatible with the specified ATX chassis
• Material: fine mesh filter medium designed to capture small dust particles
• Mounting: removable design for tool-free installation and cleaning
• Compatibility: shaped to fit the front intake area of the corresponding PHANTEKS case

How to use

Install the dust filter by aligning it with the front intake area and securing it according to the case's mounting method. For cleaning, remove the filter, gently vacuum or rinse the mesh to remove accumulated dust, allow it to dry completely if rinsed, then reinstall. Regular inspection and cleaning will help maintain airflow and filtration performance.

Recommendations

Check the filter monthly in dusty environments and clean as needed; avoid harsh chemicals or abrasive brushes when cleaning the mesh to preserve filtration effectiveness and shape.