Filter for handheld vacuum Xiaomi E401HW-LX — 55.3×99.3 mm, orange/white, pack of 2

Replacement filter for Xiaomi E401HW-LX handheld vacuum, sized 55.3×99.3 mm and supplied as a pack of two in orange and white. The filter is designed for high-efficiency fine dust filtration within a multi-stage system to capture particles down to 0.3 μm, helping to reduce airborne allergens and restore the vacuum's suction and filtration performance during routine maintenance.

Advantages

The pleated, high-density corrugated structure increases filtration surface area for improved capture of fine dust while optimising airflow to reduce clogging. Made from fine filtration materials, it integrates into a 6-stage filtration layout to intercept allergens such as dust mites and pollen. The filter is removable and washable for reuse after thorough drying, reducing waste and maintaining performance over multiple cleaning cycles.

Suitable for

• Handheld vacuum maintenance and filter replacement
• Homes with allergy-sensitive occupants
• Routine cleaning to restore suction and filtration efficiency

Key specifications

• Dimensions: 55.3 × 99.3 mm (width × height)
• Weight: 25 g per filter (approx.)
• Colour: orange and white
• Pack contents: 2 filters
• Filtration capability: captures particles down to 0.3 µm when used within the vacuum's multi-stage system

How to use

Turn off and unplug the handheld vacuum, open the filter compartment according to the vacuum's user manual, and remove the used filter. Rinse the filter under running water until debris is removed, then gently shake off excess water and allow the filter to dry completely before reinstalling. Reinsert the dry filter into the compartment and close the cover, ensuring it seats correctly to maintain proper airflow and sealing.

Recommendations

For best results, inspect the filter regularly and wash when visibly soiled or when suction performance decreases. Always allow the filter to dry fully before reuse and replace it if damaged, misshapen, or no longer restoring expected suction and filtration efficiency.