Specifications:

• Compatibility: Compatible with Miele 90 PT5135C, 111 T8812C, DUO STAR PT5135C, ECO DA6390W, ECO COMFORT T7950WP, ECOACTIVE T 7900 WP T7950WP, ECOACTIVE T 7900 WP (DE) T7950WP, ECOCARE T7952WP, ECOCOMFORT T7950WP, ECOCOMFORT T8001WP, ECOCOMFORT T8855WP.
• Washable and reusable: The bottom filter is crafted from foam, which can be conveniently cleaned under running water, dried, and reused.
• 2-layer design: This foam filter pad features two layers of filtering foam, with the fine mesh net used to filter small particles and the coarse mesh net used to filter coarse cotton fluff.
• Environmental protection materials: The filters are manufactured from high-strength and eco-friendly materials, and are simple to install and replace.
• Package includes: Since the filter is a consumable, 4 filters are sufficient for a period of time and can be easily replaced.

Maintain optimal performance in your Miele heat pump dryer with this value pack of four high-quality replacement foam filters. Specifically engineered for compatibility with popular models including the T8860WP, T8873WP, and Edition 111 series (replacing OEM part 9499230), these dual-layer filters feature an efficient design: a fine mesh interior captures microscopic lint particles while the coarse outer layer traps larger fluff and debris. Crafted from durable, eco-friendly polyurethane foam, each filter is completely washable – simply rinse under running water, air dry thoroughly, and reuse multiple times to extend your appliance's efficiency. This multipack provides substantial long-term value, as regular replacement (typically every 6-12 months depending on usage) prevents airflow restriction that can cause overheating and reduce drying performance. Suitable for Miele ECOCOMFORT, ECOACTIVE, and ECOCARE series dryers (full compatibility list included), these non-genuine filters offer exceptional value while maintaining the precision fit and filtration standards expected for premium appliances. Keep your dryer operating efficiently while reducing energy consumption with properly maintained filtration.