AEG 8000 8kg Heat Pump Tumble Dryer - White

Introducing the AEG TR818P4B heat pump tumble dryer, a sophisticated appliance designed to revolutionize your laundry routine.

With its pristine white finish and innovative features, this dryer combines style, efficiency, and performance to deliver exceptional results every time.

Featuring an impressive 8kg load capacity, the AEG TR818P4B offers ample space to dry large batches of laundry with ease. Say goodbye to guesswork with the sensor dry technology, allowing you to precisely set your desired level of dryness and automatically ending the cycle once your laundry reaches perfection. This ensures your clothes are always dried to your exact specifications, saving time and energy.

Harnessing the power of heat pump technology, this dryer is not only eco-friendly but also helps you save money compared to conventional tumble dryers by reducing energy consumption without compromising on performance. The efficient A++ energy rating underscores its commitment to sustainability while keeping utility costs in check.

Navigating through the dryer's settings is a breeze with its user-friendly rotary dial and touch controls, putting precise control at your fingertips. The delayed start timer further enhances convenience, allowing you to schedule drying cycles to coincide with your busy lifestyle, whether it's during off-peak hours or when you're away from home.

Designed with your garments in mind, the ProTex drum ensures gentle care for your laundry, minimizing wear and tear while maintaining optimal drying performance. With a selection of programmes tailored to suit various fabric types and loads, you can always find the perfect settings to achieve outstanding results, no matter the laundry task at hand.

The AEG TR818P4B sets a new standard in laundry care with its innovative features, energy efficiency, and impeccable performance. From its intuitive controls to its gentle treatment of fabrics, this dryer is the ultimate companion for achieving flawlessly dried laundry every time, all while reducing environmental impact and utility costs.