The Blomberg LTA18321W 8kg Heat Pump Tumble Dryer delivers efficient, fabric-friendly drying with a clean white finish that suits any modern laundry space. With its 8kg capacity, it provides plenty of room for everyday household loads, making it ideal for busy families.
Using advanced heat pump technology, this dryer operates at lower temperatures while maintaining excellent drying performance. This helps reduce energy consumption and running costs while being gentler on your clothes.
The dryer also features Sensor Dry technology, which monitors moisture levels in the drum and automatically adjusts the cycle time to prevent over-drying. Combined with bi-directional drum rotation, this helps reduce tangling and ensures clothes dry more evenly.
For added convenience, the anti-creasing function gently tumbles the drum after the cycle ends to minimise wrinkles and reduce ironing time. The innovative DryGuard programme allows the appliance to work efficiently in environments as cold as 0°C, making it suitable for garages or utility rooms.
With 15 drying programmes, including settings for cottons, synthetics, sportswear and delicate garments, the Blomberg LTA18321W offers flexible drying performance for a wide range of fabrics.
Key Features
-
8kg Capacity – Ideal for family laundry loads
-
Heat Pump Technology – Energy-efficient drying at lower temperatures
-
Sensor Dry Technology – Automatically adjusts drying time for best results
-
Anti-Creasing Function – Helps reduce wrinkles and ironing time
-
DryGuard Programme – Operates efficiently in temperatures as low as 0°C
-
15 Drying Programmes – Suitable for many fabric types
-
Reverse Drum Action – Reduces tangling and improves drying results
-
24 Hour Delay Timer – Schedule drying cycles to suit your routine
-
White Finish – Classic design for modern laundry rooms
Combining efficient heat pump technology, intelligent moisture sensing and versatile drying programmes, the Blomberg LTA18321W tumble dryer provides reliable performance while helping to care for your clothes and reduce energy usage.
