Blomberg LTH38420W Heat Pump Condenser Tumble Dryer 8kg

Say goodbye to wet clothes hanging all over the house with this super-efficient heat pump tumble dryer from Blomberg. Exclusive to Euronics, the LTH3842W's 8 kg capacity makes it the ideal option for families.

Dry to Perfection 

With 16 programmes to choose from, you are guaranteed to find the right programme to suit your drying needs - from delicates to woollens and everything in-between.

The RapiDry feature reduces the drying time, making it faster than other heat pump and even conventional condenser dryers.

Prevent over-drying and save money on your bills with the sensor drying programmes. Simply select your desired drying level, and the LTH3842W will do the rest for you. The sensors detect the level of moisture in the drum during the cycle and automatically stop the programmes when your clothes have reached the desired level.

Just before the end of each cycle, cool air is blown into the drum to reduce the temperature of the clothes for easy unloading.

In addition, once the cycle has finished the automatic anti-creasing function rotates the drum periodically for two hours. This rotation helps to prevent creasing by stopping the clothes sitting in the same position for too long.

Heat Pump Technology

With an A+++ energy efficiency rating, The Blomberg LTH3842W is one of the most energy efficient and economical tumble dryers on the market.

This model uses heat pump technology, saving you money with every cycle. This innovative technology is the most energy efficient way to tumble dry your laundry. Instead of expelling the warm air and taking in more cold air - as happens in vented dryers - this technology reheats and reuses the hot air inside the appliance.

As a condenser dryer, the LTH3842W can be placed almost anywhere in your home, without the need to be positioned near a window or vent. The water is collected in an easy-to-empty tank.

Challenge the tumble dryer status quo with this heat pump dyer from Blomberg. Delivering both fast drying times and energy efficiency