Einhell Power X-Change TE-VC 36/25 Li S-Solo Cordless Wet/Dry Vacuum Cleaner (Bare Unit)

The Einhell TE-VC 36/25 Li S-Solo battery-powered wet-dry vacuum cleaner is an indispensable helper in everyday life, because it cleans all surfaces down to the pores and removes dust and dirt just as effectively as liquids. The wet-dry vacuum cleaner with rechargeable battery is part of the Power X-Change family and can therefore be used absolutely flexibly far away from the mains socket and, thanks to the powerful rechargeable batteries, is always the right helper even for difficult jobs. As members of the PXC family, the batteries of the complete system series can be used. The wet-dry vacuum cleaner has two power modes that can be selected simply by pressing a button. ECO mode extends battery life and is suitable for longer vacuuming sessions. The BOOST mode, on the other hand, removes even stubborn dirt effortlessly with maximum suction power. Equipped with a combi-nozzle for carpets and smooth floors, an upholstery nozzle for car seats and other upholstered furniture, as well as a crevice nozzle for hard-to-reach corners, the vacuum takes on any hurdle and is used for vacuuming, drying and cleaning work in the house, workshop or garage. Tight nooks can be blown out quickly with the blow function to then remove the dirt. The package also includes a foam filter for wet vacuuming, as well as a pleated filter and paper dirt bag for dry vacuuming. The air pressure regulator on the handle allows suction power up to 150 mbar to be adjusted for sensitive work areas. The rustproof and sturdy stainless steel container can hold up to 25 litres of dirt and liquids, and the integrated water drainage screw makes emptying the vacuumed liquids child's play. Thanks to the handy wheels, castors and carrying handle, the wet-dry vacuum cleaner can easily be transported around without effort. The 2.5 metre long, 36mm dia. robust plastic suction hose and the telescopic stainless steel tube, together with the battery power, ensure maximum flexibility. Thanks to the telescopic t