Softballs, antikalk-kugler til kaffemaskiner, 2 poser

DLSC551

Colour: Uspecificeret

  • 59,25 kr

De'Longhi SoftBalls er en innovativ måde til at forhindre dannelse af kalkaflejringer i kaffemaskiner med vandtanke. Anti-kalkkuglerne reducerer vandets hårdhed uden at ændre indholdet af calcium- og magnesiumioner, hvilket sikrer cremet og aromatisk kaffe og forlænger din kaffemaskines levetid. Hver dosis varer 3 måneder, og SoftBalls kan genbruges.

  • Anti-kalkkugler til kaffemaskiner, der er udstyret med en vandtank
  • Forhindrer kalkdannelse og forlænger din maskines levetid
  • Reducerer vandets hårdhed og bevarer samtidig indholdet af mineralske salte i vandet
  • Kuglerne frigiver ikke kemikalier
  • Hver dosis varer 3 måneder

Genuine care product for the best results

Genuine care product for the best results

Genuine care product for the best results

Softballs are ideal for all De'Longhi coffee makers equipped with a water tank, and are compatible with all traditional resin and carbon filters. Use regularly to extend the life of your machine and provide an authentic coffee taste.
KEY FEATURES
Easy to use
Just rinse the spheres, pour them into the water tank and let them work. Each dose lasts 3 months and can be recycled afterwards.
Anti-limescale spheres
Innovative patented system effectively prevents limescale deposits and reduces water hardness to help extend the life of the machine.
Discover how it works
Reduces limescale without altering the sensory properties of the water and without releasing chemicals, for an authentic coffee taste in every cup.

Specifications

Accessories
SKU 5513282331
Category Coffee Machine Care
Softballs, anti-kalkkugler til kaffemaskiner, sæt med 2 poser

Softballs, antikalk-kugler til kaffemaskiner, 2 poser

DLSC551

Benefits Key Features Specifications
De'Longhi strives to continuously improve the technical specifications and aesthetic features of its products. Despite every effort to provide accurate images of each product, their colour may slightly vary from the images shown, due to lighting sources or monitor settings.