nesto stainless steel pot Ø 16 cm x 8.5 cm, 1.3 l

nesto stainless steel pot Ø 16 cm x 8.5 cm, 1.3 l

6011600

34,90 €
34,90 €
Sale Sold out
inkl. 19% MwSt.
Shipping calculated at checkout.

In stock

  • All pots and lids can be stacked inside or on top of each other, even if they are the same size
  • extra strong thermal sandwich base for optimal heat conduction and storage
  • wide pouring rim for precise pouring
  • all pots with liter internal scaling
  • oven-safe (without handle)
  • beautifully designed for serving on the table
  • dishwasher safe

Specifications

Item number: 6011600
Inner diameter: Ø 16 cm
Pot height: 8.5cm
Filling volume: 1.3 liters
Bottom diameter: Ø 12 cm
Pot weight: 560g
Pot body material: Chrome-nickel stainless steel 18/10
Material base: Aluminum + magnetic stainless steel plate
Surfaces: satined

payment methods

  • American Express
  • Apple Pay
  • Google Pay
  • Maestro
  • Mastercard
  • PayPal
  • Shop Pay
  • Union Pay
  • Visa
View full details
nesto stainless steel pot Ø 16 cm x 8.5 cm, 1.3 l

cookvision-shop

nesto stainless steel pot Ø 16 cm x 8.5 cm, 1.3 l

34,90 €
Nesto Set im Küchenschrank

SPACE & ORDER EVEN IN THE SMALLEST KITCHEN

Nesto is designed so that all pots and pans can be stacked inside each other without noticeably increasing their height. Even the largest pot fits on top of the smallest pan, and even elements of the same size pose no problem. Nesto is maximally space-saving in every respect!

ARRANGE AND SERVE

nesto stainless steel pots are so beautifully designed and high quality
high quality that you can also use them directly for serving.

Pots without handles transform into elegant eye-catchers in bowls for salads, vegetables and side dishes!

COOKING AT PROFESSIONAL LEVEL

What distinguishes professional equipment from hobby tools? The materials and workmanship: We used extra-strong 18/10 chrome-nickel stainless steel for nesto. Nesto features a 6 mm thick encapsulated thermal base with an aluminum core. This guarantees that the bases won't bend even in extreme heat, thus ensuring optimal heat distribution.

★★★★★
★★★★★
★★★★★
★★★★★