Zur Produktinfo springen
1 of 2

Battle-Merchant

Petromax tk2 tea kettle: 3L stainless steel for fire & stove

Regulärer Preis
$94.98 USD
Regulärer Preis
Angebotspreis
$94.98 USD
Inkl. MwSt. Shipping wird beim Checkout berechnet.
American Express
Apple Pay
Google Pay
Maestro
Mastercard
PayPal
Shop Pay
Union Pay
Visa
Klarna
SOFORT
Highlights

Delivery time

1 - 2 working days

Guarantee

Battle-Merchant Wacken GmbH & Co. KG, Gehrn 4, 25596, Wacken, info@battlemerchant.com

    Petromax tk2 tea kettle: 3L stainless steel for fire & stove
    Petromax tk2 tea kettle: 3L stainless steel for fire & stove

    Product Details

    Display

    The Petromax tk2 tea kettle: 3L stainless steel for fire & stove of Battle-Merchant uses a display from .

    Housing

    The Petromax tk2 tea kettle: 3L stainless steel for fire & stove has a housing made of , which has a diameter of .

    Weight

    The weight of Petromax tk2 tea kettle: 3L stainless steel for fire & stove is approximately grams.

    Factory

    A clockwork mechanism is used.

    Closure type

    Petromax tk2 tea kettle: 3L stainless steel for fire & stove from Battle-Merchant

    #ImwithBeYours

    Questions about Petromax tk2 tea kettle: 3L stainless steel for fire & stove of Battle-Merchant

    How many liters of water does the Petromax tk2 kettle hold, and for which types of stoves and fireplaces is it suitable according to the manufacturer?

    The Petromax tk2 kettle holds 3 liters of water. It is suitable for all types of cooktops (induction, gas, electric) as well as for open fire, hot embers and grill grates.

    What material is the Petromax tk2 tea kettle made of, and what special features do the base and handle have for optimal handling?

    Wird geladen...

    What are the weight and dimensions of the Petromax tk2 kettle, and how is even heat distribution ensured when heating water?

    The Petromax tk2 kettle weighs 920 g and measures approximately 26 x 18 x 20 cm with a base diameter of 17 cm. The kettle's multi-layered base ensures even heat distribution when heating water.