Westinghouse Induction Cooktops
Westinghouse induction cooktops use electromagnetic heating for fast, precise cooking on a flat ceramic glass surface that wipes clean easily. Available in 60cm and 90cm widths with four and five zone configurations for standard and larger Australian kitchen benchtops.
Induction requires a dedicated electrical circuit and compatible ferromagnetic cookware. Browse the full cooktops range to compare induction with gas and ceramic options.
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Westinghouse 90cm Five Zone Induction with Hob2Hood Cooktop WHI955BD
Regular price $1,799.00Regular priceSale price $1,799.00 -
Westinghouse 90cm 4 Zone PowerLite Induction Cooktop WHI942BE
Regular price $1,599.00Regular priceSale price $1,599.00 -
Westinghouse 70cm 4 Zone Induction Cooktop with Hob2Hood WHI743BD
Regular price $1,279.00Regular priceSale price $1,279.00 -
Westinghouse 60cm 4 Burner Zone Induction Cooktop WHI645BE
Regular price $1,299.00Regular priceSale price $1,299.00 -
Westinghouse 60cm 4 Burner Zone Induction Cooktop WHI643BE
Regular price $1,099.00Regular priceSale price $1,099.00 -
Westinghouse 60cm Powerlite 4 Zone Induction Cooktop WHI642BE
Regular price $979.00Regular priceSale price $979.00 -
Westinghouse 60cm 3 Burner Zone Induction Cooktop WHI635BE
Regular price $1,009.00Regular priceSale price $1,009.00 -
Westinghouse 60cm 3 Zone PowerLite Induction Cooktop WHI632BE
Regular price $789.00Regular priceSale price $789.00 -
Westinghouse 30cm 2 Burner Induction Cooktop WHI323BE
Regular price $1,299.00Regular priceSale price $1,299.00
Westinghouse Induction Cooktops
Westinghouse Induction Cooktops for Australian Kitchens
Westinghouse induction cooktops use electromagnetic induction to heat compatible cookware directly, producing faster heat response than gas and a completely flat ceramic glass surface that wipes clean easily. The Westinghouse induction range covers 60cm and 90cm widths with four and five zone configurations, suited to both standard and larger Australian kitchen benchtops.
How Induction Cooking Works
Induction cooktops generate heat within the base of compatible cookware rather than heating the cooktop surface itself, which means the surface around the pot stays cooler to the touch and spills do not bake on. The response to temperature changes is faster and more precise than gas or ceramic radiant, making it well suited to tasks that require accurate heat control like simmering sauces or melting chocolate.
Compatible Cookware
Induction cooking requires ferromagnetic cookware, meaning the base must contain iron or steel. Cast iron, stainless steel with a magnetic base, and enamelled iron all work. Aluminium, copper, and ceramic cookware will not work unless they have a purpose-made induction-compatible base layer. To test whether existing cookware is compatible, hold a magnet to the base — if it sticks, it will work on induction.
Frequently Asked Questions
Do I need to replace my cookware for an induction cooktop?
Only if your existing cookware is not induction-compatible. Cast iron and most modern stainless steel pots and pans work on induction. Older aluminium and copper cookware does not unless it has a bonded steel base. A quick test with a fridge magnet on the base of each pot tells you whether it is induction-compatible before you buy.
Is induction or gas better for Australian kitchens?
Induction offers faster heat response, more precise temperature control, easier cleaning, and no combustion products in the kitchen air. Gas offers the visual feedback of a flame and works with any cookware. Induction requires a dedicated circuit at the correct amperage, which may involve an electrician if the kitchen wiring is older. The right choice depends on cooking style, kitchen wiring, and whether you already have compatible cookware.
Does an induction cooktop need a dedicated electrical circuit?
Yes. Most 60cm induction cooktops require a dedicated 20 amp circuit, and 90cm models may require 32 amps or more. This must be installed by a licensed electrician. If you are replacing a gas cooktop with induction, factor in the cost of electrical work when comparing options.