Application Areas Of Commercial Induction Cookers

Special Environment Kitchens

Underground Spaces: In subway shopping streets, underground food courts, and other places without natural ventilation, the non-combustion nature of induction cookers avoids the risk of carbon monoxide poisoning.

High-Rise Buildings: Induction cookers are used in the kitchens of super high-rise buildings such as the Shanghai Tower, avoiding the design challenges of traditional stoves requiring independent exhaust ducts and reducing building load.

Airline Catering: Some international flight kitchens are piloting induction cookers, whose lightweight design (60% lighter than traditional stoves) meets the weight reduction requirements of aviation equipment.

 

Large-scale canteen scenarios:

Factory/school/government agency canteens: Meeting the simultaneous dining needs of large groups, such as the canteens of manufacturing factories like Foxconn with tens of thousands of diners, efficient cooking is achieved through the combination of multiple commercial induction cookers.

Military/hospital nutrition kitchens: Military cookhouses use induction cookers to avoid the safety hazards of open flames, while hospital canteens utilize their precise temperature control to prepare special meals (such as diabetic meals and low-fat meals).

Transportation vehicle kitchens: In train dining cars and ocean-going ship kitchens, where space is limited, the compact design of induction cookers (40% smaller than traditional cookers) and their rapid heating characteristics (reaching the set temperature in 3 seconds) significantly improve meal preparation efficiency.

 

Heating Applications in Industrial Production

Food Processing Industry: Central Kitchen Pre-cooked Food Production: Induction cookers enable continuous heating. For example, a chain restaurant's central kitchen uses induction woks, with a single unit achieving a daily capacity of 3 tons, 2.5 times more efficient than traditional gas stoves.

Seasoning Preparation: The uniformity of electromagnetic heating (temperature difference ≤ ±2℃) makes the flavor of seasonings such as soy sauce and vinegar more stable. One brand increased its product qualification rate from 82% to 97% through electromagnetic cooking technology.

Light Manufacturing Industry: Packaging Sealing: Tetra Pak and other paper-aluminum-plastic composite packaging uses electromagnetic induction heating for sealing, achieving a sealing strength of 18N/15mm (national standard requires ≥12N/15mm), and eliminating VOC emissions from traditional hot melt adhesives.

Metal Pressure Processing: Automotive parts manufacturers use high-frequency electromagnetic heating for pre-forging heat treatment, reducing the heat treatment time of 45# steel billets from 120 seconds to 45 seconds, lowering energy consumption by 58%.

 

Metallurgical Industry

Non-ferrous Metal Smelting: Electromagnetic induction melting furnaces are used for smelting metals such as copper and aluminum, saving 35% more energy than resistance furnaces and reducing molten metal oxidation loss by 0.8%.

Welded Pipe Production: High-frequency electromagnetic welding technology enables weld strength to reach 92% of the base material (compared to only 78% with traditional flame welding). After application, a steel pipe factory saw a 61% reduction in product defect rate.