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Coffee cup heating element

Designed for coffee equipment, this high-performance electric heating element finds application in drip coffee makers, espresso machines, French press, and other coffee devices. Designed to satisfy both residential and business demands, this product guarantees quick and uniform heating, dry-boil protection, and variety voltage compatibility by combining corrosion-resistant stainless steel, nichrome (NiCr), and ceramic coating technology.

Important Aspects

Premium Materials
Operating at temperatures up to 1200°C, high resistivity and oxidation resistance heating wire may be made of either nichrome (NiCr) or iron-chromium-aluminum (FeCrAl) alloy.
Magnesium oxide (MgO) powder coating helps guarantee thermal stability and avoids electrical leakage.
Housing resistant to corrosion and coffee acidity consists of ceramic-coated exterior or 304/316L stainless steel sheath.
Effective heating performance
Power range: 500 to 2000 watts (smart temperature control supported).
Thermal Efficiency: boiling time reduced by 95% energy conversion rate.
Heating speed: 3–5 minutes (e.g., 1500W model boils 1L of water in 4 minutes) reach boiling point.
Smart Safety and Control
Dry-Boil Prevention: A built-in water-level sensor stops power should water be absent.
Adjustable automatic shutdown at 95℃–100℃.
PID Temperature Control (Premium Models) guarantees ±1℃ accuracy for best espresso extraction.
Options for tailoring
For worldwide use, AC 110V–240V/DC 12V–24V
Installation options include screw interface, flange mount, or immersion design.
Coating choices for anti-stick and anti-scaling are PTFE (Teflon) or nano-ceramic coatings.

アプリケーション

Coffee Makers for Households
For 300ml kettle, rapid heating for drip, capsule, or French press coffee would be 500W.

Commercial Coffee Machines
For espresso machines and fully automatic coffee makers, dual heating systems could be found—say, dual 1500W parallel heating.

Benefits above standard heating elements

Coffee acidity helps 316L stainless steel survive corrosion, therefore lengthening lifespan by 50%.
PID technology guarantees perfect espresso brewing temperature (90℃–96℃).
Spiral heating system cuts energy use by 20%; boiling quicker than conventional elements does.