Product Name: Circular MCH heating element set - Ceramic - Portable device specific heating element

Ceramic material: alumina: 96%, silica: 0.6%, strontium carbonate: 1.0%, kaolin: 1.5%, others: 0.9%

Product model: YCB-TC-FR 2026041306

Ceramic plate thickness: 1mm

Burning temperature: 1580 degrees Celsius

Thermal conductivity: 0.4Cal. Cm. S ° C

Volume resistivity: 1013 Ω Cm

Hardness:>1250HV5

Surface temperature: 500 ℃ -600 ℃

Lead: 0.5mm alloy nickel wire

Sleeve: Teflon

Heating material: tungsten

Resistance: 4.8Ω-4.9Ω

Packaging size: 4.5*9*11.5cm

Total weight: 10 grams

Practicality: The integrated design of the circular surface ensures even heating without dead corners or
local overheating issues.It is perfectly suitable for various installation scenarios with circular cavities
and flat surfaces, and has high installation flexibility.           
Energy saving: The thermal conversion efficiency is as high as 98%,with fast heating and low losses,making
it more energy-efficient compared to traditional heating components. 
Structural stability: Ceramic materials have high mechanical strength,impact resistance,and are not easily
deformed. Thin structures can also adapt to working environments with vibration and sudden temperature
changes. 
High temperature resistance: Made of high-purity alumina ceramic substrate, it can work stably under high
temperature conditions for a long time, with strong thermal shock resistance and is not easily cracked or
damaged due to sudden temperature changes.
Insulation safety: Ceramic substrates have excellent insulation properties,high breakdown voltage,and good
anti leakage and anti breakdown effects. Even under high temperature conditions, they can maintain stable
insulation performance and are safe and reliable to use.
Durability: high temperature resistance, oxidation resistance,acid and alkali corrosion resistance,minimal
power attenuation under long-term high temperature operation,far exceeding the service life of traditional
resistance wire heating elements, suitable for high-frequency start stop usage scenarios.
"Fast heating efficiency:Adopting high-temperature co firing MCH technology,it heats up quickly and consumes 
"
less energy when powered on in seconds. It is suitable for the power supply needs of low-voltage portable
devices and has significant energy-saving effects.