Product Name: Hollow cylindrical MCH heating pipe sleeve - ceramic - atomizer heating element

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

Product model: YCB-TC-FR 2026041303

Ceramic plate thickness: 0.5mm

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: 1.5 Ω -3.5 Ω

Packaging size: 1.5*3*9.3cm

Total weight: 4 grams

Heating uniformity: Adopting a hollow sleeve cylindrical shape, it can achieve 360 ° full circumference
heating, synchronous and uniform heating of the inner and outer walls, without local cold and hot dead
corners. It has a high degree of fit with cylindrical workpieces and hollow cavities, perfectly adapting
to the uniform heating needs of wrapping and immersion. 
Space adaptability: The integrated micro cylindrical structure occupies minimal space and can be flexibly
embedded into various portable small devices, narrow chambers, and small-diameter pipelines to perfectly
adapt to micro heating scenarios with limited space. It is easy to install and has strong versatility.
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: the heating circuit is sintered and sealed inside the ceramic, which is isolated from the air
and is not easy to be oxidized. The power attenuation is small in long-term use, and the anti-aging
performance is excellent. The service life is far longer than that of traditional resistance heating
elements.
Fast heating efficiency:After being powered on,the heating speed is extremely fast,which can quickly reach
the target working temperature without the need for long preheating. The thermal response performance far
exceeds that of conventional PTC heating elements.