Product Name: Ceramic atomization core column - electronic cigarette atomizer oil control flow accessories

Ceramic material: Al203: 95%, SiO2: 2.1%, CaCO3: 2.1%, others: 0.8%

Product model: YCB-TC-BY 20260118048

Packaging size: 1*4*1.2cm

Total weight: 4 grams

Chemical corrosion resistance: Aluminum oxide ceramics have extremely stable chemical properties
and are resistant to e-liquid and solvent corrosion. They will not dissolve or corrode various
e-liquid components after long-term contact, and will not react with e-liquid to produce harmful
substances, ensuring a pure and odorless flavor of e-liquid.
High temperature stability: Ceramic materials have excellent high temperature resistance and can
withstand the high temperature environment during the operation of the atomization core. There
will be no deformation,cracking,softening,or release of harmful substances at high temperatures,
making them suitable for high power atomization scenarios and safe and reliable to use.
Sealing and Leak Prevention: The outer wall of the ceramic column is processed with precision
dimensions, and has a high degree of adhesion with the inner wall of the atomization chamber and
the atomization core. It can effectively block the leakage of e-liquid, greatly reducing the
probability of atomizer oil leakage, seepage, and liquid leakage, and providing a cleaner user
experience.           
Anti scaling and easy cleaning: The ceramic surface is dense and pore free, making it difficult
to adhere to residual e-liquid, carbon deposits, and impurities. It is not easy to scale and
block the oil guide hole during daily use. It is easy to maintain and can be directly soaked in
alcohol or rinsed with water. After cleaning, it does not affect the oil guide and sealing
performance.
Stability of oil guiding and flow control: The oil guiding hole is processed with high-precision
mold opening, with uniform and consistent aperture. The oil guiding flow rate is stable and
controllable,which can achieve uniform transportation of e-liquid,avoid oil explosion and leakage
caused by too fast oil guiding, or dry burning of the core caused by too slow oil guiding, and
ensure stable atomization taste.