Items Specs
Capacity:0.5ml/1.0ml optionsDiameter10.6mm
Feature:Full Ceramic & Lead Free
Heating: ElementCeramic Core
Resistance:1.4 ohm
Aperture:2.5mm*1.0mm*2
Threading Standard: 510 Thread
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FC1 Full Ceramic Cartridge Wholesale
This FC1 ceramic cartridge is better for those seeking a lead-free option. It features:
- A full ceramic center post that has passed heavy metal testing
- Two oval intake holes for thicker oils
- A microporous ceramic coil for pure flavor and large vapor production
The cartridge also offers child resistance:
- The mouthpiece has a lock instead of a screw-on cap
- You can close it with your hand – no tool needed, unlike some cartridges
- Once closed, the mouthpiece cannot be reopened
This makes it ideal for CBD/THC oil-filled vape pens. The FC1 ceramic cartridge comes in 2 oval shape oil holes,
Compared to the CCELL M3 push-top cartridge, closing this cartridge is easier since no press tool is required – you simply press the top by hand.
Overall, as a disposable design, this ceramic cartridge is the best lead-free and child-resistant option for CBD/THC oil vaping.
Advantages&Features of FC1 full ceramic cartridge:
- Full ceramic design, lead free vape cartridge
- Two Oval shape intake holes
- Disposable design with child-proof function
- Pure ceramic coil
- Ceramic vape cartridge
Technology Specs
- Dimensions: 10.6mm*62mm (1.0ml) / 10.6mm*56.6mm (0.5ml)
- Capacity: 0.5ml/1.0ml
- Aperture: 2.5mm*1.0mm*2 (Oval shape)
- Resistance: 1.4 ohm
Working Principle of All-Ceramic Core Atomizer Cartridge
The working principle of an all-ceramic core atomizer cartridge is primarily based on the characteristics of the ceramic core, achieving vaporization of e-liquid through the synergistic action of the heating component and the liquid-guiding component. The detailed working principle is as follows:
- Heating Component
The heating component of the ceramic core has evolved from metal wires to metal thin-film/thick-film printing technology. Thick-film printing technology is used to print the resistance layer onto the ceramic substrate, enabling rapid and uniform heating
.
- Liquid-Guiding Component
The ceramic core contains hundreds of millions of micro-nanopores (with an average pore diameter approximately one-fifth that of a human hair). Through surface tension and capillary action, e-liquid is uniformly adsorbed and transported to the heating zone
.
- Vaporization Process
When electric current passes through the heating component, the ceramic core heats up rapidly. The e-liquid adsorbed in the micro-pores is uniformly heated and converted into aerosol, forming inhalable vapor.
- Core Advantages
Precise Temperature Control: Compared to cotton cores, ceramic cores heat up faster with more uniform temperature distribution, reducing the generation of harmful substances.
Anti-Burnout: The ceramic material is heat-resistant, eliminating the common dry-burn issue associated with cotton cores.
Stable Liquid Delivery: The porous structure ensures continuous and stable e-liquid transport to the heating zone.
















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