8 Year Exporter 3d Atomizing Fireplace - Porous ceramic atomizing core – SEM Detail:
Product production steps
Advantages
The product is fired at 1050℃.No harmful ingredients remain and pass the FDA certification.
The product is vacuum sintered. No dust on the surface. No risk of inhalation into the lungs.
Ceramic strength up to 60N. Unbreakable and meet the assembly requirements.
Thick film printing circuit heats up fast and stable. Not easy to produce anxious burnt. Life is more than 350 puff.
Ceramic does not contain iron. It will not react with liquid such as smoke oil and will not change color when normal storage.
Ceramic and printed circuit are highly compatible. It can atomize more fully and taste better.
Application
Tech specs
Model No. | Porous ceramic atomizing core |
Aperture: | 28-32nm |
Porosity: | >55% |
Wicking rate: | >20mm/sec |
Ceramic strength: | >60N |
Temperature when heating: | 220-250℃ |
Working life: | >350 puff(Power:6w) |
Smoke oil consumption per puff | >6mg(Different data with different smoke bombs) |
Note: As products are constantly updated, please contact us for latest specifications.
Applicable Industry
Product detail pictures:
Related Product Guide:
We can constantly satisfy our respected customers with our good high quality, good price tag and good support due to we have been additional specialist and extra hard-working and do it in cost-effective way for 8 Year Exporter 3d Atomizing Fireplace - Porous ceramic atomizing core – SEM, The product will supply to all over the world, such as: UAE, Dominica, Philippines, "Good quality and reasonable price" are our business principles. If you are interested in our products or have any questions, make sure you feel free to contact us. We hope to establish cooperative relationships with you in the near future.
By Harriet from Sierra Leone - 2017.06.22 12:49
Hope that the company could stick to the enterprise spirit of "Quality, Efficiency, Innovation and Integrity", it will be better and better in the future.
By Karen from British - 2018.11.11 19:52