FEELM Press Release: The Hidden Secrets of Ceramic Atomization Technology - Vaping360

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Note: This is a sponsored press release prepared by FEELM Tech. The views and opinions expressed in this article are only those of the author and do not necessarily reflect the views and opinions of Vaping360.

Atomization is the process of breaking a large amount of liquid into droplets, which is very common in daily life. Atomizing devices such as humidifiers, facial steamers, sprayers, and medical atomizers are popular practical tools that can provide great help.

Atomization technology changes with the development of technology. High-pressure gas atomization, ultrasonic atomization, microwave heating and resistance heating are new technologies that are widely used. The core of atomization is the coil. As for materials, today's ceramics have developed into an important part of high-quality coils. What are the advantages of ceramics over other materials? How does the ceramic coil work? We will explore the hidden secrets of ceramic coils.

Ceramic is not the only material used in coil design. Glass fiber, organic cotton, metal mesh and other materials have been widely used. The ceramic material used in the coil is different from the ceramic material on our dining table. It has designed a porous microstructure with a special composition.

This is a photograph of the FEELM ceramic coil magnified thousands of times. As you can see, there are millions of micrometer-sized holes in the ceramic cube. The key components of the electronic atomizer are composed of a porous ceramic substrate and a thin metal film that is uniformly deposited and firmly attached to the top.

The raw materials used in FEELM coils are processed minerals from nature. After a special molding, drying and high-temperature sintering process, interconnected micropores will be formed inside. The average pore size is about one-fifth the width of a human hair.

These micropores play a vital role in conducting and locking the e-liquid inside the substrate during the opening and closing process of vaporization. Due to surface tension and capillary action, e-liquid can penetrate through the substrate and be adsorbed on the surface.

Porous ceramics have strong absorption and biocompatibility, similar to activated carbon widely used in many household appliances, such as water filters, refrigerator deodorants, facial masks, toothpaste, etc.

Compared with other materials such as fiber and cotton, the physical structure, material characteristics and industrial design of the FEELM coil are special. These combinations help to raise the temperature faster and distribute the temperature evenly on the surface of the substrate. FEELM can perform precise temperature control, which can greatly reduce the amount of aldehydes and ketones produced during the vaporization process.

The FEELM coil is composed of a ceramic substrate and a layer of metal film. The ceramic is sintered at high temperature and formed into a bowl shape. The metal film is printed on the surface of the substrate in an "S shape" to provide effective and uniform heating, similar to the way the stove heats the pot during cooking. The atomizer evaporates the e-liquid into vapor while being heated by the metal film at a precise temperature.

Another advantage of FEELM is that uniform heating can effectively eliminate most of the carbonation and reduce the burning smell problem that has plagued the entire industry for a long time.

Nebulization technology has long been used in medical applications, such as oral inhaled drugs for the treatment of seasonal asthma. The size of particles produced in conventional atomization may vary greatly. Among them, particles smaller than 2.5 μm can be easily deposited in the human respiratory tract and oral cavity, and particles smaller than 1 μm can be absorbed by the lungs. The aerosol particles produced by the FEELM ceramic coil are less than 1μm, which can better absorb the lungs, have a stronger flavor and higher satisfaction.

All in all, electronic atomizers are not the only application for ceramic coils. With more basic research and development of the next generation of advanced atomization technology, more product applications of ceramic atomizers are expected to appear and soon become a part of our daily lives!

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