Master These Tips to Get Started with Dripping Atomizers
The large atomization space and strong coil compatibility of dripping atomizers are among the top levels in all atomizer products. For enthusiasts of big clouds, dripping atomizers are definitely the most favored equipment. However, for novice users, there may be difficulties in making the atomization core. What truly troubles new users is how to create a high-level atomization core that fully unleashes the performance of the dripping atomizer.
Select coil specifications and types based on the atomizer structure
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Generally speaking, the factors that most affect the coil compatibility of an atomizer include the atomizer space, electrode post openings, and airflow. Currently, common big cloud dripping atomizers can well accommodate various fancy coils, while earlier 22MM diameter dripping atomizers could only accommodate some fancy coils. If the atomizer allows for unrestricted lung hits, it is recommended to use fancy coils or heating wires of at least 24G.
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Try to choose high-performance coils, but also be "realistic"
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The most commonly used coil materials on the market are NI80 or NI90, which indeed have a stronger burst than A1 heating wire and are more suitable for use in big cloud dripping atomizers. However, when choosing some fancy coils or competition-grade heating wires, one must fully consider the atomizer's heat dissipation capability and whether the device can handle low-resistance coils.
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Control the length of the legs to ensure their integrity
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For dual-coil setups, ensuring that both coils have legs of equal length allows them to receive equal voltage output, resulting in the same heating speed. Fancy coils require special attention; when cutting the legs, be careful not to damage their integrity, as a small defect in a fine heating wire can significantly affect the thermal conductivity of the entire coil.
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Burning the wire is not just for aesthetics, but to ensure even heating
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Regardless of the type of atomizer, the process of burning the wire is essential. This process allows the surface of the coil to oxidize, and its main function is to ensure that the coil heats evenly. Especially for dual-coil setups, both coils must heat evenly at the same time to fully utilize the true performance of dual coils. For novice users, mastering the technique of burning the wire requires patience and practice.
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More cotton is not necessarily better; fluffy cotton performs better
Many novice users mistakenly believe that more cotton can store more e-liquid, increasing the number of puffs after each drip. However, if the cotton is too dense, it will reduce its ability to draw e-liquid and absorb it, while also blocking airflow and occupying atomization space. Adequate and fluffy cotton is essential for excellent e-liquid absorption and conduction.
Dripping atomizer structures are continuously evolving towards simplification, and the emergence of fancy coils further reduces the difficulty for users in making atomization cores. Even novice players can easily create atomization cores for dripping atomizers. As long as the techniques for making atomization cores are mastered, high-level atomization cores only require attention to detail, but they can deliver better vapor output and flavor performance.
