Explanation of Common Atomizer Terms for E-Cigarettes

 　　Last time, I briefly introduced the main component of e-cigarettes—the device. Today, I will explain the atomizer to our novice friends.

  　　An atomizer, as the name suggests, is the component that vaporizes e-liquid. The e-liquid is heated and evaporated in the atomizer, turning into vapor. The structure of the atomizer has a crucial impact on the flavor presented by the e-liquid. Newcomers often feel confused by the wide variety of atomizers available, with labels like RTA, RDA, RDTA, pre-made, DIY, flavor-focused, and big clouds, leaving them unsure of which to choose.   　　There are many types of atomizers, each with its own characteristics. Today, let's first look at the structure of an atomizer and the components it consists of. A complete atomizer includes: 510 connector, base, heating wire, wicking cotton, e-liquid chamber, atomization chamber, and drip tip.   　　510 Connector   　　The part that connects to the device, which can be screwed onto the top of the device. Currently, mainstream devices and atomizers use a standard 510 connector, ensuring compatibility.   　　Special note: When connecting to a mechanical mod, be sure to check if the positive screw at the bottom of the 510 connector is protruding. This is crucial for safety; if the positive screw is flush with the 510 connector, there is a risk of battery short-circuiting. Only a protruding positive screw, as shown in the image below, can be used with a mechanical mod.   　　Base   　　Integrated with the 510 connector, it includes a circular platform and electrode posts that connect to the heating wire. In DIY atomizers, the design of the electrode posts directly affects the ease of securing the heating wire and the space available for making coils, which is closely related to user experience. Therefore, designers are constantly innovating in the design of electrode posts, from the early dual-post dual-hole designs to triple-post dual-hole, quad-post quad-hole, clamp-style, and postless designs, enhancing the user experience. Various novel electrode post designs not only provide comfort in use but also showcase the designers' creativity.   　　Classic Kennedy atomizer, dual-post dual-hole dual-coil structure, being quite old, works well with thicker wires but is not very friendly to finer wires.   　　Top-fill dripping atomizer, quad-post quad-hole dual-coil structure, allows two heating wires to operate independently, making coil building simple and convenient.   　　Doggy GTA tank atomizer, clamp-style single-coil structure, the clamp style works well with finer wires, especially commonly used Clapton wires.   　　Postless structure, offering more space for coil building, with a large diameter locking structure compatible with various types of heating wires.   　　Heating Wire   　　Conducts electricity and heats to evaporate the e-liquid. Currently, the main materials for heating wires used in e-cigarettes are: iron alloy (A1), nickel alloy (NI80), titanium (Ti), and stainless steel (SS316). The most commonly used are A1 and NI80 materials. A1 is cheaper but has a higher resistance per unit length at the same diameter, heats up slower, and has a shorter lifespan, making it a budget-friendly choice. NI80 is more expensive than A1 but offers better performance, with lower resistance per unit length at the same diameter, heats up faster, and lasts longer. Big Pineapple recommends using NI80 heating wire. Other materials like titanium and stainless steel are mainly used in temperature control devices and are not mainstream, so I won't go into detail about them.   　　NI80 fancy heating wire, powerful burst, layered flavor of e-liquid, can last over a month with proper maintenance.   　　Wicking Cotton   　　Guides the e-liquid from the chamber to the heating wire. The wicking cotton used in e-cigarettes needs to have a fast wicking speed, good liquid retention, and no odor. For those who prefer budget-friendly options, you can use Muji organic cotton directly. For those pursuing quality, you can purchase e-cigarette-specific wicking cotton for better performance and experience.   　　E-cigarette-specific wicking cotton, organic cotton with no additives, longer fibers for smoother wicking.   　　Organic cotton, without a non-woven layer, unbleached, slightly shorter cotton fibers, with black being natural cotton seeds, does not affect usage.   　　E-liquid Chamber   　　The structure that stores e-liquid. Dripping atomizers do not have a dedicated e-liquid chamber; the base takes on part of the e-liquid storage function, but the storage capacity is limited, usually not exceeding 2ML. Tank atomizers have dedicated e-liquid chambers for storing e-liquid. The e-liquid is stored in the chamber and comes into contact with the wicking cotton through the wicking ports, which guides the e-liquid to the heating wire. The outer casing of the e-liquid chamber is usually made of transparent glass, allowing you to visually check the remaining e-liquid. The storage capacity of this type of chamber is generally 2-5ML.   　　Top-fill tank atomizer, equipped with a fat chamber to increase storage capacity.   　　The atomization chamber of tank atomizers is generally located inside the e-liquid chamber.   　　Today, I will briefly introduce the structure of the atomizer to everyone. In the next issue, I will discuss the characteristics of various types of atomizers, so stay tuned. #p#分页标题#e#