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Material of e-cigarette mouthpieces

The choice of material for e-cigarette mouthparts directly affects user experience, health and safety, and the durability of the device. The following analysis is conducted from four aspects: material classification, characteristic comparison, potential risks, and selection suggestions: First, classification of common cigarette tip materials Plastic category Polycarbonate (PC) : It has high transparency and strong

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Replacement cycle of the electronic smoke core

The replacement cycle of an electronic e-liquid core is usually around 7 days to half a month. However, the actual cycle is influenced by multiple factors such as usage frequency, type of e-liquid, and power Settings. It needs to be dynamically adjusted in combination with personal habits and the condition of the equipment. The following

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Specifications of electronic cigarette chargers

The specifications of e-cigarette chargers vary by brand and model. The following are some common specification parameters and precautions: First, common specification parameters Input voltage: Usually 100V-240V, adaptable to the voltage standards of different countries and regions. Output voltage: The common output voltage is 5V. Some chargers may support adjustable output voltages, such as 4.20-4.50V.

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The method for replacing electronic cigarette batteries

The method for replacing e-cigarette batteries should be combined with the specific type of device. The following are the general steps and precautions for replacing common e-cigarette batteries: First, the replacement steps Prepare the following tools: a small screwdriver, spare battery (make sure the model matches), battery cover (if the battery cover is damaged), hair

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Selection of e-cigarette cartridge capacity

The selection of the capacity of an e-cigarette cartridge should be comprehensively evaluated based on three major dimensions: usage scenarios, personal habits, and product features. The following analysis is conducted from the perspectives of capacity classification, adaptation scenarios, and potential risks to help users make rational decisions. First, classification of cartridges capacity and typical specifications

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Advantages of ceramic atomization technology for electronic cigarettes

The ceramic atomization technology of electronic cigarettes has multiple advantages: High-temperature resistance: Ceramic material has a high high-temperature resistance and is not easily damaged under long-term high-temperature operation, ensuring the stability and durability of electronic cigarettes. Even if there is a sudden high temperature phenomenon, the cotton-burning phenomenon of the traditional cotton-wrapping process will not

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Application of Negative Pressure Principle in Electronic cigarettes

The application of the negative pressure principle of electronic cigarettes is mainly reflected in its working mechanism and anti-oil leakage design. The following is a specific explanation: First, the application of negative pressure in the working mechanism Trigger mechanism The pneumatic sensor switch (such as the microphone sensor) built into the e-cigarette triggers operation by

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The atomization process of e-cigarette e-liquid

The atomization process of e-liquid mainly involves the following key steps: E-liquid storage and ingredients: E-liquid is stored in the e-liquid compartment of e-cigarettes. Its main components include propylene glycol, vegetable glycerin, nicotine and various fragrances. Propylene glycol helps dissolve the flavorings and provides a throwling sensation. Plant glycerin is responsible for generating thick vapor.

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Restrictions on the use of e-cigarettes around schools

The restrictions on the use of e-cigarettes around schools are mainly based on the provisions of laws and regulations regarding the protection of minors and the layout of sales outlets. The specific restrictions are as follows: First, it is prohibited to set up electronic cigarette sales outlets around schools Distance limitation Within a certain range

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