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Vapes Unboxing
The preheating skills and time control before the use of e-cigarettes are crucial to improve the taste and extend the life of the equipment. The following details from the principle, skills, time control three aspects:
First, preheating principle and necessity
Central role
Activate the fume oil: Preheating makes the coil temperature rise evenly, avoiding direct inhalation of cold fume oil resulting in astringent taste.
Reduced dry burn: A protective film is formed on the coil surface after preheating, reducing the risk of dry burn when first inhaled.
Improve the taste: After preheating, the smoke is more dense, the essence ingredients are volatilized more fully, and the aroma is fuller.
Application scenario
New atomizing core: the first use should be fully preheated to avoid coil damage due to sudden high temperature.
Long time no use: After the device stands for more than 2 hours, it is recommended to preheat it 1-2 times before use.
Low temperature environment: In winter or air-conditioned rooms, preheating prevents condensation buildup.
Second, preheating skills
1. Basic operation method
Conventional preheating:
Press and hold the ignition key for 3-5 seconds (no inhalation), repeat 2-3 times, and observe whether the coil is evenly heated (can be judged by observing the atomization of the smoke oil).
Example: When using RDA (drop oil atomizer), you can first drop 2-3 drops of soot onto the coil, and then preheat it.
Stage preheating:
Low power preheat 1-2 times (such as 10W), and then adjust to the target power (such as 30W) to avoid coil sudden heat deformation.
2. Advanced skills
Temperature judgment:
Touch the nebulizer shell (non-high temperature area) with your finger. If it is warm, the preheating is complete.
Note: Do not touch the coil or fume tank!
Fume oil observation:
Observe the atomization speed of the smoke oil during preheating. If the smoke is too light or there is a burnt taste, adjust the preheating time or power.
3. Device adaptation
Host function utilization:
The host that supports temperature control (TC) mode can set the preheating temperature (such as 200 ° C) to accurately control the heating process.
Example: The DNA chip device supports the "preheating curve" function, which allows you to customize the preheating process.
Coil material difference:
Nickel wire/titanium wire: need strict temperature control, preheating time control in 2-3 seconds.
Stainless steel wire/Cantel wire: can be appropriately extended to 5 seconds, but need to avoid overheating.
Third, common problems and solutions
It still has a burnt taste after preheating
Cause: The coil does not absorb enough oil or the power is too high.
Solution: Extend the preheating time, reduce the power and re-preheat.
The smoke is thin after preheating
Cause: insufficient fume or coil blockage.
Solution: Add fume oil or clean atomizer.
The device overheats after preheating
Cause: The preheating time is too long or the battery is aging.
Solution: Shorten the preheating time, replace the battery or check the heat dissipation of the device.
Fourth, safety tips
Avoid continuous preheating: the single preheating interval should be more than 5 seconds to prevent coil overheating damage.
Keep away from combustible materials: Place the device on a fireproof surface when the surface temperature is high during preheating.
Do not touch by children: The device may be started by mistake during the preheating process, and must be placed out of reach of children.
Summary: Electronic cigarette preheating needs to be flexibly adjusted according to the equipment, environment and coil material, and after mastering the skills, it can not only improve the taste, but also extend the life of the equipment. It is recommended that beginners start with the "basic operation method" and gradually try to advance the skills to find the most suitable for their own preheating program.