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Vapes Unboxing
The storage and protection of e-cigarettes in high-temperature environments should focus on controlling temperature, humidity and light to prevent oxidation of e-liquid, oil leakage and overheating of the battery. The following are the specific protective measures and principle explanations:
First, the three major hazards of high temperature to e-cigarettes
The e-liquid has deteriorated.
Phenomenon: Propylene glycol (PG) and vegetable glycerin (VG) accelerate oxidation at high temperatures, causing the e-liquid to become thinner, darker in color and produce an unpleasant odor.
Harm: The taste deteriorates and inhalation may irritate the respiratory tract.
Oil leakage risk
The reason is that the high temperature increases the internal pressure of the cartridge, causing the condensate to flow back into the airway and resulting in oil leakage.
Consequences: Corrosion of the main unit interface and shortened lifespan of the cartridges.
Battery overheating
Risk: When lithium-ion batteries operate continuously in an environment above 40℃, their lifespan will be shortened by 30%. In extreme cases, they may bulge or leak.
Second, core measures for high-temperature protection
1. Temperature control
Critical values: It is recommended that the storage temperature for electronic cigarette devices be ≤35℃ and the operating temperature be ≤40℃.
Protective methods:
Short-term storage: Use a combination of insulated bags and ice packs to keep the internal temperature below 30℃.
Long-term storage: Keep in the refrigerator's crisper drawer (not the freezer compartment), and seal the package to prevent condensation water from entering.
2. Anti-oil leakage design
Principle: At high temperatures, the internal pressure of the bomb increases and needs to be relieved through physical structure.
Measures:
Choose anti-oil leakage designed smoke bombs (such as ceramic cores and double-layer sealing rings).
When storing, keep the air inlet of the cartridge facing down to prevent the accumulation of condensate.
3. Battery protection
Risk point: High temperature accelerates battery aging and may cause a short circuit.
Protection plan:
Turn off the host screen display to reduce power consumption.
Use temperature control to protect the main unit (such as devices that support an 80W power limit).
Third, coping strategies for different high-temperature scenarios
Summer outdoor
Measures:
Store in the side pocket of the backpack and avoid direct sunlight.
Paired with a portable small fan, it accelerates the heat dissipation of the device.
High temperature inside the vehicle
Risk: The temperature inside the vehicle can reach over 60℃, seriously damaging the equipment.
Suggestion:
Take the e-cigarette with you when leaving the vehicle.
Use heat insulation pads or sun visors.
Industrial high-temperature environment
Scenes: factories, kitchens and other places.
Protection:
Store in a metal box with ventilation holes to lower the temperature.
Regularly inspect the equipment to prevent oil leakage and corrosion.
Fourth, practical tips for high-temperature protection
Pre-treatment of cigarette cartridges
Method: Before use, let the cartridge stand at room temperature for 30 minutes to balance the internal and external pressures.
Host heat dissipation optimization
Technique:
Avoid continuous suction of more than 5 pups, with a 3-second interval between each pup.
Use heat dissipation stickers or metal casing hosts.
Condensate treatment
Phenomenon: At high temperatures, the condensate flows back to the bottom of the cartridge.
Solution: Invert the cartridge for 30 seconds before use to drain the excess condensate.
Fifth, taboos for high-temperature protection
Freezing is prohibited.
Reason: Freezing can cause the e-liquid to crystallize and damage the main unit interface.
Avoid excessive temperature differences
Phenomenon: When high-temperature equipment suddenly enters a low-temperature environment, condensate water may enter the main unit.
Stay away from heat sources
Risk: Proximity to fire sources or heating devices may cause battery explosion.
Sixth, verification of high-temperature protection effect
Experimental data: In an environment of 40℃, the oil leakage rate of unprotected smoke bombs reached 60% after 24 hours, while the oil leakage rate of the equipment with a combination of insulated bags and ice packs was only 10%.
User feedback: For users who adopted the anti-oil leakage design of the smoke bombs, the complaint rate of oil leakage at high temperatures decreased by 40%.
Summary: When storing electronic cigarettes in high-temperature environments, the principles of "cooling down, preventing leakage, and protecting the battery" should be followed. It is recommended to give priority to choosing anti-oil leakage designed smoke cartridges, store them in insulated bags or metal boxes, and regularly check the condition of the equipment. If the equipment experiences problems such as oil leakage or battery bulging at high temperatures, it should be stopped from use immediately and after-sales service should be contacted.