A tea ízű e-cigaretta frissítő ízt teremt

The method to create a refreshing taste for tea-flavored e-cigarettes

First, optimize the e-liquid formula

Selection of tea extract

The aroma components of different types of tea, such as green tea, oolong tea and white tea, vary significantly. Green tea extract is rich in catechins and linalool, which can provide a fresh herbal aroma. The nerol and jasmonide in oolong tea can enhance the floral layers. White tea has a relatively high amino acid content, which can enhance the sweet aftertaste. It is recommended to choose single or compound tea extracts based on the target taste and control the addition ratio between 5% and 15% to avoid excessive bitterness and astringency.

Auxiliary essence blending

Adding a trace amount of flavoring can make up for the deficiency of the original flavor of tea. For example, adding 0.5%-1% of limonene or geraniol can enhance the refreshing feeling; A small amount of benzyl acetate or benzyl alcohol can simulate the fragrance of flowers. If the sweet and smooth sensation is to be emphasized, 0.3%-0.8% of ethyl maltol can be added. The essence should work in synergy with the tea extract to avoid masking the main aroma of the tea.

Sweeteners and coolants are balanced

Sweeteners (such as sucralose and stevioside) can enhance the smoothness of the taste. It is recommended that the addition amount does not exceed 0.5%. Cooling agents (such as WS-23, WS-3) can enhance the cooling sensation, but excessive use can cause throat irritation. The recommended dosage is 0.1%-0.3%. The balance between sweetness and coolness needs to be found through multiple adjustments.

Second, compatibility of atomization equipment

Material and pore size of the atomization core

The oil conduction uniformity of the ceramic atomizing core is better than that of the cotton core, which can reduce the generation of burnt smell. The selection of pore size should match the viscosity of the e-liquid. For low-viscosity tea-flavored e-liquids, a pore size of 0.3-0.5mm is suitable, while for high-viscosity e-liquids, a pore size of 0.5-0.8mm is required to prevent the core from sticking.

Power and temperature control

It is recommended to set the power within the range of 10-15W and control the temperature at 200-220℃. Excessive power can destroy the aroma components of tea leaves, resulting in a bitter taste. If the power is too low, the atomization may not be sufficient and there may be residual odors.

Air flow regulation

Air flow directly affects the thickness and coolness of the smoke. A moderate air flow rate (about 2-3L/min) can make the smoke gentle and fully release the aroma. If a fresher taste is pursued, the flow rate can be appropriately increased to 3-4L/min, but it is necessary to pay attention to avoiding overly thin smoke.

Third, usage and storage skills

A szívási ritmus szabályozása

Slow and even inhalation (about 2-3 seconds per mouthful) can allow the smoke to fully contact the mouth and release more tea aroma. Rapid and forceful inhalation may cause the smoke to overheat and damage the aroma structure. It is recommended to have an interval of 5 to 10 seconds between each suction to prevent the atomization core from overheating due to continuous suction.

Storage conditions for e-liquid

Tea-flavored e-liquid should be stored in a cool place (15-25℃) away from light and in a sealed container to prevent the evaporation of aroma or oxidation caused by high temperatures. It is recommended to use it up within one month after opening to ensure the freshness of the taste.

Berendezések tisztítása és karbantartása

Regular cleaning of the atomizer (once a week) can prevent residual e-liquid from affecting the taste. When cleaning, the atomization core and flue can be rinsed with warm water, dried and then re-oiled. When not in use for a long time, the e-liquid should be emptied and the equipment thoroughly cleaned.

Fourth, taste optimization verification

Sensory evaluation method

5 to 10 testers can be invited to conduct blind tests and score from aspects such as aroma intensity, freshness, sweetness and smoothness, and aftertaste (1 to 10 points). By statistically analyzing the average score and variance, the influence of different formulas or parameters on the taste is analyzed.

Iterative improvement strategy

Based on the test results, gradually adjust the e-liquid formula or equipment parameters. For example, if the freshness is insufficient, the proportion of coolants can be increased or the air flow rate can be raised. If the sweetness and smoothness are insufficient, the amount of sweetener can be slightly adjusted. After each adjustment, retesting is required until the desired taste is achieved.

Through the comprehensive application of the above methods, the fresh taste of tea-flavored e-cigarettes can be effectively enhanced, meeting users’ demands for natural and healthy experiences.