Equipment Maintenance Manual: Cleaning Methods to Maintain Mesh Coil Performance Long-term

Equipment Maintenance Manual: Cleaning Methods to Maintain Mesh Coil Performance Long-term

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The mesh coil of FUMOT Vape 12000 is a key component for achieving excellent vaping effects. Maintaining its performance over the long term is crucial for obtaining a high-quality vaping experience. The following are some effective cleaning methods:

Daily simple cleaning

Surface wiping

A simple surface cleaning can be carried out after each use. Prepare a clean and dry cotton swab and gently wipe the surface of the mesh coil. During use, a small amount of e-liquid and condensate may remain on the surface of the coil. Timely wiping can prevent the accumulation of these substances. When wiping, be careful to apply gentle force to avoid damaging the coil structure. Slowly move the cotton swab from the edge of the coil towards the center to ensure that every corner is cleaned.

Air blowing and washing

Use a small air blower (similar to the air blower for cleaning camera lenses), and blow air onto the surface of the coil at a certain distance (about 5 to 10 centimeters). This can blow away the tiny impurities and dust adhering to the surface, keeping the coil surface clean. The airflow blown by air is relatively gentle and will not cause damage to the coil. At the same time, it can effectively remove some particles that are difficult to detect with the naked eye, maintaining the good working condition of the coil.

Deep cleaning

Soak and clean

When the atomization effect of the mesh coil is found to have declined, or after a period of use (it is recommended to use it every 2-3 weeks), a deep cleaning can be carried out. Prepare a clean small container and pour in an appropriate amount of special e-cigarette cleaning liquid (if not available, diluted white vinegar can also be used as a substitute, usually in a ratio of 1:5, that is, 1 part white vinegar to 5 parts water). Carefully disassemble the equipment (be sure to follow the instructions to avoid damaging other components), remove the part with the mesh coil, and gently soak it in the cleaning solution. The soaking time should not be too long; generally, 10 to 15 minutes is sufficient.

Rinse and dry

After soaking is completed, carefully remove the coil components with tweezers or other tools and rinse them under the faucet with warm water. The water flow should be adjusted to a small and stable state to avoid excessive impact force of the water flow damaging the coil. During the rinsing process, you can gently shake the components to ensure that the cleaning solution and residual impurities are thoroughly washed away. After rinsing, gently absorb the surface moisture with a clean paper towel or cloth, and then place the component in a well-ventilated and dry area to air dry naturally. Do not use heating devices such as hair dryers to dry, as high temperatures may cause damage to the coil.

Prevent carbon deposit cleaning

Control the suction frequency

Reasonable control of the suction frequency can effectively reduce the formation of carbon deposits. Avoid continuous suction for a long time. Keep an interval of 10 to 15 seconds between each suction to allow the coil sufficient time to dissipate heat and reduce the possibility of the e-liquid carbonizing due to high temperature. At the same time, try to avoid straining too hard. Excessive suction force may cause more e-liquid to adhere to the coil, increasing the risk of carbon deposits.

Regular inspection and maintenance

Regularly check the condition of the mesh coils to observe for any signs of carbon deposits. If a slight discoloration or a small amount of black substance is found on the surface of the coil, clean it in time. A dedicated cleaning brush (with soft bristles) can be used to gently brush the surface of the coil to remove the initial carbon deposits. Early treatment of carbon deposits can prevent their further accumulation and maintain the good performance of the coil.

 

Through the above methods such as daily simple cleaning, deep cleaning and carbon deposit prevention cleaning, the performance of the FUMOT Vape 12000 mesh coil can be effectively maintained for a long time, ensuring that the equipment can always provide a stable and high-quality atomization experience.

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