Here is a clean, reorganized English version of the original content, presented as a clear FAQ for better readability and flow:
1. Why does cotton wick produce a burnt taste?
The most common cause is instantaneous power output that is too high. Another frequent reason is that the cotton is packed too tightly inside the coil, which restricts e-liquid flow and causes the coil to dry-burn the cotton.
Solution: Lower the wattage or loosen the cotton wick slightly until oil flows smoothly.
2. How to avoid burnt taste when assembling an atomizer?
After installing the coil and cotton wick, do not close the tank immediately.
Drop a few drops of e-liquid directly onto the coil, then pulse-fire it a few times to test. If the cotton starts to darken or burn, readjust the tightness. Repeat until the setup performs cleanly at your normal power level. Only then should you fill and close the tank.
3. Is it difficult for beginners to build their own coils?
Not at all. Wrapping a heating coil is simply winding wire into loops — there’s no advanced skill required. Your first few attempts may be uneven or loose; that’s completely normal. With a little practice, you’ll quickly get the hang of it (and you’ll probably look back and smile at how simple it actually is).
4. Can carbon fiber heating wire be used in atomizers?
Yes, it can. There are many different materials and brands of wire available. We recommend choosing high cost-performance options. If you have specialty wire, first confirm that it produces no toxic substances when burned at high temperatures before using it.
5. Why does new cotton wick produce a strange smell when vaping?
New cotton contains natural oils and residues. When heated, these create an off-flavor.
Solutions:
- Before closing the tank, drip e-liquid onto the cotton and pulse-fire it several times until the smell disappears.
- For the cleanest result, boil the cotton in pure water first, then dry it completely.
- If you don’t want the extra step, simply vape a few puffs — the cotton taste usually vanishes quickly.
6. Is more coil wraps always better?
Absolutely not.
For the same wire type:
- Larger coil diameter = higher resistance
- More wraps = higher resistance Higher resistance produces less heat at the same wattage. Choose a resistance that matches your device’s power output and your preferred flavor. The goal is balance — not maximum wraps or minimum resistance.
7. What do the numbers 0.2, 0.25, 0.3, etc. mean?
These specifications describe the heating wire:
- Numbers under 1 mm = wire diameter (thickness of the raw wire)
- Numbers around 2–3 mm = coil inner diameter (how wide you wrap the loops)
Example reading format:
- A, 0.2, 3.0, 8, 1.5 Ω → Brand A, 0.2 mm diameter wire, wrapped at 3.0 mm inner diameter, 8 wraps, resulting resistance = 1.5 ohms.
- G, 0.32, 2.5, 7, 1.2 Ω → Brand G, 0.32 mm diameter wire, wrapped at 2.5 mm inner diameter, 7 wraps, resulting resistance = 1.2 ohms.
8. Does coil resistance significantly affect flavor?
Yes, it has a big impact.
Some e-liquids taste great at standard settings, while others only reveal their full flavor profile at higher wattage. There is no universal “best” resistance for every juice — it depends on the liquid, the device, and personal preference. Everyone’s setup is different, so experimentation is key. We may release specific flavor charts for popular e-liquids in the future to help guide users.