FAQ’s
Explain it as a jewelry/accessory product with built-in lights that connect to an app.
Bluetooth/app connection, LED control, charging, basic use.
Product, charging cable if included, safety insert, quick-start guide, packaging.
iPhone/Android versions, Bluetooth requirement, app store links when ready.
Say whether it uses Bluetooth only or needs internet for setup/app features.
Useful for buyers. Avoid exaggerated claims like “ultra bright” unless tested.
Answer honestly: sweat, water, heat, impact, charging limits.
Yes. State that it contains built-in rechargeable lithium batteries.
Can the batteries be removed or replaced?
Cable type, charger limits, normal charging time, what the light/app shows.
Give a range only after testing. Don’t guess.
Give a range only after testing. Don’t guess.
I would avoid recommending this unless you have tested heat, snagging, skin contact, and battery safety during extended wear.
This needs a serious answer: stop using it, do not charge it, keep away from flammable materials, contact support, do not mail it back unless instructed.
No. Tell users to recycle/dispose of it through proper electronics or lithium battery recycling channels.
Do not give a lazy “yes.” Better: “Bittunnel is designed for normal consumer use when used according to the instructions. Do not open, crush, puncture, burn, overheat, immerse, or charge if damaged.”
Critical. Because your product contains a button-style rechargeable cell, child-safety warnings matter. Your own compliance checklist flags finished-product button/coin-cell compliance, outside packaging warnings, and child-access prevention as major blockers.
Only say waterproof if tested to a specific rating. Otherwise say: “Do not swim, shower, or submerge it.”
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
No. Opening lithium battery products creates fire, burn, leakage, and short-circuit risk.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.
Say no to high heat and direct sun storage. Your battery docs support avoiding heat, fire, puncture, short circuit, crushing, immersion, and direct sunlight.