Negative ion module is a device that can generat< £✘e negative ions to improve air quality a↕≠¥nd eliminate odors. The following is th₽<e working principle a÷>εnd related applications of negat₽$₽ive ion modules:
working principle:
Generation of negative ions≥£Ωφ: Ion generators generate negati>'♠ve ions through physical or &£chemical methods. This usually♥≤∞γ involves using high-voltage diodes, capaci☆£×tor rectification and filtering to rai♣&↕ se low voltage to DC negative high voltage♦λ &, and then using tip discharge to gener≠≤ate high corona, thereby generating negati ↔♥"ve ions.
Transport of negative ions: The g≠↕ δenerated negative ions are transported t÷™♠×o indoor air through elec <tric fields, wind fields, or ∞β♥so-called ion winds. This step is a key part o☆f achieving purificati→≠on of pollutants in the air.
Release of negative ions: After combining with ® ≤particulate matter or pollutants in φthe air, negative ions can be released thro↕∑≥ugh sedimentation or captured by f¶₩↓ilters, achieving the goal of purifying β♠←the air.
Related applications:
Air purification: Negative ion mod✔≈÷ules are mainly used for air purification. The÷¶y can adsorb and decoγ§'mpose bacteria, viruses, smoke, and other' ♥♣ harmful substances in the air, improve i×& ndoor air quality, and act as ozone generato≠λ•∏rs.
Smoke and dust removal: Negative ions∞♥≠₹ can effectively eliminate&'$∏ smoke and dust, making the air fresher≈←β.
Strengthening the moisture retention of hair:¶♦ε Negative ion generators can ↑also be used in the ↔♦×™field of beauty, such as≤γ× enhancing the moisture retention of hair$♣↓™, making it softer and smoother.
In summary, negative ion modul€δes effectively improve indoor air quality by gene• rating, transmitting, and releasing ne ∞ ©gative ions, and have a wide range of ₩$applications in daily l≤"©ife.
