Kedi Active Oxygen & Negative ION Sanitary Pads:
Research by
several organizations have shown that most conventional sanitary pads
contains chemicals, which can increase the risk for pelvic inflammatory
disease (PID), cause major reproductive issues, birth defects, cancer
and immune issues.For instance, the World Health Organization research
showed that most gynaecological problems experienced by women are caused
by using inappropriate pads.
One of the ways to overcome the
problem is for women to consider feminine hygiene pads embeded with
negative ions. One of such sanitary pads is the one made by Kedi
Healthcare. It is known as Kedi Active Oxygen & Negative ION Pad. It
is 100% natural and can hamper replication of bacteria that may cause
infection of the vagina.
It is also a natural deodorant and the
negative ions eliminate anaerobic bacteria which is the major cause of
female genital inflammation.
It absorbs more than two times (x2) the capacity of the regular pads and it absorbs faster
Kedi Active Oxygen & Negative ION Sanitary Pads Contains 7 Protective and Hygenic Layers:
Layer
1: Soft cotton fast absorption surfaceLayer 2: Active Oxygen &
negative Ion with anti-bacteria functionLayer 3: Air-laid paper
wrappedLayer 4: Super Absorbent polymerLayer 5: Breathable layerLayer 6:
Adhesive layerLayer 7: Dust-proof
8 Functions of the KEDI Feminine
Hygiene Pads:
1. Enhance immunity: It preserve self-cleaning of the private part and
enhances immunity.
2. Reduce pressure: Eases pressure as it allows air circulation between
the private part and outside of the body.
3. Dispel bad odour: Eliminates unpleasant odor caused by bacteria on
the skin that break down protein into acids.
4. Release fatigue: Eliminates fatigue , relieves tension and increases
energy
5. Improve metabolism of the body cells.
6. Regulate the glands that produce hormone
7. Anti-bacteria: Does not allow bacteria to grow and help to prevent
cervical cancer, skin irritation, rashes, infection, itching and
irregular periods.
8. It's an Antiseptic and antibacterial.