Do you suffer from dry, eczema or itchy skin?

Is your hair dry, frizzy, brittle, or straw-like?

Are your shampoos and soaps not lathering well?

Do you notice hard water buildup inside your shower head?

  • Free Chlorine

    Overall impact ★★★★★
    Journal of Dermatological Science (2004): Residual chlorine can oxidize lipids in the skin's stratum corneum, leading to a decrease in barrier function and increased transepidermal water loss.

    Hair Research and Therapy (2015): Residual chlorine at 5–10 ppm can oxidize keratin structures within 15 minutes, significantly reducing hair elasticity.

  • Chloramine

    Overall impact ★★★★
    Environmental Health Perspectives (2010): Long-term exposure to chloramine-containing swimming pools significantly increases the risk of skin allergies and respiratory problems.

    British Journal of Dermatology (2012): In some individuals (especially those with sensitive skin), chloramine skin reactions are more severe than free chlorine because the molecules are stable and can penetrate the epidermis.

  • Hard Water

    Overall impact ★★
    International Journal of Cosmetic Science (2017): Hard water itself doesn't directly damage skin cells, but it can react with toiletries to form soap scum, reducing cleansing effectiveness.

    Journal of Investigative Dermatology (2016): Hard water causes the skin's pH to become alkaline. Long-term use can mildly aggravate dryness or eczema, but its effect is less pronounced than that of chlorine-based oxidants.

  • Chlorine Filter

    Removes 100% of residual chlorine

    Removes 99% of chloramines

    Negligible water pressure drop

    Height 9.4cm/3.7in

    Width 5.8cm/2.3in

  • Shower with Water Filter

    Removes 100% of residual chlorine

    Removes 99% of chloramines

    Negligible water pressure drop

    Height 23cm/9in

  • Chlorine Filter & Softener

    Removes 100% of residual chlorine

    Removes 99% of chloramines

    Chelates water hardness and does not produce scale

    Significantly improves foam and feel

    Height 16cm/6.3in

  • Shower Water Softener

    Reduce water hardness by 90%

    Thoroughly remove Ca²⁺ / Mg²⁺ ions in water

    Height 35cm/13.8in

    Width 23cm/9in

Why Choose Us

Real Chlorine & Chloramine Removal – Not Just Claims

Most “filtered shower heads” only remove a small part of chlorine.
Our filter uses 100g of premium calcium sulfite + 50g of Vitamin C, proven to remove 99% of chlorine and chloramine in real shower conditions — giving your skin and hair immediate comfort and relief.

Softer Water = Healthier Skin & Better Foam

Only our advanced formula combines Calcium Sulfite + Vitamin C + FOF polymer anti-scale technology, reducing water hardness and improving shampoo foaming — without heavy filters or water pressure loss.

True Ion-Exchange Softening – 1.5kg Resin Power

Our 1.5kg cation resin filter truly removes calcium and magnesium ions — not just chelates them with FOF.
Get real soft water like premium hotel showers, with smoother hair, easier rinsing, and zero white scale.

Engineered for no pressure drop – Easy, Powerful, 12 month Long-lasting

Designed for 6L/min flow rate, Almost no pressure drop, and up to 12 months of family use.
Quick installation, no pressure drop, no leaks — just better water, every day.

Chlorine and chloramine removal test

A container with a diameter of 4cm/1.58in and a height of 6cm/2.36in was used. The following were added separately: calcium sulfite, KDF, vitamin C, ordinary activated carbon, and manganese dioxide-modified activated carbon.
Tap water (1PPM each for residual chlorine and chloramine) was passed through the container at a rate of 6L/min at 45℃.
The removal rates of residual chlorine and chloramine were tested.

The water stays in the packed bed for an average of ≈ 0.5 seconds (about half a second).

  • Vitamin C sustained-release capsules

    Mechanism: Rapid chemical reduction in solution (very fast kinetics)
    Free Cl removal rate: ≈ 95–99%
    Chloramine removal rate: ≈ 60–80%

  • Calcium sulfite balls

    Mechanism: Solid-phase reduction
    Free Cl removal rate: ≈ 45–60%
    Chloramine removal rate: ≈ 0–10%

  • KDF-55 particles

    Mechanism: Surface redox catalysis
    Free Cl removal rate: ≈ 15–40%
    Chloramine removal rate: ≈ 0–10%

  • Unmodified activated carbon

    Mechanism: Adsorption
    Free Cl removal rate: ≈ 5–25%
    Chloramine removal rate: ≈ 0–8% (little to no effect with short contact times)

  • MnO₂-impregnated catalytic carbon

    Mechanism: Catalytic decomposition / surface reaction
    Free Cl removal rate: ≈ 15–45%
    Chloramine removal rate: ≈ 10–35%

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