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Ceramic Technology


Functions

| Environmental - Saving

4/6L DUE FLUSH

4L or 6L, perfect water conservation performance & high efficiency with less water consumption.

3.5/5L DUE FLUSH

Perfect water conservation performance & high efficiency with less water consumption.

3.5L SINGLE FLUSH

Perfect water conservation performance & high efficiency with less water consumption.

PP SEAR COVER

Use PP material, strong, wear-resisting, resistance to yellowing, anti-corrosion, stable performance.

UF SEAR COVER

UF material cover, ceramic texture, high hardness, high glossiness, wear resisting, resistance to yellowing, not easy fade, anti-corrosion, environmental friendly.

ENVIRONMENTAL FRIENDLY & WATER SAVING

Hulda has been committed to research the product that environmental friendly and energy-saving. Based on the strong R&D capacity that postdoctoral centre supported, it has developed 3.5L/5L super water-saving products successfully.

| Healthy - Cleaning

SMOOTH TECHNIQUE

Apart from the powerful flushing fittings, the products of the Hulda use a bigger blow off trap with a diameter from 43mm-50mm and with all inner surface glazed. The bigger blow-off trap provides a more powerful flushing efficiency. It has been tested that all these designs can guarantee the user to emptying all the faces once a flush, which could give you a wonderful using experience.

SOFT-CLOSE SEAT COVER

Using a silent soft close toilet seat cover could lower the noise. Besides, the soft close seat cover could protect the user from hurting.

NANO SELF-CLEANING GLAZE

The nano self-cleaning glaze contains a slow-releasing Antimicrobial agent, which contains massive silver compounds. Those Antimicrobial agents lasted long and it could prevent the toilet from breeding bacteria. It has been tested by the Industrial Environmental Monitoring Department of the Research Institute of China Building Materials that the nano self-cleaning glaze of Hulda could reduce the number of the Staphylococcus Aureus by more than 99.5% and reduce the number of the Escherichia Coli by more than 95.92%.