UV Water
UV Water
UV Water
UV Water
UV Water

UV Water

SDS UV range is mainly for commercial use which is perfect for commercial use, such as swimming pool, hotel, school etc. it comes with a stand which can be wall mounted.

REQUIREMENT
* Maximum operating pressure: 8bar (116 psi)
* Ambient water temperature: 2 - 40 ℃ (36 - 104 ℉)
* Iron < 0.3ppm (0.3 mg / L)
* Hardness < 7gpg (120 mg / L)
* Turbidity < 1 NTU
* UV transmittance > 75%

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Product Introduction

UV Water GERM-KILLING LIGHT TARGETS THE DNA & RNA OF MICROBES

DNA & RNA is the genetic material that makes up all living organisms, controlling their growth, development, functioning and reproduction. UV light produces electromagnetic energy that can destroy the ability of microorganisms to reproduce and cause inactivation of microbes by causing mutations and/or cell death.

UV light produces electromagnetic energy that can destroy the ability of microorganisms to reproduce and by causing photo-chemical reactions in nucleic acids (DNA & RNA). The ultraviolet energy triggers the formation of specific thymine or cytosine dimers in DNA and uracil dimers in RNA, which causes inactivation of microbes by causing mutations and/or cell death and failure to reproduce.

BROAD SPECTRUM OF UV Water UV LIGHT OPTIMIZES EFFECTS

Violet Defense’s technology represents a significant breakthrough in germicidal protection for the world and is protected by an extensive US and international Patent Portfolio. Products powered by Violet Defense technology use a powerful, broad-spectrum light, including germicidal UV-C, UV-B, UV-A, and violet blue that optimize their germ-killing efficiency.

UV-C (200-280 nm) is most traditionally referred to as germicidal UV with ability to kill bacteria, viruses, mold, and fungi.

While UV-C is most traditionally referred to as germicidal UV, UV-B wavelengths have also demonstrated effectiveness against certain bacteria.

UV-A (320-400 nm) and UV-B (280-320nm) light causes oxidation of proteins and lipids causing cell death.

Broad band UV lamps have also been shown to inhibit photo-reactivation, the process that can result in self-repair of damaged microbes.