UV Lamp For Water Purifier
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UV Lamp For Water Purifier

The SDE range has 8 models in the range and options to allow flexible installation, it is ideal for water tap, water disinfection system, etc.

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

WHY USE A UV WATER FILTER?

UV lamp for water purifier There are a whole lot of nasty contaminants beneath the “microorganism” umbrella. The term “micro-organism” or “microbe” refers to any living organism in your water. This includes bacteria, viruses, parasites, and cysts. Some commonly known microbial contaminants are; legionella, giardia, and E.coli. Ingesting these can cause problems ranging from violent gastrointestinal illness to pneumonia.

UV lamp for water purifier Disinfection is a huge part of any water treatment process. That’s because microbial contaminants like parasites, bacteria, and viruses are common and dangerous.

HOW DOES A UV WATER FILTER WORK?

People typically link ultraviolet light to tanning beds or even nail salons. Hark back to those elementary school days and remember that ultraviolet light comes from the sun. Its wavelengths are of a higher frequency than visible light. UV photons have higher energy, and can cause ionization in atoms. This means that UV radiation can break chemical bonds and damage cells so that they can’t reproduce.

Fun Fact: Many of us have experienced the cell-damaging power of UV rays. Sunburns are a result of exposure to UV light radiating from the sun. When that power is safely harnessed, as with our UV bulb, it kills 99.99% of microbial contaminants without the use of chemicals!

While UV light does come from the sun, there are a number of ways to generate it artificially. One of the most common ways to produce it is by passing an electric current through vaporized mercury or other gas. While this might sound high tech, the practice is so common that most people sit beneath a tube of the stuff everyday—fluorescent lights first produce UV rays before re-emitting visible light via their fluorescent coating.

It’s actually fairly simple. Water is pumped into a chamber which houses an ultraviolet bulb. The ultraviolet rays produced are fine-tuned to a frequency that best attacks microbes. These rays pierce the cell walls, damaging contaminants and their DNA so that they can’t reproduce. This renders dangerous contaminants, such as E.Coli and giardia, completely harmless.

The use of UV filtration can be found at all levels of water treatment. Not only is it known to be an effective way to eliminate the dangers of bacteria and viruses, it does so without tainting the water with harsh chemicals.