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Carbon Nanotube Technology

Carbon nanotubes (CNTs) are a typical nanomaterial known for their high strength and toughness. Their theoretical tensile strength is estimated to be up to 5 TPa, approximately 100 times that of steel, while their weight density is only one-sixth of steel.

Using carbon nanotubes as a composite reinforcement for ultrafiltration membranes significantly enhances the tensile strength and elastic strain capacity of the membranes, ensuring stability. Additionally, their properties, including biocompatibility, anti-pollution performance, and superior mechanical characteristics, offer significant advantages, greatly extending the service life of ultrafiltration membranes.

Ultra Filtration Membrane Technology

Ultra filtration membrane technology is a kind of ultra filtration membrane and the membrane pore size related to the size of the screening process, driven by the pressure difference on both sides of the membrane, ultra filtration membrane as the filter medium, under certain pressure, when the original fluid flow through the membrane surface, ultra filtration membrane surface with many tiny pores allow only water and small molecules through and become through the liquid, and concentrate in the volume is greater than the membrane surface micro aperture that substance is trapped At the inlet side of the membrane, it becomes concentrated liquid, thus achieving the purpose of purification, separation and concentration of the original liquid.

Ultra filtration membrane separation technology, as one of the 21st century high and new technologies, has become a standard of separation process with its obvious characteristics of normal temperature, low pressure operation, no phase change and low energy consumption.

It has been widely used in Europe and The United States and other developed countries and regions, and has become the mainstream technology of deep purification of drinking water. Ultra filtration membrane technology has replaced the traditional separation technology to a large extent to save energy, reduce consumption and improve separation quality.

WHY CHOOSE IMRITA?

Filtration Principle of Ultra Filtration Membrane

In the presence of pressure difference of the ultra filtration membrane on the both sides, when the water flow through the membrane surface, ultra filtration membrane surface with many tiny pores (per meter long ultra filtration membrane silk pipe distribution about 6 billion 0.01 micron pores.

WHY CHOOSE IMRITA?

Municipal Tap Water

Allow only water molecules and small molecules by beneficial minerals and trace elements, and the volume is greater than the pore diameter of materials (including sediment, rust, colloid, suspended matter, and pathogenic bacteria and other harmful substances) are intercepted, so as to achieve the purification of tap water.

Two Types of Filter Elements of Central Water Filter

There are two main types of central water filters in the market, one of which has a filter element of ultrafiltration membrane and the other is activated carbon.

Ultrafiltraion Membrane

Ultrafiltration membrane belongs to the special physical screening principle, the surface is rich in more than 0.01 micropores, with more consistent precision, and effectively filter all kinds of substances greater than 0.01 microns.

Activated Carbon

Activated carbon has a gap inside, using the principle of physical adsorption + chemical adsorption, has a good adsorption effect on chlorine and all kinds of pollution.

Frequently asked questions

If you choose high-quality nano-antibacterial pipe or stainless steel pipe, do you not need to install a central water purifier?

No, the water flowing out of the antibacterial tube can not meet the standard of direct drinking water, and can not prevent the pathogenic bacteria in the water from entering the pipeline. And can not prevent the inner wall of the pipeline from yellow, black. The antibacterial pipe has a value in the marketing sense, but it doesn’t make sense when used. To keep the pipeline clean, sanitary and safe, installing a central water filter is the preferred way.

Should the central water filter be ultrafiltration membrane filter or activated carbon filter?

In summary, when applied to central water filter, the effect of ultrafiltration membrane is better than that of activated carbon, the service life of the filter is longer, and the comprehensive cost is lower, so recommended to select ultrafiltration central water filter. After many owners choose activated carbon central water filter, they find that they can not solve the problem of yellow and black pipes, nor can they cope with acute yellow and black water event.

What’s the principle of the ultrafitration membrane?

Ultrafiltration membrane is based on the principle of pure physical screening. Tap water enters the ultrafiltration membrane tube, and under the action of water pressure difference, the micropores only allow water molecules, beneficial minerals and trace elements to pass through, becoming purified water. And suspended matter, sediment, rust, algae, colloids, macromolecular organic matter, pathogenic bacteria, microorganisms and insect eggs and other harmful substances are trapped in the ultrafiltration membrane tube, and discharged when it flushing.