The Mites Removal Function of Washing Machines
Summer in Boise and its surrounding areas like Meridian, Nampa, and Caldwell can be a delightful time for relaxation and enjoyment. At Appliances 4 Less Boise, we believe your home appliances can play a significant role in simplifying your summer activities. Here’s how you can leverage these tools to enhance your summer experience, even with appliances that are open box, scratch, and dented.
In daily life, mites are like hidden “health assassins,” silently lurking in corners such as sheets and sofas, feeding on human skin flakes, causing skin itching, allergies, and many other problems, seriously threatening the health of the entire family. With technological development, the washing machine‘s mite-removing function was born accordingly. It is like a loyal guard, relying on various advanced technologies to penetrate deep into fiber gaps and launch a full-scale siege against mites.
(1)、High-temperature miter removal
1. principles
When the washing machine starts the high-temperature process, the temperature of the water in the cylinder rapidly rises to more than 60°C, which is the moment of the mites‘ doom. From the scientific principle, proteins in mites‘ bodies undergo irreversible coagulation degeneration for 10 minutes in a 55°C environment, and when the temperature exceeds 60°C, it only takes 2-3 minutes for mites to die completely. This physical killing method is like building a high-temperature purgatory for mites. Whether it‘s the dust mites hidden deep in the pillow core, or the mites attached to the folds of the curtains, it‘s difficult to escape the judgment of the high-temperature water flow.
2. characteristics
The unique advantages of high-temperature procedures are significant. Experimental data show that high-temperature washing above 70°C can achieve a miter removal rate of more than 99% on cotton bedding, and does not require the addition of any chemical reagents, which is safe and environmentally friendly. However, delicate fabrics such as wool and silk need to avoid high-temperature modes, otherwise they may be damaged by high temperatures.
(2)、Steam Mites Removal
Along with the pursuit of efficient miter removal, people also yearned for a gentler, more comprehensive way of cleaning, and steam miter removal technology was born accordingly.
1. principles
As fine steam rises from the cylinder, a gentle revolution against mites quietly unfolds. Steam molecules with a diameter of only 0.3 nanometers can easily penetrate a 25-centimeter-thick mattress, sending humid hot air over 60°C into the fibers‘ gaps. This high-temperature, high-humidity environment is like putting a double yoke on mites. The high temperature destroys the mites‘ protein structure, while the humidity causes the moisture on the mites‘ body surface to evaporate out of balance. Under this double force, mites quickly die.
2. characteristics
Steam miter removal is based on high-temperature physical extermination. It does not require chemical reagents and avoids residual stimuli. It is suitable for sensitive skin populations. It has strong penetration and can penetrate deep into the fibers. It has significant miter removal effects on thick fabrics such as sheets, covers, and stuffed toys. In addition, steam miter removal also has cleaning and care functions. High-temperature steam can soften stubborn stains, reduce clothing wrinkles, and at the same time kill common bacteria such as Escherichia coli, achieving a combination of three effects: miter removal, cleaning, and care.
(3)、Ultraviolet Radiation Sterilization
In today‘s ever-advancing technology, ultraviolet sterilization technology adds a new “sharp weapon” to the dyke-removing function of washing machines.
1. principles
Ultraviolet antibacterialization for mites mainly utilizes short-wave UVC (200–280 nm) light at specific wavelengths to destroy the DNA/RNA structure of microorganisms. When UV light penetrates the cell membrane of mites, bacteria, or viruses, it directly affects genetic material, causing it to lose its ability to replicate, thereby achieving the effect of rapid inactivation. Some washing machines use built-in UV light tubes to emit high-intensity UV light during the washing or dehydration phase. Together with rolling water, this ensures that the clothing is irradiated in all directions, achieving deep antibacterialization for mites, especially against common pathogens such as Escherichia coli and Staphylococcus aureus.
2. characteristics
The ultraviolet bactericidal technology of the washing machine stands out. It is highly efficient and can quickly kill many common bacteria and mites in a shorter washing cycle. The bactericidal rate is considerable, making clothes cleaner and more thorough. At the same time, it is very environmentally safe. The entire process does not require the addition of chemical antiseptics, avoiding chemical residue damage to clothes and potential threats to human health. Moreover, it has wide applicability. Whether it is cotton, chemical fiber, or silk, clothes made of different materials can be safely used with this function to sterilize and eliminate mites.
(4)、Powerful water flow and slapping synergy
Mites are often hidden deep in the fibers of fabrics, and ordinary washing methods are difficult to completely remove them, while strong water flow and beating techniques can effectively solve this problem.
1. principles
In the miter removal function of the washing machine, the strong water flow and the slapping technique collaborate to achieve physical miter removal. The strong water flow drives the inner cylinder through high-speed rotation through an electric motor or designs special circulating water channels, forming tidal-like turbulent water flow and high-frequency vibration water flow, first loosening the miters in the deep layers of fibers; the slapping technique utilizes dual-drive technology to make the inner cylinder and wave wheel rotate in reverse, producing hundreds of stereo high-frequency vibrations per minute, simulating man-made repeated slapping movements, precisely destroying the adhesion force of miters and fabrics, the two cooperating to complete the complete miter removal process of “release-peel-wash”.
2. features
This technology does not need to rely on high temperature environments. It can both prevent high temperature-resistant fabrics such as wool and silk from shrinking and deforming due to high temperatures, and it can penetrate deep into the fiber gaps of thick fabrics such as mattresses and blankets to clean them, with an aphide removal rate of up to 99.9%. Its physical aphide removal method reduces the risk of chemical residue, and through the dual effects of water flow and beating, reduces mechanical damage and extends the lifespan of clothing. Easy to operate, it can complete deep cleaning with a single click, combining high-efficiency aphide removal and fabric protection, satisfying diverse laundry needs.
Conclusion
Washing machine miter removal function is the perfect fusion of technology and health, a vivid embodiment of the improvement in modern quality of life. It protects our home environment from all angles with precise and efficient miter removal methods, making every washing a journey of healthy cleansing. Choosing a washing machine with miter removal function is not only choosing a convenient way of cleaning, but also choosing a long-term commitment to the health of your family.
