The fundamental cause of diseases in humans lies in the invasion of various harmful bacteria and viruses into the body. Certain unhealthy lifestyle habits formed in daily life, particularly the complex living environment and conditions we depend on for survival, can provide conditions and opportunities for various harmful bacteria and viruses to invade the human body, thus endangering human health and leading to various diseases.
With the continuous development and progress of society, the public's awareness of the quality of their own lives and the improvement of the social living environment, especially regarding their own health, has become significantly urgent. The demand for effective prevention and control of various harmful viruses and bacteria, improving quality of life, ensuring personal health, and purifying the living environment has become an unstoppable trend in social development. Awareness and habits focusing on disease prevention have formed. Therefore, the design of RunSoo's PP-R Nano Antibacterial Pipe is a response to this historical trend, aimed at promoting self-prevention health awareness, improving quality of life, and ensuring that individuals and their families are not harmed by diseases.
Product Overview:
Common household water supply pipes accumulate scale and impurities after long-term use, adhering to the inner walls of the pipes and breeding microorganisms. When the water flow in the pipes slows down or stops, these microorganisms can evolve into bacteria that adhere to the pipe walls and, after a period of reproduction, form bacterial colonies, leading to a decline in water quality.
RunSoo's Nano Antibacterial Pipe features a three-layer structure, with the inner and outer layers made of imported PP-R material and a middle layer made of 5% silver-loaded PAG-40 antibacterial material. It is formed through co-extrusion with equipment, exhibiting highly efficient broad-spectrum antibacterial properties, with an antibacterial rate of over 95% against Staphylococcus aureus, Candida albicans, and others, thereby ensuring the cleanliness and hygiene of the pipes without scaling, classified as practically non-toxic, and suitable for drinking water.
Product Introduction:
Antibacterial Principle:
Silver ions in the silver-loaded PAG-40 antibacterial agent maintain a high level of activity due to their reactive chemical properties and can slowly release from inorganic carriers to the surface of the base material. When they come into contact with negatively charged active enzymes within bacteria, they are strongly adsorbed due to Coulomb attraction and interact with the active groups in enzyme proteins, such as -SH and -NH, causing protein coagulation. This can destroy the activity of cellular synthesis enzymes, leading to the loss of the cell's ability to divide and proliferate, ultimately resulting in its death. After bacterial death, silver ions can be released from the bacterial corpses and combine with other bacteria, allowing the antibacterial material to maintain its antibacterial effectiveness over time.
Product Features:
Highly Effective Antibacterial — The white antibacterial layer on the inner wall of the pipe has highly effective broad-spectrum sterilization capabilities, achieving an antibacterial rate of over 95% against most common harmful bacteria, making it a genuine healthy living product.
Environmentally Friendly and Healthy — The product integrates antibacterial, energy-saving, hygienic, and self-cleaning properties, with all hygiene indicators meeting national standards, making it suitable for direct use in pure water delivery systems.
Secure Connections — It has excellent thermal fusion properties, uniting the entire piping system and eliminating the risk of leaks.
Long Service Life — The pipes have high toughness, strong heat resistance, and excellent creep resistance, with a lifespan of over 50 years under normal conditions of use.
Main Technical Indicators of the Product:
Density: g/cm3 0.89~0.91
Melt Temperature: ℃141~146
Thermal Conductivity: W/(m.k)0.23
Thermal Expansion Coefficient: mm/(m.k)0.15
Longitudinal Shrinkage Rate (135℃,1h)%: ≤2%
Pendulum Impact Test (0℃,15min 15J): Damage Rate < 10% of the sample
Static Hydraulic Test (20℃,1h, hoop stress: 16.0Mpa): No damage, no leakage
Static Hydraulic Test (110℃,8760h, hoop stress: 1.9Mpa): No damage, no leakage
System Application Areas:
Household hot and cold water delivery, star-rated hotels/guesthouses hot and cold water delivery.
