Alloy Or Not: | Is Alloy |
---|---|
Brand Name: | P29 |
Place of Origin: | South Korea |
Dimensions: | 3mic ~ 6mic |
Purity: | 98% |
Quick Details
Specifications
P29 : Polymer & Copper (atomic number)29
S.E TECH developed inoxidizable Copper Nano Powder which can be used for a variety of industrial purposes for the first time in Korea.
Copper nano powder's chemical change (oxidization), degradation of properties, endurable properties, heat-resistant properties weather proof, etc. are stable and it can be used as for the purpose of blocking electromagnetic waves and preventing static electricity because it shows a good resistivity.
Antimicrobial activity and sterilizing power, which are the benefits of copper, are excellent.
Copper is an essential element of human body, safe for human body, not harmful to environment and also equipped with safety of material.
- The effect of exterminating super bacteria and harmful microorganisms
- Sterilization! the effect of reducing bacterial infection and preventing secondary infection
- The effect of preventing H1N1! Antimicrobial effect against resistant microorganisms is expected
- The effect of inhibiting bio-fouling due to anti-fouling
Name | P29 |
CuS contents | ≤98% |
Phase | powder |
Color | dark olive color |
Average particle size | ≤3mic or ≤6mic |
Melting point | 280°C |
Electrical resistivity | 1e-2e |
Tap Density | 3.2 |
Website : http://.kr/eng/?page_id=5893
Antimicrobial materials for medical
Bed, Hanger , Ringer, Wastebasket, Wheelchair, Chair, Desk, Handle, Conditioning equipment, Slipper, Bathroom
Antimicrobial materials for life
Water pipe, Cellphone and electron material case, Bathtub,Sink, Water purifier filter,Child material, Kitchen handle, Air cleaner, Toothbrush
Antimicrobial materials for industry
Architecture, Packing materials , Air cleaning , Antimicrobial paint, Cattle shed, Agriculture, fishery, fishing net, Heat exchanger, Public transportation handle
Since hospital is exposed to a variety of harmful bacteria everywhere around, patients whose immunity is deteriorated due to illness are not secured with safety from the threat of secondary infection. Copper is a natural antimicrobial material that does not cause resistant bacteria against microbes. In addition, it can resist against any harmful bacteria currently in existence.
The use of copper materials in public places such as hospitals can prevent diffusion of harmful pathogens, eradicate the deadly bacteria to man and protect public health.
Water is exposed to various pollutants such as environmental hormones, hazardous heavy metals, and radioactive materials, etc. Though we disinfect water with cchlorine, ultraviolet light and various types of filter, however, harmful bacteria that we do not predict are generated more.
We must create clean and healthy water by utilizing antimicrobial copper that can resist against super bacteria having harmful microbes and multidrug resistant microorganism.
According to the study, as a result of observing for 24 hours after culturing influenza A virus on the surface of copper and stainless steel, while about half million viruses were found survived on the surface of the stainless steel after 24 hours, it was confirmed that about 75% of the viruses were found disappeared from the surface of the copper within one hour and, 6 hours later, only about 500 viruses were found alive.
Copper is the only surface contact material and, according to data, copper sterilizes continually more than 99.9% of the bacteria generated within 2 hours after contact.
Creating a safe living environment is indeed the most important first step to be taken to maintain a good health.
Cooper has a resistance to microbial deposition and anti-fouling is based on the antimicrobial and germicidal property of the copper.