KR20010002179A

KR20010002179A - Aaaaa

Info

Publication number: KR20010002179A
Application number: KR1019990021852A
Authority: KR
Inventors: 안정오
Original assignee: 안정오
Priority date: 1999-06-11
Filing date: 1999-06-11
Publication date: 2001-01-05

Abstract

PURPOSE: A process of preparing the titled material by connecting metal pieces of gold, silver, copper or the like to a DC voltage. dipping in distilled water and passing electric current to deposit the metals onto fibers or plastics is provided, which produces synthetic resin material and fiber having static eliminating, antibacterial and affinity action for human cells. CONSTITUTION: The synthetic resin material and fiber containing fine metal particles is prepared by a process consisting of: connecting metal piece of gold, silver, copper or the like of more than 99% to a DC voltage, dipping the same in distilled water, passing electric current in changing a positive plate and a cathode plate every 4 min, depositing charged gold or silver onto fibers or films and drying with heat wind at more than 60 deg.C. Fine metal particles with a particle size of 0.005 to 0.1 micrometer are deposited on fibers or films.

Description

Synthetic resin and fiber manufacturing method containing fine metal particles {AAAAA}

인간의 생활에 프라스틱제품과 섬유는 항시 같이 공존함에 있어 정전기제거, 항균작용, 인체세포의 친화작용을 갖는데 목적이 있다.In human life, plastic products and fiber are always coexisting with the purpose of having static elimination, antibacterial action, and affinity of human cells.

종래 항균작용 목적으로 은이나 맥반석등을 분말화하여 섞는 기술이 있다.Conventionally, there is a technique of powdering and mixing silver or elvan rock for the purpose of antibacterial action.

최신의 기술로 입자크기가 600메쉬정도이다 보니 합성섬유에 3% 이상 혼합이 어렵고 가는 섬유로 가공이 불가능했다.With the latest technology, the particle size is about 600 mesh, so it is difficult to mix more than 3% with synthetic fibers, and processing into thin fibers is impossible.

얇은 필름이나 가는 섬유에 고루 다량의 금속입자를 함유케 하는데 있다.It is intended to contain a large amount of metal particles in thin films or thin fibers.

증류수에 28V∼36V사이의 정전압 D.C를 +. - 에 99.99% 이상의 금, 은, 동등의 금속편을 연결하고 +. - 극을 4분씩 교차 흐르는 상태에서 나이론, 프리프로필렌등 필요재질을 섬유가닦 또는 필림상태로 침적이송케하여 콜로이드 금 또는 은이나 동등 전하를 띤 입자가 나이론이나 포리프로필렌등 섬유가닦이나 필림에 부착되어지고 연속 침적상태에서는 부착되고 이송된 섬유가닦이나 필름을 60℃이상의 더운 열풍으로 탈수 건조시킨 후 녹여 성형품 필림상태의 프라스틱용 원자재 제조나 녹인후 다시 섬유제조에 사용하게 되면 0.005∼0.1μm 크기의 미세한 금,은,동등 금속입자가 함유케된 섬유를 제조하는 것이다.A positive voltage D.C between 28 V and 36 V is added to distilled water. -Connect more than 99.99% of gold, silver and equivalent metal pieces to +. -After flowing through the poles for 4 minutes, the necessary materials such as nylon and prepropylene are deposited in the fibrous or fibrous state so that colloidal gold, silver, or equivalent charged particles are applied to the fibrous or fibrous material such as nylon or polypropylene. In the attached and continuous deposition state, the attached and transported fibers are dehydrated and dried with hot or hot air of 60 ℃ or higher, and then melted. To produce fibers containing fine gold, silver and copper metal particles of size.

이렇게 제조한 프라스틱성형품이나 필림 또는 섬유로된 옷은 정전기가 대폭 감소되고 , 항균, 인체세포와 친화적인 성향으로 대단히 유용하게 사용될 것이다.Plastic molded articles or film or fabrics made in this way will greatly reduce the static electricity, antibacterial, human cells and friendly tendency will be very useful.

Claims

A positive voltage D.C between 28 V and 36 V is added to distilled water. -Connect more than 99.99% of gold, silver and equivalent metal pieces to +. -4 minutes of cross flow through the pole, and the necessary materials such as nylon and prepropylene are deposited and transferred to the fibrous or fibrous state so that colloidal gold or silver or equivalent charged particles are applied to the fibrous or fibrous material such as nylon or polypropylene. In the attached and continuous deposition state, the attached and transported fibers are dehydrated and dried with hot or hot air of 60 ℃ or higher, and then melted. A method for producing fibers containing fine gold, silver and copper metal particles of size.

When manufacturing hydrophilic fibers such as artificial dogs, a method of producing chemical fibers such as artificial dogs containing gold, silver or copper metal particles by mixing and manufacturing colloidal gold or silver or copper particles having a moisture content of 0.005 to 0.1 μm or more and 50 PPM.