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For IR fiber
Clothes in today's modern society are called upon to perform many functions rather than simple means to wear. Our company's representative products, characterized by having IR heat blocking function through the powdering and MB/chip process, enable to coat the surfaces of fabrics or fibers, which deny to mix with the liquid type of additives, leading to the high functional textiles to shut the heat off in summer and to prevent from leaking the inner heat in winter.
| Code name | Material | Color | pH | Particle size | Density(content) |
|---|
| CTO-N Powder |
CTO |
Black |
- |
Max 2㎛ |
Assay 99.9% |
IR PET
Plastics, usually seen around us, are disposed to melt into the awkward ones that do not make any effect when they are mixed with solvents. If plastics, gotten rid of unnecessary solvents over the surface, are coated with the IR products which go thorough powdering and MB/chip process, it means that insulated air caps or films commonly used for package and insulation can be revived into the high value added ones including IR blocking function.
| Code name | Material | Color | pH | Particle size | Density(content) |
|---|
| CTO-N Powder |
CTO |
Black |
- |
Max 2㎛ |
Assay 99.9% |
| ATO-N Powder |
ATO |
Gray |
- |
Max 2㎛ |
Assay 99.9% |
CTO
CTO, making holes by combined structure added with, as the dopant, Sb having +3 charge, Sn having +4 and Cs having +1 charge between W lattice having +6 charge, to transmit electrons through the holes, is the positive semiconductor structured material; nano ultrafine powders, dispersed into the homogeneous solid solution, featured by blocking near-infrared rays, show outstanding functions, compared with the visible transmittance of ATO and ITO.
CTO-N Powder
| Material | Color | pH | Particle size | Density(content) |
|---|
| CTO |
Black |
- |
Max 2㎛ |
Assay 99.9% |
|
ATO
ATO, making holes by combined structure added with, as the dopant, Sb having +3 charge between Sn lattice having +4 charge, to transmit electrons through the holes, is the positive semiconductor structured material; nano ultrafine powders are not only available as the transparent conductive material which is not resistant against the other semiconductor materials, but also variously applicable, when dispersed into the homogeneous solid solution, to the field which needs antistatic and transparent conductive features, such as display panels, glasses, and plastics.
ATO-N Powder
| Material | Color | pH | Particle size | Density(content) |
|---|
| ATO |
Gray |
- |
Max 2㎛ |
Assay 99.9% |
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New Nanomaterial
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