Because CYTOP® has an amorphous structure, it can achieve extremely high transparency and can be used as a thin film coating. Furthermore, it is a fluoropolymer with the characteristics including "transparency", “electrical insulation”, “water and oil repellency”, and "chemical resistance”.
|
Grade name |
Molecular weight |
Functional group |
Solvent boiling point |
Solvent type |
Concentration |
Filtration accuracy |
Container / capacity |
|
CTL-809A |
Low |
- COOH |
180°C |
PFC |
9% |
5μm |
PE/100g |
|
CTX-809A |
Standard |
- COOH |
180°C |
PFC |
9% |
5μm |
PE/100g |
|
CTL-109AE |
Low |
- COOH |
100°C |
HFE |
9% |
5μm |
PE/100g |
|
CTX-109AE |
Standard |
- COOH |
100°C |
HFE |
9% |
5μm |
PE/100g |
|
CTL-809M |
Low |
- CONH ~ Si(OR)n |
180°C |
PFC |
9% |
5μm |
PE/100g |
|
CTL-107MK |
Low |
- CONH ~ Si(OR)n |
100°C |
HFC |
7% |
5μm |
PE/100g |
|
CTX-809SP2 |
Standard |
- CF3 |
180°C |
PFC |
9% |
0.2μm |
PE/100g |
|
CT-SOLV180 |
|
|
180°C |
PFC |
|
|
PE/100g |
|
CT-SOLV100E |
|
|
100°C |
HFE |
|
|
PE/100g |
|
CT-SOLV100K |
|
|
100°C |
HFC |
|
|
PE/100g |
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