High Light Sensitivity Thiophene Derivatives

High Light Sensitivity Thiophene Derivatives

PAS-20 is a thiophene structure derivative known for its excellent photosensitivity. It shows extremely high sensitivity to ultraviolet light. Even if the addition accounts for only 1 ‰ of the total, it can significantly improve the efficiency of photochemical reactions.
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High Light Sensitivity Thiophene Derivatives

 

 

PAS-20 is a thiophene structure derivative known for its excellent photosensitivity. It shows extremely high sensitivity to ultraviolet light. Even if the addition accounts for only 1 ‰ of the total, it can significantly improve the efficiency of photochemical reactions. PAS-20 not only exerts excellent sensitization effects in cationic photoinitiator systems, but also exhibits equally excellent performance in free radical systems. This versatility makes it ideal for a variety of light-initiated reactions.

 

PAS-20 also exhibits excellent surface drying, meaning it does not cause yellowing or unevenness during processing and preparation. In order to maximize the performance of PAS-20, it is recommended to first configure it into a 10% concentration solution and then add it. Thiophene derivatives can be used to prepare coatings and films with special properties, such as anti-corrosion coatings and optical coatings. In optical material preparation, products can be used to improve the optical properties of materials, such as transparency, reflectivity, and refractive index.

 

 

 

 

 

Type

Chemocal Name

Viscosity

Cps (at 25℃)

Molecular weight

g/mol

Proportion

g/ml, at 25℃

Form of supply

PDF

PAS 20

Thiophene derivatives

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165

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Light yellow crystal

product-30-30

 

 

 

 

 

 

PAS-20

Thiophene derivatives

 

 

 

 

 
F&Q

 

F: In what other fields does this product have applications?

Q: In terms of photosensitive chemistry, this product can be used as a trigger for photochemical reactions, participating in photoreactions, photolysis and other reactions. In terms of sterilization, it can absorb light energy of specific wavelengths and generate reactive oxygen species to destroy bacterial structures.