Low Shrinkage Cationic Curing UV Monomer

Low Shrinkage Cationic Curing UV Monomer

UM-480 is a product with a range of features. It has moderate cure characteristics suitable for balancing hardness and flexibility during cure. It enables ideal curing under a variety of conditions. Low shrinkage is one of the other important features.
Send Inquiry
 
Low Shrinkage Cationic Curing UV Monomer

 

UM-480 is a product with a range of features. It has moderate cure characteristics suitable for balancing hardness and flexibility during cure. It enables ideal curing under a variety of conditions. Low shrinkage is one of the other important features. It does not undergo significant volume changes during the curing process, reducing errors caused by deformation. The high cross-linking strength gives it excellent durability, and the good wettability of the substrate allows it to easily adhere to the surface. The product also has a certain degree of toughness, and the film has excellent water and chemical resistance, allowing it to ensure the integrity of its performance in harsh environments.

 

In electronics manufacturing, low-shrink cationic curing UV monomers can be used to encapsulate electronic components such as chips, circuit boards and LEDs. Low shrinkage properties help ensure a strong connection between components and reduce dimensional changes. Low-shrink cationic curing UV monomers can be used to prepare low-shrink adhesives for bonding dissimilar materials together. In the field of optics, low-shrinkage cationic curing UV monomers can be used to prepare coatings for lenses, mirrors and filters.

 

 

 

 

Type model

Viscosity

CPS at 25℃

Proportion

g/ml, at 25℃

Molecular weight

g/mol

Boiling Point

Melting point

UM-480

600

1.12

270

225

-40

 

 

 

 

 

UV

Low shrinkage cationic curing UV monomer

 

 

 

 

 
F&Q

 

F: What should you pay attention to when using the product?

Q: Appropriate personal protective equipment such as goggles, gloves, and lab coats should be worn. Make sure to operate in a well-ventilated area to reduce the risk of inhalation of volatile chemicals. UV monomers should be stored in a cool, dry place away from high temperatures, fire sources and direct sunlight. Use appropriate curing equipment and facilities to ensure uniform UV radiation for consistent curing results.