High Hardness Cationic Curing UV Monomer

High Hardness Cationic Curing UV Monomer

UM-490 is a high-hardness cation-cured VU monomer that can resist scratches and impacts and is suitable for use in automotive parts, industrial equipment, etc. This product has excellent wetting and leveling properties, improving the quality of surface coatings.
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High Hardness Cationic Curing UV Monomer

 

UM-490 is a high-hardness cation-cured VU monomer that can resist scratches and impacts and is suitable for use in automotive parts, industrial equipment, etc. This product has excellent wetting and leveling properties, improving the quality of surface coatings. The product has excellent water and chemical resistance and can maintain performance stability in harsh environments. And its curing speed is moderate, which effectively improves production efficiency and reduces production time. This product has a wide range of applications in various fields.

 

This monomer is widely used in the automotive industry for coating and encapsulation of automotive parts, providing high hardness and durability to ensure long-lasting use under harsh conditions. High-hardness cationic curing UV monomers can be used to prepare high-strength adhesives for bonding different materials together. This is very useful in the manufacturing and construction fields.

 

 

Type model

Viscosity

CPS at 25℃

Proportion

g/ml, at 25℃

Molecular weight

g/mol

Boiling Point

Melting point

UM-490

350

1.15

290

230

-38

 

 

 

 

 

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High hardness cationic curing UV monomer

 

 

 

We understand that packaging is critical to the protection and safe delivery of your products. To meet your needs, we offer a variety of packaging styles. This allows you to choose the right packaging based on project size and shipping requirements. We use iron drum packaging, which is strong and durable and effectively protects the product from the external environment. Iron drum packaging also helps store and handle products, ensuring that products remain in optimal condition throughout the transportation process.