Trivinyl Glycol Divinyl Ether
Vinyl monomers can be used in the most demanding applications, with high reactivity, excellent quality and batch-to-batch consistency, making them the best choice for a variety of syntheses including polymerization, addition and electrocyclization reactions. Best choice. Vinyl ether monomers have very low viscosity and excellent dilution capabilities. It has low volume shrinkage and low skin irritation, and has good mechanical, mechanical and optical properties after curing into a film.
VM-3520's chemistry has excellent thinning capabilities, allowing it to effectively thin paints, coatings or adhesives for easy application on a variety of surfaces. It also promotes rapid curing of the surface, accelerating the curing process and ensuring that the coating or adhesive quickly becomes strong and reliable. Its double bond conversion rate is high and there are almost no unreacted double bonds during the curing process, thus improving the quality of the final product. It also plays a key role in antioxidant-blocked cationic and free radical/hybrid UV systems, enhancing their performance in a variety of chemical reactions and industrial applications.
This product is commonly used as an additive in coating and ink manufacturing to help improve product flow and stability. It improves coating adhesion and wear resistance . Trivinylglycol divinyl ether can be used as an intermediate in chemical reactions. It may be involved in various synthetic reactions and used to prepare different kinds of compounds.
|
Type model |
Viscosity Cps (at 25℃) |
Molecular formula |
Molecular weight g/mol |
Proportion g/ml, at 25℃ |
Melting point ℃ |
|
|
VM-3520 |
2.64 |
C10H18O4 |
202 |
0.99 |
-7 |

Trivinyl glycol divinyl ether


