The functionality of carbonate monomers stems from the carbonate group, which allows for ring-opening polymerization or condensation reactions to form linear or branched polymer chains. Key features include the ability to create polymers with excellent transparency, high impact strength, and good thermal stability. They are particularly suitable for applications requiring optical clarity and toughness, such as in the production of polycarbonates for automotive glazing, CDs/DVDs, and safety equipment, where their inherent strength and optical properties are highly valued.
Alternatives in polymer synthesis exist, depending on the desired end properties, but carbonate monomers excel in producing high-performance engineering plastics. Sub-types often include cyclic carbonate monomers like trimethylene carbonate or more complex bisphenol-A derived carbonates, influencing the final polymer's structure and performance.
Claims / benefits
Properties
| Others properties | Value & unit | Test condition | test method |
|---|---|---|---|
Boiling Point (1) | Visible After Login | Visible After Login | Visible After Login |
Linear Mold Shrinkage, Flow (3) | Visible After Login | Visible After Login | Visible After Login |
Linear Mold Shrinkage, Transverse (2) | Visible After Login | Visible After Login | Visible After Login |
Mold Temperature (3) | Visible After Login | Visible After Login | Visible After Login |
Products
Most popular products
DAXSOL® Glycerol carbonate
by UBE
- Sustainable option


