Read the TDS as product data, not a performance promise
The current Vinyl Ester TDS identifies the resin type, industrial grade, chemical- and corrosion-resistance positioning, processing categories and supply data. Its stated values are typical and the document says they are not guaranteed specifications.
When comparing suppliers or grades, use the exact document for the exact product. Do not transfer viscosity, density, gel time or storage expectations from a GP, isophthalic, fire-retardant or conventional epoxy product route.
Use the test context that is actually published
The TDS lists 350 cPs viscosity at 25 C and a 15-20 minute gel-time value at 25 C. These are selection and document-review points; this guide does not turn them into catalyst, cure or process instructions.
The published density is 1.05 g/cm3 and the styrene content is 40%. These values describe the supplied Vinyl Ester resin, not the properties of a finished reinforced laminate, tank, pipe, duct or profile.
Do not turn thermal data into a service limit
The current TDS lists 110 C under HDT / thermal data. It does not state a continuous operating-service-temperature range or a chemical-specific temperature recommendation.
A service-temperature requirement should therefore be part of the enquiry together with the actual medium, concentration where relevant, finished application and required documentation. Do not infer an operating limit from a single thermal-data entry.
Keep finished-system questions separate
No product-specific mechanical-property table, chemical-compatibility chart or finished-component test report is present in the repository. A finished FRP system can depend on reinforcement, construction, thickness, surface or corrosion-barrier system, cure state and tested configuration.
Use the product TDS to frame a technical discussion, then confirm which additional evidence a particular project requires. This guide intentionally does not provide a laminate design, cure schedule or process recipe.