1. Coil coatings can help maintain a balanced evaporation rate, avoiding defects such as film blisters caused by excessively fast evaporation and issues from over-baking. They provide a smooth appearance to the coating film, improve toughness and post-processing performance, and enhance the hiding power of pigments.

2. In the baking paint industry, it features unique volatility: as temperature increases, its evaporation rate accelerates faster than other solvents. This means it evaporates slowly in the initial stage and quickly in the later stage, which is more conducive to the drying process.

3. Container/can coatings can effectively replace solvents like isophorone and propylene glycol ethers in can and container coatings. High solvency and low evaporation rates contribute to excellent leveling of the coating, improving flexibility, adhesion, and other key properties.

4. Automotive coatings can be used in various automotive paints and different resin systems. They can be applied in primers and topcoats to achieve ideal gloss on the film surface, enhance fullness, and improve wetting, leveling, and reflow properties with minimal addition to the formulation.

5. Wire enamel coatings are excellent solvents for formulations involving polyvinyl butyral, polyvinyl formal, polyurethane, polyester, and polyesteramide. In polyester and polyesteramide systems, they can fully replace cresol, resulting in high-solid, low-viscosity resins. Their non-corrosive nature significantly reduces storage difficulties for users.

6. Wood coatings have a long distillation range and a wide buffer interval, offering customers greater flexibility and selectivity in solvent formulations and application conditions. They help regulate evaporation rates, improve leveling, and prevent surface defects like blushing and pinholing.

7. In the ink industry, they replace highly toxic and strong-smelling high-boiling solvents such as isophorone used in inks.

8. In the resin industry, their low viscosity allows for reducing resin viscosity without lowering molecular weight or solid content, or alternatively, increasing solid content while maintaining the same viscosity. This characteristic enables the production of high-solid, low-viscosity resins.

9. When applied in polymers and chemical intermediates, they serve as organic synthesis intermediates. Polymerization reactions can produce a wide variety of polyesters and other polymers, and they are also raw materials for manufacturing pharmaceuticals, pesticides, initiators, and a range of chemical products.

10. They are ideally used in cleaners, paint strippers, and industrial cleaning applications.