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Characteristics

1. Low toxicity, low odor, low water content, safe to use, and not classified as a hazardous substance under regulations.

2. Excellent dissolving power, with good compatibility with polyurethane resins, acrylic resins, polyester resins, alkyd resins, epoxy resins, etc.

3. Increases the flatness and adhesion of baked enamel, reducing defects such as pinholes, fisheyes, and crater-like defects.

4. High boiling point and long distillation range, helping to regulate the evaporation rate of the entire solvent system.

Divalent ester MDBE

5. Promotes improved flexibility and adhesion.

6. Possesses good leveling properties and enhances gloss.

7. In some industrial coatings, it improves pigment hiding power.

8. Good stability; it does not oxidize or decompose during natural storage.

9. Clean combustion vapor with a high calorific value.

Alternative solvents: Can replace highly toxic and odorous isophorone, cyclohexanone, and various high-boiling-point ether solvents.

Main uses:

1. Coil coatings help maintain a balanced evaporation rate, avoiding defects such as film bursting and over-baking caused by excessively rapid evaporation. It imparts a smooth appearance, improved toughness and post-processing properties, and enhanced pigment hiding power.

2. In the baking paint industry, it exhibits sacrificial volatility; as temperature increases, its evaporation rate accelerates faster than other solvents. That is, the evaporation rate is slow in the first half and fast in the second half, which is more conducive to drying.

3. Container/can coatings can effectively replace isophorone, propylene glycol ethers, and ethylene glycol ethyl ether acetate solvents in can and container coatings. High solubility and low evaporation rate give the coating excellent leveling properties, improving its flexibility, adhesion, and other important properties.

4. Automotive coatings can be used in various automotive coatings and resin systems. They can be used in intermediate and topcoat coats to achieve ideal gloss and increase film fullness. Adding a small amount of wetting agent to the formulation can improve leveling and releveling properties.

5. Enamelled wire coatings are excellent solvents for polyvinyl butyral, polyvinyl formal, polyurethane, polyester, and polyesteramide coating formulations. In polyester and polyesteramide systems, it can completely replace cresol, resulting in high-solids, low-coulombure resins. Its non-corrosive nature greatly reduces storage difficulties for users.

6. Wood coatings have a long distillation range and a large buffer zone, giving customers greater flexibility and selectivity in solvent formulation and application conditions. This helps regulate evaporation rates, improves leveling, and prevents surface defects such as white fog and pinholes.

7. In the ink industry, it can replace isophorone, a highly toxic and odorous high-boiling-point solvent used in inks.

8. In the resin industry, its low viscosity allows for both reducing resin viscosity without reducing molecular weight or solids content, and increasing solids content while maintaining the same viscosity. This characteristic allows for the production of high-solids, low-viscosity resins.

9. In polymers and chemical intermediates, it can be used as an organic synthesis intermediate. Polymerization reactions can produce a wide variety of polyesters and other polymers, and it is also a raw material for the production of pharmaceuticals, pesticides, initiators, and a range of other chemical products.

10. It finds ideal applications in cleaning agents, paint removers, and industrial cleaning processes.