Vinyl Methyl Oxazolidinone

Vinyl Methyl Oxazolidinone

Vinyl Methyl Oxazolidinone is a multifunctional monomer widely used as a reactive diluent and organic synthesis intermediate. It combines low viscosity, high copolymerization activity, excellent adhesion, and favorable toxicological characteristics, making it particularly suitable for UV-curable adhesives, coatings, and inks.

Physical and Chemical Properties

Product Description

Vinyl Methyl Oxazolidinone offers multiple technical advantages as a reactive diluent:

1. Low viscosity and easy handling

   • Liquid at room temperature

   • Very low viscosity (approximately 4 mPa·s)

   • Enables the formulation of low-viscosity and nearly odorless systems compared with conventional raw materials

2. High copolymerization activity

   • Exhibits strong copolymerization reactivity with acrylates

   • Provides excellent adhesion on most common substrates even at low addition levels

3. Improved appearance of finished products

   • Enhances brightness and color quality of printed products and coatings

4. Favorable toxicological profile

   • According to European Chemicals Agency (ECHA) classification, it does not require labeling for “Serious health hazard” or “Acute toxicity”

   • Offers safety advantages compared with traditional reactive diluents

Common Application Areas

1. Organic Synthesis Intermediate

• Used as an intermediate in synthetic organic chemistry

• Serves as a building block for the preparation of other organic compounds

2. Materials Chemistry

• Applied in the synthesis of functional polymers, such as:

  • Coupling agents

  • Surfactants

  • Plasticizers

Proposed Uses

1. Adhesive Applications

• Used as a reactive diluent in UV-curable adhesives

• Shows high copolymerization activity with acrylates

• Provides excellent adhesion to a wide range of substrates, even at low dosage

2. Coating Applications

• Applied as a reactive diluent in UV-curable coatings

• High copolymerization reactivity with acrylates

• Enhances adhesion on common substrates

• High glass transition temperature (Tg) may improve:

  • Toughness

  • Chemical and mechanical resistance of the cured film

3. Ink Applications

• Used as a reactive diluent in UV-curable inks, including:

  • Digital UV printing

  • 3D printing inks

• Offers:

  • Low toxicity

  • Improved adhesion to low surface energy substrates

  • Enhanced mechanical properties in 3D-printed parts

Packaging & Storage

• Packaging:

  • 25 kg plastic drums

  • 180 kg plastic drums

  • User-specified packaging

• Storage conditions:

  • Store in a dry, cool, and tightly closed environment

  • Store separately from oxidizing agents and edible chemicals

  • Avoid mixed storage

  • Keep containers sealed

  • Keep away from fire and heat sources

  • Avoid direct sunlight

• Shelf life: 12 months from the date of production under original packaging conditions

Friendly Reminder

This information is provided true and accurate to the best of our knowledge. However, no responsibility is assumed for any suggestions or statements herein, as conditions and methods of use are beyond our control.
The user is solely responsible for evaluating the product’s suitability, application, and performance for their specific requirements.