Brief: Wondering how VDC Monomer from Shenhui Technology compares to other options? See the demo and decide for yourself. This video showcases the high-purity VDC (Vinylidene Chloride) and demonstrates its key applications in creating barrier polymers for food packaging, specialty fibers, and industrial coatings. You'll learn about its exceptional performance characteristics and proper storage requirements for optimal use in your manufacturing processes.
Related Product Features:
High reactivity enables easy emulsion, suspension, and solution copolymerization with other comonomers.
Exceptional barrier properties with extremely low permeability to oxygen, moisture vapor, and aromas.
Good chemical resistance to oils, greases, and a wide range of chemicals.
Self-extinguishing property makes resulting copolymers flame-retardant for enhanced safety.
High clarity forms clear, transparent films and coatings without compromising product visibility.
Ideal for producing Saran resins, barrier films, and coatings for food and pharmaceutical packaging.
Suitable for manufacturing flame-retardant curtains, upholstery fabrics, and industrial filter cloths.
Used in industrial piping and linings for chemical processing equipment due to corrosion resistance.
FAQs:
How should VDC Monomer be stored to maintain stability?
VDC Monomer must be stored under cool conditions (recommended <10°C), in dark environments, and with proper ventilation away from ignition sources and oxidizers. It is stabilized with an inhibitor and should be kept under nitrogen blanket to prevent contact with air/oxygen.
What are the primary advantages of VDC copolymers?
The primary advantage is their unparalleled barrier against gases and moisture, which is essential for extending food shelf life. They also offer excellent clarity, oil resistance, heat-sealability, and flame-retardant properties.
Can you customize VDC Monomer specifications for specific polymerization processes?
Yes, we can provide customized solutions regarding purity and inhibitor content based on your specific polymerization process requirements to ensure optimal performance in your applications.