Description
Specifications Table
Product Name: – Polyvinyl Acetate Average MW ~100000
Quantity/Pack Size: – 25 gm, 500 gm
Form: – Powder
Grade: – Lab Grade
Application: – Research, Education, Industrial Use
Product Overview
Polyvinyl acetate (PVAc) with an average molecular weight of ~100000 is a versatile polymer widely used in laboratory settings. This lab-grade polyvinyl acetate is synthesized through the polymerization of vinyl acetate, resulting in a high-purity compound ideal for various scientific applications. Its controlled molecular weight ensures consistent performance in experiments, making it a reliable choice for researchers and educators. The powder form allows for easy handling and precise measurements, while its lab-grade purity guarantees accurate results. Whether used in adhesive formulations, coating processes, or as a binder in composite materials, this polyvinyl acetate delivers superior performance. Its stability and compatibility with various solvents make it a valuable addition to any laboratory. Trust eqipped for high-quality polyvinyl acetate that meets the demands of modern research and educational institutions.
FAQs
1. What are the primary applications of polyvinyl acetate in lab settings?
Polyvinyl acetate is commonly used in adhesive formulations, coating processes, and as a binder in composite materials for research and educational purposes.
2. Is this polyvinyl acetate suitable for industrial use?
Yes, this lab-grade polyvinyl acetate is also suitable for industrial applications due to its high purity and controlled molecular weight.
3. What is the molecular weight range of this polyvinyl acetate?
The average molecular weight of this polyvinyl acetate is approximately 100000.
4. How should polyvinyl acetate be stored to maintain its quality?
Store polyvinyl acetate in a cool, dry place away from direct sunlight and moisture to prevent degradation.
5. Can polyvinyl acetate be used in adhesive formulations?
Yes, polyvinyl acetate is a key component in many adhesive formulations due to its strong binding properties.
