Vinyl Neodecanoate

Aosen New Material is a professional and reliable supplier of Vinyl Neodecanoate. Vinyl Neodecanoate is a derivative of neodecanoic acid. Vinyl Neodecanoate has a highly branched aliphatic structure and strong stereoprotective function against itself and adjacent monomers in the polymer chain. It can be used as a comonomer. Vinyl neodecanoate is very easy to copolymerize with a variety of other monomers in two or three ways, and endows the copolymer with very excellent performance to prepare copolymerized lotion, which is often used in the production of paints, coatings and adhesives. Aosen provide customers with high quality Vinyl Neodecanoate,If you have interest of our Vinyl Neodecanoate, feel free to contact us for sample!

Model:51000-52-3

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Product Description

Vinyl Neodecanoate Description

Product name: Vinyl Neodecanoate

Other name: Neodecanoic Acid Vinyl Ester;VV10

Cas No.: 51000-52-3

Formula: C12H22O2

Molecular Weight: 198.3

EINECS No.: 256-905-8

Boiling Point:133-136℃

Flash point:75℃

freezing point:＞-60℃

Density:0.882 g/mL at 25℃

Storage Conditions:Sealed In Dry,Room Temperature.Stay away from heat sources and strong oxidants

Form:Liquid

Color: Colorless Liquid

Odor: Slightly

Vinyl Neodecanoate Specification

Specification

Appearance Colorless liquid

Degree of olefins unsaturation 4.85-5.10 mol/kg

Acidity value ≤5.0 g/mol

Color(pt-co) ≤35

Water content ≤0.1 %m/m

Typical value

Polymerization inhibitor(mehq) 5±2 mg/kg

Kinematic viscosity 20 ℃ 2.2 mm²/s

Specific heat 20 ℃ 97 kj/(kg·℃)

Heat of vaporization 20 ℃ 48.9kj/mol

Miscibility with vinyl acetate Completely miscible

heat of polymerization 96 kJ/mol

Vinyl Neodecanoate Feature

Vinyl Neodecanoate is prone to undergo binary, ternary, and multicomponent copolymerization with various other monomers (such as vinyl acetate, acrylic ester, ethylene, and fluoroethylene), and endows copolymers with excellent properties. Its highly branched aliphatic structure provides strong protective effects on its own monomers and adjacent monomers in the formed copolymers, resulting in excellent resistance to hydrolysis, alkali, and UV radiation, Because of its highly branched side chains, the copolymer formed has good flexibility, wettability and excellent leveling, and its volatility is low. It is suitable for preparing low VOC copolymerization lotion, which is environmentally friendly.