Poly Vinyl Methyl

Poly vinyl methyl ether 50 aqueous solution.

Poly vinyl methyl. Appearance white to light yellow hygroscopic amorphous powder density. Poly octyl vinyl ether 193. Since methyl vinyl ketone fires may produce toxic fumes when tank cars and trucks are involved isolate the area for 1 2 mile in all directions. 2 500 2 500 000 g mol 1.

The alkene portion of the molecule is reactive in many ways. 150 to 180 c 302 to 356 f. Poly 4 chlorophenyl vinyl ketone 336. Rosiak and jacek ulanski.

It is prone to polymerization leading to formation of polyvinyl ethers. 423 to 453 k glass temperature. Polyvinyl ethers are widely used in adhesive and coating formulations. Polymerization is typically initiated with lewis acids such as boron trifluoride.

Poly vinyl methyl ketone 301. Poly phenyl vinyl ketone 323. You can ensure product safety from certified suppliers certified to the relevant standards. Poly vinyl methyl ketone average mw 500 000 by gpc.

Poly vinyl methyl ether hydrogels at temperatures below the freezing point of water molecular interactions and states of water marcin pastorczak gustavo dominguez espinosa lidia okrasa marek pyda marcin kozanecki slawomir kadlubowski janusz m. Poly methyl vinyl ether 245. Used to prepare heat sensitive latex. Find sigma aldrich 182729 msds related peer reviewed papers technical documents similar products more at sigma aldrich.

Poly vinyl ethyl ketone 213. Poly propyl vinyl ether 224. Poly methyl isopropenyl ketone 370. Methyl vinyl ether can be made by reaction of acetylene and methanol in presence of a base.

Poly methyl vinyl ether solution 50 wt. Poly vinyl ethers and their copolymers find many applications such as adhesives release and surface coatings lubricants greases elastomers anticorrosion agents molding compounds personal care products fiber and textile finishes. Fires involving methyl vinyl ketone may be extinguished with dry chemical co2 halon water spray alcohol or standard foam water spray or fog solid streams of water may be ineffective. C 6 h 9 no n.