4ic

Available grades Tankcar Quantities Methyl Acrylate Ethyl Acrylate Methyl Methacrylate

Drum Quantities Ethyl Methacrylate η-Butyl Methacrylate n-Hexyl Methacrylate n-Octyl Methacrylate n-Lauryl Methacrylate Methacrylic Acid—90%

Typical Reactions

Uses

t CH No/

CH2 + Jf CH2

ArOH 4-CH2=CHCOOR

H2S + CH2 = CHC0OR -

Ci2H2 3NH2 + CH2=CHCOOR

(CHs)s'NH + CH*=CHCOOR -

C l f 3 \

Pilot Plant Quantities η-Butyl Acrylate Isobutyl Acrylate 2-EthyIhexyl Acrylate n-Octyl Acrylate Acrylic Acid Calcium Acrylate Methacrylic Acid—Glacial

~»CH| CHCOOR II CH* I CH I CHa

•*• ArOCHlaCHaCOOR

-*- R0OCCH2CHa-S-CHaCHaCO0R

•*- CiaHasNHCHjCHaCOOR

CHMOa + CHa= CHCOOR CH 3 /

HCI + CHa - CHCOOR

-*- (CH3)aNCH2CHaCOOR CH3 .

•*- CHs-C-CHaCHaCOOR

«Oa

-^CICHaCHaCOOR

CH2 = CHCO0C2H5 KMn04 *» H0CHa-CHCO0CaHs

HSCH2CH2CO0R S03H

CH2 = C-C00H

CI

CH2 = CHCOOR+ CI 2 NaOH

-*• CICH2-CHCOOR -^ »- CH 2=C-CO0R

Polymerizat ion reactions with other monomers. Chemical intermediate in organic synthes is .

CHEMICALS FOR INDUSTRY

Avai lable now from two p lants (Bristol , P a . and ICnoxville, Term.)

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ROHM £- BMJ S C O M P A R i l f

WASHINGTON SQUARE, PHILADELPHIA 5, PA.

Rtpmcnialivn in principal furrign cotmtrin

Write D e p t . S P for n e w book le t : T H E M O N O M E R I C A C R Y L I C E S T E R S

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