CAS No.13641-96-8

2-Isocyanatoethyl acrylate

AOI-VM

other name:2-Acryloyloxyethyl isocyanate

AOI-VM
C6H7NO3 Mw: 141.12

Expanding product lineup of AOI to includenew grade for general industrial use

Introduction

Resonac succeeded to establish its brand new continuous production process of AOI in large scale, which enable us to offer this to our customers.
To make our focus clear, we named this product AOI-VM, VM means Versatile Monomer, for industrial application.
We believe that AOI-VM will help to develop new products with higher performance and lower environmental damage.

APPLICATIONS

  • Photo curing / Dual-cure | Copolymerization
  • paintings, coatings, adhesives, ink, etc...

Merit for

  • Easy resin design
  • Polymers / Oligomers with pendant NCO or acryloyl group
  • Reduce reaction steps
  • Reduce solvent ( VOC )
  • High UV sensitivity
  • Sharp molecular weight distribution
  • Low viscosity polymer synthesis

Different of AOI-VM and Karenz AOI

AOI-VM Karenz AOI
Name of the substance 2-Isocyanatoethyl acrylate - IEA
Structure Structure
CAS No.
13641-96-8
Appearance Clear, colorless or slightly yellowish liquid
Purity ≧96% ≧97%
Manufacturing method Continuous production ( New Plant ) Batch
Containers

200kg drum
※Please consult about other packaging

1kg bottle
20kg drum

chemical information of AOI

Basic Application Data of AOI-VM

The acryloyl group and isocyanate group of AOI-VM have the same performance as Karenz AOI. Please check the karenz AOI.
Karenz AOI

Molecular weight distribution and viscosity in Urethane Acrylate synthesis

GPC Chart
Molecular weight distribution and viscosity in Urethane Acrylate synthesis
Base polymer (OH pendant polymer)
Mw 7800, Viscosity 53mPa・s

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Base polymer (OH pendant polymer)

It can be used a one-step reaction with AOI-VM enables the synthesis of polymers with a sharp molecular weight distribution and low viscosity.

Base polymer (OH pendant polymer)

Basic Application Data ( For resin )

High concentration ( low viscosity ) of the resin

Urethane acrylate made from AOI-VM without solvent: Clear, Low viscsity
A reacted oligomer with Poly(caprolactone)diol( Mw: 3,360 )

High concentration
( low viscosity ) of the resin
High concentration ( low viscosity ) of the resin

High performance of coating film ( Anti-scrubbing, Impact resistance, Self-mending, more )

Impact resistance

Impact resistance

By crosslinking, impact resistance is controled

Self-mending

Coatings on iron plate, like automotive

Coatings on iron plate, like automotive

Examples of improvements in curing system ( curable )

【Conventional】

[Acid epoxy system]
(A)Conventional



[Isocyanate baking]
(B)Conventional

矢印

【AOI-VM】

(C)【AOI-VM】


(D)【AOI-VM】

Catalog(PDF)

attentionHANDLING AND STORAGE

Receive and read Resonac's Safety Date Sheet, and understand its information.

Handling

  • Give regular education to operators regarding the toxicity and reactivity of AOI-VM.
  • Be careful to avoid direct contact of skin, eyes, or clothing with AOI-VM Make sure not to inhale vapor.
  • In case AOI-VM has splashed on clothing, take the clothing off immidiately.
  • As for skin, wash the affected area thoroughly with water. Then wash with soapand water. Contaminated clothing should be disposed of.

Storage

  • Avoid contact with water, heat, strong base and active-hydrogen-containingcompounds (alcohol, amine).
  • AOI-VM reacts with moisture and generates insoluble urea and carbon dioxide gas.Urea can cause clogging of pipes and valves.
  • Store in a cool and dark place.
  • Observe the laws and regulations with regard to fire fighting and toxic/hazardousmaterials.

※The information contained herein is based upon data considered true and accurate.However, Resonac Corporation accepts no responsibility or risk which may result from the handling and use of products or for infringement of any patent.