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Precision 3DP using UV curable monomers

Fancryl 500 Series

Applicable Business Areas

3D printer makers, 3D printer resin manufactures

Target Applications

3D printing

Hitachi Chemical is one of only four companies in the world who manufactures DCPD (dicyclopentadienyl) monomers. These monomers have numbers of unique features inherent to the chemical structure itself.

Innovative Solution

Low cure shrinkage monomers improve dimensional accuracy of 3D printed objects

Fancryl 500 Series developed by Hitachi Chemical has a bulky DCPD structure that it contributes to low cure shrinkage when added to 3D print resin formulations. These products improve the dimensional accuracy of 3D printed objects with fine, complicated shapes.

Less oxygen sensitive monomers improve the yield rate of 3D print objects

Fancryl 500 Series is not affected by oxygen inhibition compared to other monofunctional aliphatic monomers. These products reduce the scrap rate caused by insufficient cure.

Product Features

Chemical Structure

Fancryl 500 Series is monofunctional (meth) acrylate with a bulky DCPD structure.

DCPD acrylates

FA-511AS

FA-512AS

FA-513AS

DCPD methacrylates

FA-512MT

FA-513M

Piperidinyl methacrylate

FA-711MM is our standard product which has a piperidine structure with oxygen trap function.

FA-711MM

Please download for additional data.

Less Sensitivity to oxygen

The Fancryl 500 Series shows less oxygen sensitivity compared to other monofunctional cycloaliphatic monomers.

Monomer

UV irradiance level until tack-free [mJ/cm2]

In the absence of O2 (under N2)

In the presence of O2 (under air)

FA-511AS

120

120

FA-512AS

180

240

FA-513AS

120

180

Isobornyl-A

240

>600

Cyclohexyl-A

240

>900

[Test methods]
Test bar: PET film
UV lamp: High pressure Hg Vapor lamp 80W/cm2
Irradiation distance: 18cm
Conveyor speed: 20m/min
Composition: monomer 97wt%, photo initiator 3wt%