Resins
Sun Chemical delivers a portfolio of coating, epoxy, polyurethane and specialty resins and additives for a variety of applications in the automotive, electronics, architectural, industrial, aerospace and textile markets.
Sun Chemical delivers a portfolio of coating, epoxy, polyurethane and specialty resins and additives for a variety of applications in the automotive, electronics, architectural, industrial, aerospace and textile markets.
As a leading provider of a solutions for the plastic and laminated card printing market, Sun Chemical offers screen and offset inks, pre-laid overlays, pre-patched holograms, magnetic tapes, standard and security lamination plates, and brand protection products — all from a single source.
Sun Chemical’s strategic investment in its acquisition of …
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SEPAREL® membrane degassing technology can be used in a wide range of applications in the front-end processes of semiconductor chip processing.
SEPAREL® membrane degassing technology can be used in a wide range of applications in the front-end processes of semiconductor chip processing. Providing excellent degassing for plating solutions, photoresist immersion lithography, etching, and developing solution.
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SEPAREL® hollow fiber membrane technology delivers unmatched degasification of digital inkjet ink.
SEPAREL® Membrane Degassing Modules Easily Degas your Inkjet Ink with Unmatched Hollow-Fiber Technology
SEPAREL® modules from the DIC Corporation support inline degasification of ink within all sizes of inkjet printers.
Our proprietary hollow-fiber membrane expands the interfacial area between gas and inkjet ink to provide unmatched degassing performance. Unlike traditional microfiltration membranes, the hollow fiber …
Our proprietary hollow-fiber membrane expands the interfacial area between gas and inkjet ink to provide unmatched degassing performance. Unlike traditional microfiltration membranes, the hollow fiber membrane significantly reduces inkjet ink evaporation during degasification. SEPAREL modules can degasify inkjet ink at almost any ppb level.
SEPAREL® hollow-fiber membranes can reduce water vapor passing through surface skin membranes to improve the accuracy of medical analysis results.
SEPAREL® hollow-fiber degassing modules can help prevent pinholes, cracking and “sputtering” often associated with the production of thin films and coatings.
SEPAREL® hollow-fiber degassing modules can help prevent pinholes, cracking and “sputtering” often associated with the production of thin films and coatings. Unwanted outgassing can cause issues in your production.
The SEPAREL® membrane degassing module and eFLOW® Series can help reduce stationary charge that builds on a material surface.
SEPAREL® membrane degassing technology can help reduce the stationary charge that builds up on the surface of a material. For example, electrostatic overstress (EOS) and electrostatic discharge (ESD) can lead to field failures in semiconductors.
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