Graphic Arts & Inks

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Flatting / Matting Additives

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  • AERODISP® W 1824 (K328)

    Raw Material

    Evonik Degussa GmbH - Aerosil - A low thickening aqueous based Aerosil® dispersion with a solids content of 24%.

  • AERODISP® W 1836 (K342)

    Raw Material

    Evonik Degussa GmbH - Aerosil - A low thickening, highly filled aqueous based Aerosil® dispersion.

  • AEROSIL® TT 600

    Raw Material

    Evonik Degussa GmbH - Aerosil - A hydrophilic fumed silica manufactured according to the Aerosil® process and showing a particularly high degree of agglomeration. It is used in PET-films, paints and coatings and as a catalyst substrate.

  • CC-4033

    Raw Material

    Lubrizol Advanced Materials, Inc. - It is an off white opaque liquid silica dispersion formulated to provide excellent gloss reduction for water-based flexographic and coatings. It is useful in flexographic water-based inks and water-based overprint varnishes.

  • CC-4043

    Raw Material

    Lubrizol Advanced Materials, Inc. - It is an off white opaque liquid silica dispersion formulated to provide excellent gloss reduction for water based flexographic and coatings. It is useful in flexographic water-based inks and water-based overprint varnishes.

  • CC-4199

    Raw Material

    Lubrizol Advanced Materials, Inc. - It is a white viscous liquid high solids, all-purpose polypropylene wax dispersion, designed for use in water-based inks and coatings. It is useful in flexographic water-based inks, gravure water-based inks, and water-based overprint varnishes.

  • CC-4393

    Raw Material

    Lubrizol Advanced Materials, Inc. - It is a white opaque liquid high solids, APE free wax dispersion developed especially for improved surface protection in aqueous coatings. It is useful for flexographic water-based inks and water based overprint varnishes.

  • CC-4397

    Raw Material

    Lubrizol Advanced Materials, Inc. - It is a brown liquid free-flowing additive concentrate that improves surface properties and provides matting in waterborne inks and coatings. It is useful for flexographic water-based inks, gravure water-based inks, and water based overprint varnishes.

  • CC-7629

    Raw Material

    Lubrizol Advanced Materials, Inc. - It is a smooth amber paste matting compound for energy curable inks and coatings designed to provide good matting properties in energy curable systems. It is suited for use in all energy curable inks.

  • CC-7652

    Raw Material

    Lubrizol Advanced Materials, Inc. - It is a smooth off-white paste matting compound for energy curable inks designed to provide matting as well as good rub resistance and slip for energy curing systems. It is suited for use in energy curable inks and coatings.

  • CERAFLOUR® 920

    Raw Material

    BYK - Micronized organic polymer for matting water-borne and solvent-borne paint systems. Micronized organic polymer.

  • NONSKID 59

    Raw Material

    Shamrock Technologies, Inc. - A micronized, modified polypropylene wax. Designed to impart non-skid properties in overprint varnishes. Is non-abrasive and, being a wax, will deform under extreme pressure to give some measure of rub resistance.

  • POLYWAX® 1000

    Raw Material

    Baker Petrolite - These are fully saturated homopolymers of ethylene that have high degrees of linearity and crystallinity. These synthetic waxes have narrow molecular weight distributions and narrow melt distributions. They also have low melt viscosities and are hard, even at elevated temperatures. This has a melting point of 235 degrees(F).

  • POLYWAX® 2000

    Raw Material

    Baker Petrolite - These are fully saturated homopolymers of ethylene that have high degrees of linearity and crystallinity. These synthetic waxes have narrow molecular weight distributions and narrow melt distributions. They also have low melt viscosities and are hard, even at elevated temperatures. This has a melting point of 259 degrees(F).

  • POLYWAX® 3000

    Raw Material

    Baker Petrolite - These are fully saturated homopolymers of ethylene that have high degrees of linearity and crystallinity. These synthetic waxes have narrow molecular weight distributions and narrow melt distributions. They also have low melt viscosities and are hard, even at elevated temperatures. This has a melting point of 265 degrees(F).

  • POLYWAX® 400

    Raw Material

    Baker Petrolite - These are fully saturated homopolymers of ethylene that have high degrees of linearity and crystallinity. These synthetic waxes have narrow molecular weight distributions and narrow melt distributions. They also have low melt viscosities and are hard, even at elevated temperatures. This has a melting point of 178 degrees(F).

  • POLYWAX® 500

    Raw Material

    Baker Petrolite - These are fully saturated homopolymers of ethylene that have high degrees of linearity and crystallinity. These synthetic waxes have narrow molecular weight distributions and narrow melt distributions. They also have low melt viscosities and are hard, even at elevated temperatures. This has a melting point of 190 degrees(F).

  • POLYWAX® 600

    Raw Material

    Baker Petrolite - These are fully saturated homopolymers of ethylene that have high degrees of linearity and crystallinity. These synthetic waxes have narrow molecular weight distributions and narrow melt distributions. They also have low melt viscosities and are hard, even at elevated temperatures. This has a melting point of 202 degrees(F).

  • POLYWAX® 655

    Raw Material

    Baker Petrolite - These are fully saturated homopolymers of ethylene that have high degrees of linearity and crystallinity. These synthetic waxes have narrow molecular weight distributions and narrow melt distributions. They also have low melt viscosities and are hard, even at elevated temperatures. This has a melting point of 211 degrees(F).

  • POLYWAX® 725

    Raw Material

    Baker Petrolite - These are fully saturated homopolymers of ethylene that have high degrees of linearity and crystallinity. These synthetic waxes have narrow molecular weight distributions and narrow melt distributions. They also have low melt viscosities and are hard, even at elevated temperatures. This has a melting point of 218 degrees(F).


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