Additifs résistants aux frottements

• All  

• A-C® 316

  Matière Première

  Honeywell Specialty Additives - Oxidized PE Homopolymer that is available in low, medium, and high density. This product emulsifies easily with anionic and cationic surfactants and is used for paper coatings and lubricants, ceramic binders, textile softeners, and overprint varnish.

• A-C® 3A

  Matière Première

  Honeywell Specialty Additives - PE Homopolymer for use in hot melt adhesives, cable fill, candles, PVC processing flexography, lithography, and other applications.

• AQUACER® 513

  Matière Première

  BYK - Wax emulsions to improve surface protection of aqueous paint systems and printing inks. Non-ionic emulsion based on an oxidized HD polyethylene wax.

• AQUACER® 531

  Matière Première

  BYK - Wax emulsion for improving surface properties of water-borne industrial paints and printing inks. Non-ionic emulsion based on a modified polyethylene wax.

• AQUACER® 552

  Matière Première

  BYK - Wax emulsions to improve surface protection of aqueous paint systems and printing inks. Non-ionic emulsion based on an oxidized HD polyethylene wax.

• AQUACER® 593

  Matière Première

  BYK - Wax emulsion for improving anti slip of water-borne paint systems and printing inks. Non-ionic emulsion of a modified polypropylene wax.

• AQUAMAT® 263

  Matière Première

  BYK - Flatting aqueous wax dispersions for improving surface properties of water-borne paint systems and printing inks. Oxidized HD polyethylene wax dispersion.

• CERACOL® 39

  Matière Première

  BYK - A wax dispersion for improving surface properties of solvent-borne printing inks. Polyethylene wax dispersion.

• CERAFLOUR® 940

  Matière Première

  BYK - A micronized wax for improving surface properties of solvent-borne and UV-curing printing inks. Micronized Fischer Tropsch wax.

• CERASPERSE 195

  Matière Première

  Shamrock Technologies b.v.b.a. - A 50% ultrafine microcrystalline wax compound. Used in heat-set inks.

• CERASPERSE 332FM

  Matière Première

  Shamrock Technologies b.v.b.a. - An ultrafine microcrystalline / polytetrafluoroethylene wax compound. Used in heat-set lithographic inks.

• CERASPERSE 471V

  Matière Première

  Shamrock Technologies b.v.b.a. - A 40% polyethylene wax in a universal lithographic system. Used in lithographic inks.

• CERASPERSE 550FM

  Matière Première

  Shamrock Technologies b.v.b.a. - An ultrafine microcrystalline wax compound fortified with polytetrafluoroethylene. Used in heat-set lithographic inks.

• CERASPERSE 55L

  Matière Première

  Shamrock Technologies b.v.b.a. - A 32% polyethylene compound in linseed oil. Provides sheet-fed lithographic inks with excellent gloss, slip and rub resistance properties.

• CERASPERSE 92L

  Matière Première

  Shamrock Technologies b.v.b.a. - A 32% polyethylene wax compound in linseed oil. Used in sheet-fed lithographic inks. Provides slip, and rub resistance.

• EVERGLIDE UV 231D

  Matière Première

  Shamrock Technologies b.v.b.a. - A 35% polyethylene/PTFE dispersion in TRPGDA for use in UV inks and coatings. Specially formulated to impart rub or slip properties to a variety of UV inks and coatings.

• EVERGLIDE UV 600D

  Matière Première

  Shamrock Technologies b.v.b.a. - A 50% polyethylene dispersion in tri-decylstearate for use in UV inks and coatings. Offers increased hardness, recoatability, taber abrasion resistance and anti-blocking.

• EVERGLIDE UV 691

  Matière Première

  Shamrock Technologies b.v.b.a. - A 25% oxidized polyethylene wax dispersion in TRPGDA developed for UV inks and coatings. Provides slip and transit abrasion resistance, while maintaining gloss and clarity.

• FLUORO AQ 50

  Matière Première

  Shamrock Technologies b.v.b.a. - A stable, 50% polytetrafluoroethylene dispersion in water. It offers excellent lubrication properties, and high slip and abrasion resistance in coatings. Used in metal, plastic, glass and paper coatings.

• FLUORO C-369

  Matière Première

  Shamrock Technologies b.v.b.a. - A special micronized PTFE grade for use in powder coatings. It may be used alone or in combination with other waxes to maximize abrasion resistance and slip (lubricity) without affecting the surface profile of the finished coating.