NEUBURG SILICEOUS EARTH - functional fillers for

Mar 9, 2022

mETAL COATINGS

corossion protection coatings

korrosionsschutz

ADVANTAGES OF USING NEUBURG SILICEOUS EARTH

  • excellent dispersion properties
  • good rheological properties
  • very low sedimentation
  • low abrasivity
  • fast drying
  • good weathering resistance
  • good corrosion protection
  • good chemical resistance, especially against acids
  • excellent abrasion resistance
  • potential for reducing the corrosion protection pigment

Powder coatings

pulverlack

ADVANTAGES OF USING NEUBURG SILICEOUS EARTH

  • excellent dispersion properties
  • low abrasivity
  • good edge covering
  • scratch resistance
  • abrasion resistance
  • flexibility (Erichsen cupping, impact)
  • good corrosion protection, especially low delamination and rust creep
  • good chemical resistance, especially against hot water
  • improved hiding power or partial replacement of titanium dioxide

PLASTIC COATINGS

Screen printing inks

header-thieme-siebdruckmaschine

ADVANTAGES OF USING NEUBURG SILICEOUS EARTH

  • excellent dispersion properites
  • good rheological properties
  • improved ink transfer
  • very good edge definition with high resolution printing

Elastomer Compounds

FKM compounds

fkm

ADVANTAGES OF USING NEUBURG SILICEOUS EARTH

  • very low sieve residue
  • good mixing and dispersion properties
  • high tensile strength
  • high abrasion resistance
  • long flow time with short vulcanization time
  • easy deflashing
  • low compression set
  • good resistance to substances (fuel, oil, water, acid)
  • avoidance of mold fouling caused on dies caused by filler

RECOMMENDED PRODUCTS For

Silicone rubber compounds

silikonkautschuk

ADVANTAGES OF USING NEUBURG SILICEOUS EARTH

  • good extrusion properties and collapse resistance
  • reduced stickiness
  • no blooming
  • drier surface
  • very good oil resistance
  • low tension and compression set without post cure
  • partial replacement of ATH with Aktisil Q, Aktifit Q or Silfit Z 91 provides practically the same flame-retardant properties of pure ATH