Fine-ground powder of polymethyl urea resin to modify friction, scratch resistance and haptics

Surface additives

Our polymethyl urea resin-based surface additives have been used for many years by our customers to modify the friction, scratch resistance and haptics of coatings because of their special chemical character. The Deuteron OG and SF types offer you a wide range of products supplied in various forms and with different reactive diluents.

Our surface additives at a glance

Product

Delivery Form

Solvent / Reactive thinner

D50

D99

Muster

Deuteron OG 861DispersionAtom. HC3,512Deuteron OG 8612DispersionAtom. HC2,37Deuteron OG 8614DispersionAtom. HC1,53,5Deuteron OG 863DispersionIPA3,512,5Deuteron OG 8632DispersionIPA2,37Deuteron OG 8634DispersionIPA1,53,5Deuteron OG 8670DispersionWater3,512,5Deuteron OG 8672DispersionWater2,88Deuteron OG 8674DispersionWater25Deuteron OG 8803DispersionDPGDA3,512Deuteron OG 8805DispersionDPGDA2,88Deuteron OG 8807DispersionDPGDA2,57Deuteron OG 8820DispersionTMPEOTA3,512Deuteron OG 8822DispersionTMPEOTA2,88Deuteron OG 8824DispersionTMPEOTA2,57Deuteron SF 505Powder-718Deuteron SF 707Powder-412Deuteron WSLiquidButylglycol--

Possibilities for surfave modification

Our Deuteron OG and SF products are fine-ground polymethyl urea resin plastics. These materials are thermosetting plastics and therefore have no softening range and/or melting point. This results in them having a number of benefits and properties that make them attractive for use as a surface modification agent in coatings.

Your advantages at a glance

  • Smoothness and haptics
  • Reduced static and sliding friction
  • Low surface roughness
  • Scratch and polish resistant
  • Metal marking resistant
  • Orientation of metallic or other effect pigments
  • Block resistant
  • Dirt repellency
  • Thermosets – no melting point
  • Relatively high hardness
  • Temperature-stable above 200 °C – briefly above 300 °C
  • Resistant to common coatings solvents
  • Wax and silicone free
  • Without wetting agent
  • recoatable