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Deuteron OG 8807

1 of 86 products in this brand
Deuteron OG 8807 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability of over 200°C. When used as an additive in radically curing coatings systems, Deuteron OG 8807 improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 8807 does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 880x can be customized to realize a variety of surface protection and matting objectives.Deuteron OG 8807 is intended for use in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 8807 can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. back

Functions: Surface Modifier

Chemical Family: Urea & Urea Derivatives

End Uses: Radiation Curable Coating, Varnishes

Features: Abrasion Resistance, Improved Slip

Technical Data Sheet
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Identification & Functionality

CASE Ingredients Functions
Technologies
Chemical Description

Polymethyl urea resin / DPGDA

Features & Benefits

CASE Ingredients Features

Applications & Uses

Cure Method
Applications

Deuteron OG 880x is intended for use in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 880x can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance.

Dosage

The optimum dosage depends on the employed binder and the required surface properties. The exact dosage should be determined by own trials. Initially an addition of 1,0 % can be used as a starting value. When a matt finish is desired, the required dosage may be relatively high (> 8 %). It must be considered whether the use of the additive will have the desired effect in systems with a high film thickness. Reason for this doubt is the poor orientation to the surface which is in turn caused by the low shrinkage or lack / evaporation of the reactive thinner. A prerequisite for use as a matting agent is that the base system possesses the necessary filmforming properties for matting. The fraction of reactive thinner (DPGDA) must be taken into account when preparing the overall formulation and calculating the UV-initiator concentration.

Processing

Deuteron OG 880x should be incorporated into the coating system after grinding by stirrer or dissolver. High shear forces can destroy the stabilization against sedimentation. This can lead to settling if the end system was not stabilized sufficiently

Properties

Physical Form
Typical Properties
ValueUnitsTest Method / Conditions
Type / Chem. basePMU
Active Content30%
Particle Size Distribution
ValueUnitsTest Method / Conditions
Particle size d50max. 2.5µm
Particle size d99max. 7.0µm
d502.5µm
d997.0µm

Safety & Health

Safety Regulations

According to Regulation (EC) No. 1272/2008 Deuteron OG 880x is classified as a dangerous product and therefore needs to be labeled.

Storage & Handling

Shelf Life
6 Months
Storage Conditions & Package Sizes

Deuteron OG 880x additives can be stored in their tightly-sealed original containers at room temperature for at least 6 months. Deuteron OG 880x additives may show slight serum formation (in this case enrichment of reactive thinner at the surface). This may lead to concentration shifts, among other things. Brief stirring will remedy this.

  • Metal can: 25 kg net
  • Metal drum: 220 kg net

The metal containers are coated on the inside and outside.