Thank you for your inquiry.
We will contact you within a few business days.
(Business Unit Performance Materials, Sales Support Team)
Gedung AIA Central, Level 39, Jl. Jend. Sudirman Kav. 48A, Jakarta Selatan, Indonesia
+62 21 2988 8557
Success! Your inquiry has been submitted to our Sales team.
Something went wrong! Please try after some time.
We have found 2 items.
| Requestor's contact details | |
| Full name | |
| Company | |
| Position | |
| Telephone number | |
| Work email address | |
| Shipping address | |
Thank you. Your request has been sent.
Deuteron MK-matting agents are suitable as exclusive matting agents for water-borne, solvent-borne and solvent-free systems, air-drying as well as stoving. They can also be used in printing inks, wood lacquers, UV-curing coatings, coil-coatings, lacquers on foils, aqueous wood- and furniture varnishes.
The finer types are suitable where particularly thin dry films are applied or where very smooth surfaces have to be realized. The combination with inorganic matting agents is possible and leads to improved mechanical resistances. Scratch resistance and resistance against polishing will be increased.
Deuteron MK matting agents are micro-ground resp. micronized powders. The fineness enables Deuteron MK-products to be used in a wide field of applications for producing satin-flat and satin-gloss coatings. The small binder demand of Deuteron MK only leads to a nonessential viscosity influence, which is important for UV-curing lacquers. Deuteron MK is resistant against solvents and chemicals which are customary in the paint industry. These products can also be used in exterior applications. Adjustments to specific requirements can easily be made due to the different particle sizes, available.
DEUTERON SF 707 is Duroplastic additive for haptic surface modification. Deuteron SF 707 increases the smoothness and adds a pleasant grip to the surface. It includes neither waxes nor silicones. The matting effect is smooth, so that the haptic can be adjusted, without heavily influencing the gloss level. The unique synthesis of Deuteron SF surface additives leads to compact particle structures with high hardness and low COF (coefficient of friction) – this property makes them excellent alternatives to traditional PTFE based additives. Because of their highly compatible chemistry they can be used in a wide variety of different applications and systems