Flat-ayd FA-W-34
Silica and polyolefin dispersion
Elementis
底材表面处理剂, 混杂 >> 光泽控制
Surface conditioner, miscellaneous >> Gloss control
底材表面处理剂, 混杂 >> 粗糙剂 >> 天然硅土
Surface conditioner, miscellaneous >> Matting agent >> Natural silica
涂层 >> 水生
Coatings >> Waterborne
建筑/装饰
Architectural / Decorative
常规工业维护
General Industrial /Maintenance
木器 &家具涂层
Wood & Furniture Coatings
water/propylene glycol
FLAT-AYD FA-W-34 Flatting Additive provides efficient gloss reduction with simple stir in incorporation and assured reproduction of
results. It can be used to produce films of excellent clarity and sheen uniformity.
FLAT-AYD FA-W-34 Flatting Additive contains silica for flatting efficiency, and a polyolefin to provide a high degree of scuff and polish resistance.
Applications
FLAT-AYD FA-W-34 Flatting Additive is compatible with most water-borne coatings and can be used in decorative paints, industrial coatings, and wood and furniture coatings. It can be post added to correct gloss in a finished coating.
The use of FLAT-AYD FA-W-34 Flatting Additive provides the following benefits:
Easy incorporation
Reproduction of results
Sheen uniformity
High degree of scuff and polish resistance
Reduced dirt pick-up.
Dispersion of silica/polyolefin flatting agent in a surfactant vehicle for gloss control of coatings. Can be used in aqueous coatings.Provides simple stir-in incorporation, efficient gloss reduction and assured reproduction of results. Contains polyolefin and also provides a high degree of scuff and polish resistance. Coatings utilizing it produces films of excellent clarity and sheen uniformity.
The gloss of a coating can be reduced to any desired level by adding a sufficient amount of it. The greatest effect is obtained with coatings of low film build that are based on fast setting vehicles of low inherent gloss. In most applications 5% to 15% of it will reduce 60° gloss by 40 to 60 units.
To assure smooth, speck-free finishes, should be diluted with 5% to 10% solvent while under moderate agitation. Should then be slowly added to the coating under continued agitation. (Caution: Excessive mixing at high shear may cause loss of efficiency.)