SYNAFIL S fillers are based on synthetic fluorphlogopite and set themselves apart by their outstanding color purity and remarkable low heavy metal content. Based on these characteristics, they are suitable for face and body care applications like night and day creams, BB/ CC/ DD creams or moisturizing lotions. Due to their tight particle size distribution and light reflecting features, they can also help reduce skin imperfections like freckles or small wrinkles around the eye or lip areas. In color cosmetics, SYNAFIL S can be used in all segments ranging from foundations and concealers to pressed and loose eye shadows, powders, blushes and all kinds of lip cosmetics like balms, sticks or glosses. Used solely or in combination with ECKART effect pigments, these fillers provide perfect optical appearance of the skin and improve the adhesion of make-up.

SYNAFIL S fillers are based on synthetic fluorphlogopite and set themselves apart by their outstanding color purity and remarkable low heavy metal content. Based on these characteristics, they are suitable for face and body care applications like night and day creams, BB/ CC/ DD creams or moisturizing lotions. Due to their tight particle size distribution and light reflecting features, they can also help reduce skin imperfections like freckles or small wrinkles around the eye or lip areas. In color cosmetics, SYNAFIL S can be used in all segments ranging from foundations and concealers to pressed and loose eye shadows, powders, blushes and all kinds of lip cosmetics like balms, sticks or glosses. Used solely or in combination with ECKART effect pigments, these fillers provide perfect optical appearance of the skin and improve the adhesion of make-up.

HDK® T40 is applied as a thickening and thixotropic agent in coatings, printing inks, adhesives, cosmetics and others. It is used as a reinforcing filler in elastomers, mainly silicone-elastomers. HDK® T40 acts as a free flow additive in the production of powder coatings

HDK®H 15 is a synthetic, hydrophobic, amorphous silica, produced via flame hydrolysis.