Products

Sylysia SY 240N is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Finma-Sil 30X-5EM are aqueous matting agent concentrates with a very broad compatibility in all tested water-based systems, including acrylate and polyurethane dispersions.

Finma-Sil 8-RX are aqueous matting agent concentrates with a very broad compatibility in all tested water-based systems, including acrylate and polyurethane dispersions.

Finma-Sil 15-FX are aqueous matting agent concentrates with a very broad compatibility in all tested water-based systems, including acrylate and polyurethane dispersions.

Finma-Sil 8-BX are aqueous matting agent concentrates with a very broad compatibility in all tested water-based systems, including acrylate and polyurethane dispersions.

Finma-Sil 20-MG are aqueous matting agent concentrates with a very broad compatibility in all tested water-based systems, including acrylate and polyurethane dispersions.

Sylysia SY 270 is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Finma-Sil 30X-5W are aqueous matting agent concentrates with a very broad compatibility in all tested water-based systems, including acrylate and polyurethane dispersions.

Sylysia SY 276 FA is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Finma-Sil 30X-5 are aqueous matting agent concentrates with a very broad compatibility in all tested water-based systems, including acrylate and polyurethane dispersions.

Sylysia SY 290 is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Sylysia SY 256 NF is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Sylysia SY 276 F is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Sylysia SY 270 N is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Sylysia SY 256 N is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Sylysia SY 276 is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Sylysia SY 290 N is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.

Sylysia SY 246 NF is a white, free-flowing powders of amorphous, micronized silica. sylysia is characterized by the fine pore network and the narrow, defined particle size distribution. These parameters are precisely adjusted to meet a wide variety of applications.