Under the trade name ®RUCOTEC the RUDOLF GROUP develops and produces stain-repellent finishes based on fluorocarbon resins for imparting oil, soil and water-repellent finishes to stone.
RUCOTEC® B-FL 6
Fluorocarbon Impregnation solvent based
Addition level and application: The product is diluted by adding polar solvents, such as isopropyl acetate. For impregnations we recommend to dilute the product 1:4 to 1:9 with solvents
Chemical description: Fluorocarbon resin in combination with silanes / polysiloxanes PFOA and PFOS-free
Active substance: Approx. 25 %
Solvent: Isopropyl acetate
Appearance: Clear, yellowish, liquid
RUCOTEC® B-FO 6
Fluorocarbon Impregnation solvent based
Addition level and application: The product is diluted by adding non-polar solvents, such as white spirit or isoparaffins. For impregnations we recommend to dilute the product 1:4 to 1:9 with solvents.
Chemical description: Fluorocarbon resin in combination with silanes / polysiloxanes PFOA and PFOS-free
Active substance: Approx. 20 %
Solvent: Isoparaffin
Appearance: Clear, yellowish, liquid
RUCOTEC® B-FI 6
Fluorocarbon Impregnation solvent based
Addition level and application: The product is diluted by adding polar solvents, such as isopropyl acetate. For impregnations we recommend to dilute the product 1:4 to 1:9 with solvents
Chemical description: Fluorocarbon resin in combination with silanes / polysiloxanes PFOA and PFOS-free
Active substance: Approx. 27 %
Solvent: Isopropyl alcohol
Appearance: Clear, yellowish, liquid
RUCOTEC® B-FW 6
Fluorocarbon Impregnation water based
Addition level and application: The product is diluted by adding water. For impregnations we recommend to dilute the product 1:4 to 1:9 with water.
Chemical description: Fluorocarbon resin - PFOA and PFOS-free
Active substance: Approx. 27 %
Solvent: Water
Appearance: Milky, yellowish, liquid
RUCOTEC® B-FN 6
Fluorocarbon Impregnation water based
Addition level and application: The product is diluted by adding water. For impregnations we recommend to dilute the product 1:4 to 1:9 with water.
Chemical description: Fluorocarbon resin PFOA and PFOS-free
Active substance: Approx. 25 %
Solvent: Water
Appearance: Milky, yellowish, liquid
RUCOTEC® B-FS 6
Fluoro-Silicone-Impregnation water based
Addition level and application: The product is diluted by adding water. For impregnations we recommend to dilute the product 1:4 to 1:9 with water.
Chemical description: Fluorcarbonharz in Kombination mit Silanen / Polysiloxanen PFOA and PFOS-free
Active substance: Approx. 38 %
Solvent: Water
Appearance: Yellowish, liquid
RUCOTEC® B-FS solv.
Fluoro-Silicone-Impregnation solvent based
Addition level and application: The product is diluted by adding non-polar solvents, such as white spirit or isoparaffins. For impregnations we recommend to dilute the product 1:4 to 1:9 with solvents.
Chemical description: Fluorocarbon resin in combination with silanes / polysiloxanes PFOA and PFOS-free
Active substance: Approx. 44 %
Solvent: Isoparaffin
Appearance: Clear, yellowish, liquid
RUCOTEC® B-NE
Water and oil-repellent agent with colour enhancing effect for manufacturing aqueous impreg-nations or stain-repellents designed for the use on natural or artificial stone areas
Addition level and application: The product is diluted by adding water. For impregnations we recom-mend to dilute the product 1:3 to 1:9 with water.
Chemical description: Fluorocarbon resin in combination with acrylic resins PFOA and PFOS-free
Active substance: Approx. 42 %
Solvent: Water
Appearance: milky, liquid
RUCOTEC® EPV 3464
Ready for use, solvent-based water and oil-repellent impregnation for natural or artificial stones containing special colour intensifying components.
Addition level and application: The product is used undiluted.
Chemical description: Preparation of modified polysiloxanes and additives in organic solvents
Active substance: Approx. 15 %
Solvent: Industrial Spirit
Appearance: clear, liquid
RUDOLF Italia offers strong solutions for the construction industry! We are happy to assist you in implementing the process on your articles.