Products

FILCO® 348HP is an epoxy resin formulated within a non-ionic water emulsion, designed specifically as a film-former within glass fiber sizings. Its appearance resembles that of a milky liquid. Key product characteristics encompass its composition as a pure epoxy resin, a narrow particle size distribution, stability against hydrolysis and sedimentation, high mechanical shear stability even in diluted emulsions, and, notably, a very high solid content.

FILCO® 661 MG is characterized by its good mechanical properties and resistance to hydrolysis. Tailored for applications in composites, specifically in lamination, this product is presented in powder form. It's designed to contribute essential characteristics necessary for durable and moisture-resistant laminated materials.

FILCO® 7707 is an aqueous dispersion featuring an aliphatic, blocked polyurethane resin formulated for glass fiber sizing. This innovative resin ensures exceptional characteristics, including high hydrolytical resistance, compatibility with PA matrices, and the ability to significantly enhance the mechanical properties of the final composite material.

FILCO® 7704 is an aqueous dispersion comprising an aliphatic, blocked polyurethane resin, specifically designed as a sizing agent for glass fiber applications. This innovative resin offers exceptional attributes, including high hydrolytical resistance, excellent compatibility with PA matrices, and the ability to impart elevated mechanical properties to the final composite.

FILCO® 8890 is an epoxy resin available as a milky liquid in a non-ionic water emulsion. Primarily used as a film-former in glass fiber sizings, it's tailored for applications demanding highly soft film characteristics. Its key attributes include being a pure epoxy resin, possessing a narrow particle size distribution, exhibiting hydrolysis and sedimentation stability, and showcasing the high mechanical shear stability of the diluted emulsion.

FILCO® 661 MF functions as a binder and boasts good mechanical properties along with resistance to hydrolysis. Tailored for use in composites, particularly in lamination applications, it exists in powder form, offering the necessary properties for applications where durability and resistance to moisture degradation are crucial.

FILCO® PU 102, a polyurethane resin in milky liquid form, boasts stability across a wide pH range and showcases a narrow particle size distribution, ensuring consistency in its applications. Its high mechanical shear stability in diluted emulsion makes it suitable for use as a film in glass fiber sizes. Specifically designed for chopped strands for thermoplastic matrices, particularly polyamides, it enhances the properties required for these materials' reinforcement and compatibility.

FILCO® 8120 is a non-ionic aqueous dispersion composed of a thermoplastic phenolic resin, formulated as sizing for glass fiber. It excels at providing effective fiber protection, enhancing hydrophobicity, and ensuring resistance against hydrolysis and thermal elements. The product is visually identified by its milky liquid appearance.

FILCO® 663P is a bisphenolic, unsaturated polyester resin available in powder form, utilized both as a binder and a component in adhesive formulations. It appears as a light yellow, free-flowing powder. This material showcases traits such as corrosion resistance, excellent compatibility, free-flowing properties, good mechanical characteristics, a high molecular weight, and resistance to hydrolysis.

FILCO® 389 represents a highly unsaturated polyester resin meticulously dispersed within a non-ionic water dispersion, specifically employed as a film former in glass fiber sizings. Notably, FILCO® 389 does not contain DAP (diallyl phthalate) and is suitable for applications involving food contact. Its appearance is that of a milky liquid. Key product characteristics include high unsaturation, integration of a non-ionic emulsifier within the polymer, stability against hydrolysis and sedimentation, a narrow particle size distribution, and remarkable high mechanical shear stability, even in diluted emulsions.

FILCO® 665 MG functions as a binder, possessing commendable mechanical properties and resilience against hydrolysis. Tailored for composite applications, specifically in lamination, this product is presented in powder form. It contributes crucial attributes necessary for the production of durable laminated materials that resist moisture-related degradation.

FILCO® PU 103, a polyurethane resin in milky liquid form, boasts stability across a wide pH range and showcases a narrow particle size distribution, ensuring consistency in its applications. Its high mechanical shear stability in diluted emulsion makes it suitable for use as a film in glass fiber sizes. Specifically designed for chopped strands for thermoplastic matrices, particularly polyamides, it enhances the properties required for these materials' reinforcement and compatibility.

FILCO® 74023 is an epoxy resin available in non-ionic water dispersion, employed as a film in glass fiber sizings. It presents itself in milky liquid form. Notable product characteristics include its purity as a pure epoxy resin, being a non-ionic emulsion, showcasing high thermal stability, and demonstrating strong resistance to chemicals and hydrolysis.

FILCO® 366 is a highly unsaturated polyester resin meticulously dispersed within a non-ionic water dispersion, dedicated to serving as a film former in glass fiber sizings. Its appearance is that of a milky liquid. Key product characteristics encompass its high unsaturation, integration of a non-ionic emulsifier within the polymer, stability against hydrolysis and sedimentation, a narrow particle size distribution, and high mechanical shear stability, even in diluted emulsions.

FILCO® 8902 is a milky liquid high-molecular-weight epoxy resin provided in non-ionic water dispersion. It serves as a film-former for glass fiber sizings, boasting features such as being a pure epoxy resin, possessing hydrolysis and sedimentation stability, as well as high mechanical shear stability in diluted emulsions.