Products

FILCO® 345HP stands as an epoxy-phenol novolac resin formulated in a high-solid, solvent-free, non-ionic water dispersion, specifically intended as a film former within glass fiber sizings. Its appearance is that of a milky liquid, highlighting key characteristics such as being an epoxy-phenol novolac resin, existing in a non-ionic emulsion, and featuring a narrow particle size distribution.

FILCO® 313 is an epoxy resin expertly crafted within a non-ionic water dispersion, presenting as a milky liquid. Notably, FILCO® 313 boasts non-flammability. Additionally, it showcases high shear stability, enhances fiber integrity, and offers commendable toughness as key material features.

FILCO® 7605 is an urethanized epoxy resin available in a non-ionic water emulsion, presenting as a milky liquid. It is recommended as a film for glass fiber sizes in applications such as SMC roving and chopped strands for BMC. The resin exhibits several advantageous material features, including good non-yellowing properties, a favorable surface finish, excellent thermal stability, high hardness, and non-flammability.

FILCO® 74003 represents an epoxy resin available in non-ionic water dispersion, specifically utilized as a film former within glass fiber sizings. It manifests as a milky liquid. Noteworthy product characteristics include its purity as a pure epoxy resin, a narrow particle size distribution, along with properties such as hydrolysis and sedimentation stability, and high mechanical shear stability when the emulsion is diluted.

FILCO® 75011 is an epoxy resin in a milky liquid form, dispersed in a non-ionic water emulsion. It possesses characteristics such as good non-yellowing properties, non-flammability, and a tacky nature. This resin is compatible with reinforcements like carbon fiber and glass fiber, making it suitable for various applications where these materials are utilized.

FILCO® 309HP is an epoxy resin formulated in a non-ionic water emulsion, tailored for use as a film-former within glass fiber sizings. Its appearance presents it as a milky liquid, embodying characteristics such as pure epoxy resin composition, 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® 303HP is an epoxy resin crafted into a non-ionic water emulsion, specifically tailored as a film former within glass fiber sizings. Presenting as a milky liquid, its distinguishing characteristics include purity as a pure epoxy resin, an epoxy equivalent weight of 200g, a narrow particle size distribution, and remarkable mechanical shear stability when the emulsion is diluted.

FILCO® 8003 is a specialized modified epoxy resin presented in a non-ionic water emulsion, characterized by a narrow particle size distribution. This formulation ensures precision and uniformity in application. Noteworthy for its excellent shelf life, FILCO 8003 benefits from hydrolitic resistance, contributing to long-term stability and reliability. This epoxy resin, with its finely tuned characteristics, stands as a dependable choice for various applications requiring controlled particle size distribution and extended shelf life.

FILCO® JS 129 is an epoxy-ester resin that's dispersed in a non-ionic water emulsion, specifically employed as a film-former within glass fiber sizings. Its features include a non-ionic emulsifier integrated into the polymer, ensuring a narrow distribution of particle sizes. Additionally, it boasts an extended shelf life due to its resistance to hydrolysis, which is facilitated by the fine particle size. The resin also exhibits high mechanical shear stability when diluted and maintains stability against both hydrolysis and sedimentation over a broad pH spectrum.

FILCO® 322 is a urethanized epoxy resin meticulously crafted within a non-ionic water emulsion, dedicated to serving as a film-former within glass fiber sizings. It is presented in liquid form, showcasing notable material traits including excellent compatibility, good non-yellowing properties, a favorable surface finish, robust thermal stability, and high hardness. This versatile resin finds applications across various composite end-uses, such as Bulk Molding Compounds (BMC), Sheet Molding Compounds (SMC), and within automotive applications.

FILCO® 7902 C is a water-dispersible modified epoxy resin that exhibits a yellowish liquid appearance. It is recommended as a film for glass fiber sizes designed for direct roving applications. Notable material traits include non-flammability, a soft and tacky texture, and excellent water dispersibility.

FILCO® 74005 presents itself in a liquid physical form, catering to compatibility with both carbon fiber and glass fiber reinforcements. Highlighted material features include excellent compatibility, a narrow particle size distribution, and suitability for high-temperature applications. It belongs to the chemical family of Epoxy-Cresol Novolac.

FILCO® 306 is an epoxy resin crafted in a nonionic water emulsion, characterized by several key traits, including a pure epoxy resin composition, a narrow particle size distribution, stability against hydrolysis and sedimentation, a good shelf life, and robust mechanical shear stability even in diluted emulsions.

FILCO® 7875 is an epoxy resin available in non-ionic water dispersion, functioning as a film former in glass fiber sizings. It appears as a milky liquid. The key characteristics of this product include its purity as an epoxy resin, its non-ionic emulsion composition, exceptional thermal stability, and robust resistance to both chemicals and hydrolysis.

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.