Products

FILCO® 9663 is an unsaturated polyester resin that comes in powdered form, presenting as a light yellow, free-flowing powder. Notably, it boasts a very high molecular weight and demonstrates rapid solubility in styrene. It exhibits robust binding strength, especially in 'hot melt' operating conditions, and showcases excellent compatibility with unsaturated polyester matrices.

FILCO® 661 is a bisphenolic, unsaturated polyester resin available in powder form, specifically employed as a binder for chopped strand mat applications. It presents as a light yellow powder. Notable product characteristics include a very high molecular weight, rapid solubility in styrene, a high binding capacity for glass fibers, particularly in 'hot melt' operating conditions, and excellent compatibility with unsaturated polyester matrices.

FILCO® 8815 stands as a film-forming solution designed for carbon fiber applications. These epoxy, modified epoxy, or novolac resins are presented in non-ionic water emulsion form. They exhibit high compatibility with matrices, offering a diverse range of Tg (glass transition temperature). This variability allows for the selection of an appropriate product tailored to suit the specific production processes of the final composite material.

FILCO® 657/01 NP represents an unsaturated polyester resin available in powder form, presenting as an off-white, free-flowing powder. It serves as a recommended binder for producing insoluble glass mats. These mats, derived from chopped strands or continuous filaments, find application in various processes such as hot or cold press, pultrusion, vacuum, and injection (RTM) moldings.

FILCO® 108 is a product which stands as a polyurethane resin, expertly formulated within an anionic or nonionic water dispersion. FILCO® 108 is a liquid-based product which boasts a prominent labeling claim of being non-flammable, showcasing its inherent safety and reliability.

FILCO® 659 is an unsaturated polyester resin, presented in powder form and incorporating a catalyst. Classified under the polymer name 'Thermoset Polyester,' it exists in a powdered physical form and functions as a resin, binder, and matrix material within composite materials.

FILCO® JM 366 is an unsaturated polyester resin formulated in a non-ionic water emulsion. It's characterized by its highly unsaturated nature, which integrates a non-ionic emulsifier within the polymer matrix. This resin offers stability against hydrolysis and sedimentation, features a narrow distribution of particle sizes, and maintains high mechanical shear stability even in diluted emulsion forms.

FILCO® 75006 is a water-based dispersion featuring an aliphatic polyurethane resin, specifically designed for use as a glass fiber sizing. This dispersion demonstrates excellent compatibility with PA (polyamide) matrices, ensuring seamless integration into composite systems. Renowned for its high adhesion to glass fiber, FILCO 75006 enhances the structural integrity and performance of composite materials. Additionally, it exhibits good compatibility with sizing components, emphasizing its versatility and ease of incorporation into various manufacturing processes. This aqueous dispersion serves as a reliable and effective solution for optimizing the properties of glass fiber-reinforced composites.

FILCO® 74024 is an unsaturated bisphenolic resin available in a non-ionic water emulsion, exhibiting stability across a broad pH spectrum. It appears as a milky liquid and maintains a liquid physical form. Compatible with glass fiber reinforcements, it boasts non-flammable properties and a non-tacky surface. Classified under the chemical family of Bisphenols, it finds application in composite end-uses, particularly in laminates.

FILCO® 656-1 is an unsaturated polyester resin available in powder form, incorporating a catalyst and an antiblocking agent. It presents as an off-white powder. This product is recommended as an insoluble binder specifically designed for the production of Continuous Filament Mat (CFM). Its versatile applications include suitability for hot or cold pressing, vacuum and injection molding, as well as pultrusion processes.

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® 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® JS 126 serves as a saturated polyester resin incorporated within a non-ionic water emulsion, functioning as a plasticizer within glass fiber sizing applications. It embodies the characteristics of a saturated polyester with a medium to low molecular weight, forming a non-ionic emulsion with a narrow particle size distribution. This resin showcases excellent compatibility with both polyester and PVAc emulsions, enhancing its versatility in various applications.

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® 9661 is an unsaturated polyester resin available in powdered form. It manifests as a light yellow, free-flowing powder and is characterized by a very high molecular weight. Notably, it demonstrates rapid solubility in styrene and exhibits substantial binding strength for glass fibers, particularly in 'hot melt' conditions.