Products

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® 669 PMX represents a bisphenolic, unsaturated polyester resin available in powder form, serving as a styrene-soluble binder specifically engineered for glass mat applications. Presented in a powdered physical form, it belongs to the chemical family of Unsaturated Polyester (UPE). Within composite materials, its functionalities cover resin, binder, and matrix material roles, displaying compatibility with glass fiber reinforcements.

FILCO® 366/1 serves as a film former within the chemical family of polyesters, particularly unsaturated polyester (UPE). Notably, it demonstrates slow solubility in styrene, contributing to the superior surface appearance of composite materials when applied. This characteristic makes it suitable for applications where achieving an enhanced surface finish is essential.

FILCO® 388 represents an easily dispersible unsaturated polyester resin in water. It presents as a yellow-amber, viscous liquid and is recommended as a film-former for continuous filament mat (CFM). Typically applied as a water micro-colloidal emulsion to glass fibers, FILCO 388 can incorporate benzoyl peroxide as an initiator during its application.

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® 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® 665 MG050 represents a bisphenolic, unsaturated polyester resin available in powder form, serving as a styrene-soluble binder specifically tailored for glass mat applications. It maintains a physical form as a powder, belonging to the chemical family Unsaturated Polyester (UPE). Within composite materials, its roles encompass functioning as a resin, binder, and matrix material, showcasing compatibility with glass fiber reinforcements.

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® 349 is an epoxy resin meticulously crafted within a non-ionic water emulsion, specifically intended to function as a film-former within glass fiber sizings. Its appearance mirrors that of a milky liquid. Notable product characteristics include its 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® 345 is an epoxy-novolac polymer carefully formulated within a non-ionic water emulsion. Its notable product characteristics encompass stability against hydrolysis and sedimentation across a broad pH range, ensuring a commendable shelf life. FILCO® 345 serves as an ideal film film within glass fiber sizings, enhancing the reinforcement of both thermoplastic and thermosetting resins.

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® 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® 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® 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® 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.