Products

FILCO® 665 MF serves as a binder, offering good mechanical properties and resistance to hydrolysis. Tailored for use in composites, particularly in lamination applications, this product is available in powder form. It contributes to the essential characteristics required for durable and moisture-resistant laminated materials.

FILCO® 665 MF020 is a bisphenolic, unsaturated polyester resin available in powder form, serving as a styrene-soluble binder specifically designed for glass mat applications. It exists in a powdered physical form, belonging to the chemical family of unsaturated polyester (UPE). Within composite materials, it functions as a resin, binder, and matrix material, displaying compatibility with glass fiber reinforcements.

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® 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® 667 is an unsaturated polyester resin available in powder form, designed as a binder for glass mat applications. Its appearance is that of a light yellow powder. Key product characteristics include low viscosity in a molten state and a high binding capacity for glass fibers, particularly in 'hot melt' operating conditions. In its physical form as a powder, it serves multiple functions within composite materials, functioning as a resin, binder, and matrix material. It boasts features such as low viscosity and high binding power, classified under the polymer name 'Thermoset Polyester.

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® 700 is a product which serves as an organic antistatic agent utilized in formulating sizes specifically designed for glass filaments. FILCO® 700 appears as an amber, viscous substance and functions within composite materials as an anti-static agent compatible with glass fiber reinforcements.

FILCO® 700 AO is a product which serves as an organic antistatic agent specifically employed in the formulation of glass filament sizes. Within composite materials, its role primarily focuses on functioning as an anti-static agent, showcasing compatibility with glass fiber reinforcements.

FILCO® 718 is the result of the condensation process between aliphatic polyamines and fatty acids, serving as a cationic lubricant specifically tailored for glass fiber sizings. It presents as a yellowish liquid and exists in a liquid physical form. Within composite materials, its function primarily revolves around acting as a lubricant compatible with glass fiber reinforcements. Additionally, it boasts a labeling claim of being non-flammable and belongs to the chemical family of polyamines.

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® 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® 74006 is a polyurethane resin available in non-ionic water dispersion, specifically employed as a film former within glass fiber sizings. It is characterized by its milky liquid appearance. Key product characteristics include being an aliphatic polyurethane resin, existing as a non-ionic emulsion, possessing high mechanical shear stability when the emulsion is diluted, and exhibiting a narrow particle size distribution.

FILCO® 74012 high molecular weight epoxy film-formers are specifically engineered for application in thermoplastic matrices, such as Polybutylene Terephthalate (PBT) and Polycarbonates (PC). Characterized by exceptional high dilution and shear stability, these film-formers contribute to the production of films that are notably hard yet not brittle. This unique quality enhances fiber integrity, making them a valuable component in composite materials. Functioning as film formers, these epoxy derivatives play a crucial role in reinforcing thermoplastic matrices, ensuring durability and structural integrity in diverse applications.

FILCO® 74015 is an epoxy ester within the chemical family of epoxy-based compounds. It offers notable features such as high hardness, a high molecular weight, and exceptional shear stability. Specifically designed as a film film, it contributes to improved fiber integrity in composite materials.

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.