Products

FILCO® 8890 HP is an epoxy resin available as a milky liquid in a non-ionic water emulsion, designed as a film-former in glass fiber sizings. It utilizes special surface-active agents, enabling higher solid content without viscosity elevation. This product boasts characteristics such as being a pure epoxy resin, having a narrow particle size distribution, demonstrating hydrolysis and sedimentation stability, featuring high mechanical shear stability of the diluted emulsion, and achieving a very high solid content.

FILCO® 8901 is a product with a milky liquid unsaturated polyester available in a non-ionic water emulsion. FILCO® 8901 is a liquid form with non-flammable properties and notable features such as excellent compatibility.

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.

FILCO® 9061 is an emulsion-based bisphenolic unsaturated polyester resin with distinctive features such as a very high molecular weight and rapid solubility in styrene. Its main attributes include a potent binding capacity for glass fibers and excellent compatibility with unsaturated polyester matrices. Primarily, FILCO® 9061 serves as a styrene-soluble binder for chopped strand mat (CSM) and continuous filament mat (CFM).

FILCO® 9657 is a product which has a powdered, highly crystalline unsaturated polyester resin, categorized as a thermoset polyester. FILCO® 9657 presents as an off-white powder with distinct crystalline characteristics.

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.

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® 9667 is a product which consists of an unsaturated polyester adduct that presents itself as an amber, viscous resin. FILCO® 9667 falls within the chemical family of bisphenols and is classified under the polymer name 'Thermoset Polyester'.

FILCO® BIO 670 is an unsaturated polyester resin available in powder form with a substantial content of bio-based materials. It appears as a yellowish powder and is categorized as a bio-based product. FILCO® BIO 670 is suitable for use with various polymers and resins, including epoxies (EP) and unsaturated polyester (UPE).

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® JS 105 is an unsaturated polyester resin provided in a milky liquid, non-ionic water emulsion. This resin is known for its highly unsaturated nature and contains a non-ionic emulsifier integrated into the polymer structure. Its key characteristics include hydrolysis and sedimentation stability, ensuring prolonged stability over time, a narrow distribution of particle sizes for uniform application, and high mechanical shear stability, particularly when the emulsion is diluted. These features make it suitable for various applications within the realm of polymer and emulsion-based processes, especially in the context of glass fiber treatment.

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® 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® JS 208 is an unsaturated polyester-epoxy resin, available as a non-ionic water dispersion, utilized as a film-former in glass fiber sizings. It boasts several key characteristics, including a narrow distribution of particle sizes, ensuring consistency. The resin offers an extended shelf life due to its resistance to hydrolysis, which is attributed to its fine particle size. Additionally, it exhibits high mechanical shear stability when diluted, contributing to its effectiveness in various applications within the glass fiber industry.

FILCO® JS 888 serves as an unsaturated polyester-epoxy resin, available in non-ionic water dispersion, specifically designed for application as a film former in glass fiber sizings. Key characteristics of this product include a narrow distribution of particle sizes, ensuring uniformity and consistency in its application. Its resistance to hydrolysis, attributed to the fine particle size, contributes to its extended shelf life. Moreover, when diluted, it maintains high mechanical shear stability, ensuring its effectiveness in various operations within the glass fiber industry.