Products

Deuteron® ST 500 comprises coarse plastic powders designed to create distinctive surface structures. Deuteron® ST 500 finds application in various coatings and inks. Additionally, these additives can be seamlessly combined with other surface additives, such as matting agents or waxes, offering enhanced versatility in achieving desired surface textures and effects in coatings and inks.

Deuteron® SO 302 comprises a liquid formulation containing fine elastomer particles dispersed in water. Specifically developed for water-based applications, it offers a dispersion of coarse elastic particles, ideal for textured, soft-feel coatings. Distinct from typical soft-touch additives, Deuteron® SO 302 features a larger particle size distribution, catering to specialized requirements for achieving textured surfaces and soft tactile experiences in coatings.

Deuteron® ST 250 comprises coarse plastic powders designed to create distinctive surface structures. Deuteron® ST 250 finds application in various coatings and inks. Additionally, these additives can be seamlessly combined with other surface additives, such as matting agents or waxes, offering enhanced versatility in achieving desired surface textures and effects in coatings and inks.

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® 368 is a saturated polyester resin in a non-ionic water emulsion, functioning as a plasticizer in sizing glass fiber. It appears as a milky liquid with main product characteristics such as medium-low molecular weight, non-ionic emulsion, narrow particle size distribution, and excellent compatibility with both polyester and PVAC emulsions.

FILCO® 657 is an unsaturated polyester resin in powder form that includes a catalyst and an antiblocking agent. Available in various formulations such as FILCO® 657 (approximately 1% catalyst) and FILCO® 657 (around 2% catalyst), it's recommended as an insoluble binder specifically tailored for producing Continuous Filament Mat (CFM). Its versatile applications encompass suitability for hot or cold pressing, vacuum and injection molding, as well as pultrusion processes.

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® 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® 388/4 is an easily dispersible unsaturated polyester resin in water, presenting as a yellow-amber, viscous liquid. It's recommended as a film-former for continuous filament mat (CFM) and is typically applied as a water micro-colloidal emulsion to glass fibers. Benzoyl peroxide can be incorporated as an initiator during its application.

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® 771 MG020 is an unsaturated polyester resin in powder form, employed as a binder for glass mat applications. It exhibits a light rose-colored appearance as a powder. Key characteristics include low viscosity in its molten state and a robust binding capability for glass fibers, particularly in 'hot melt' operational conditions.

FILCO® MASTER is an unsaturated polyester resin presented in a white powder form. As a thermoset polyester, it undergoes a permanent change when cured, providing enhanced durability and stability, especially when subjected to heat or other external factors. This powdered resin can be employed in various applications within the domain of polymer-based materials and composites.

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® 389 represents a highly unsaturated polyester resin meticulously dispersed within a non-ionic water dispersion, specifically employed as a film former in glass fiber sizings. Notably, FILCO® 389 does not contain DAP (diallyl phthalate) and is suitable for applications involving food contact. Its appearance is that of a milky liquid. Key product characteristics include high unsaturation, integration of a non-ionic emulsifier within the polymer, stability against hydrolysis and sedimentation, a narrow particle size distribution, and remarkable high mechanical shear stability, even in diluted emulsions.