Industrial specialties

DYNASYLAN® DAMO

Adhesion promoter between glass, metals, fillers and organic polymers. Also acts as a surface modifier. Shelf life: 12 months.Benefits:Improved flexural, tensile and impact strength as well as modulus of elasticityMoisture and corrosion resistance

DYNASYLAN® DAMO-T

Additive for foundry resins, mineral filled polymers, glass and metal primers. Shelf life: 12 months.Benefits:Improved flexural-, tensile- and impact strengthMoisture and corrosion resistanceImproved adhesion and modulus of elasticity

DYNASYLAN® F 8261

Additive for flourosilicone synthesis and sol-gel systems. It is an easy-to-clean water repellant. Used in treatment of automotive glass like wiperless windshield. Shelf life: 12 months.Benefits:Surface modifier on mostly hydroxyfunctional substratesSuitable for CVD processes

DYNASYLAN® F 8263

Surface modifier on oxidic, carboxy and hydroxy-functional substrates such as glass and ceramic. Used for treatment of automotive glass like wiperless windshield. Shelf life: 6 months.Benefits:Ready for use in i-propanolCan establish permanent chemical bond by elimination of ethanol/ water

DYNASYLAN® F 8815

Surface modification agent, water- and oil- repellant used for easy to clean treatment of textiles. Shelf life: 12 months.Benefits:Ability to create chemical bond to the substrate system

DYNASYLAN® GLYEO

Adhesion promoter, surface modifier and crosslinking agent for both inorganic materials and organic polymers. Recommended for glass, metals and fillers. Shelf life: 12 months.Benefits:Bifunctional organosilaneLow viscosity product with slight terpentine-like odor

DYNASYLAN® GLYMO

Adhesion promoter, crosslinking agent and surface modifier for both inorganic materials and organic polymers. Used in glass, metals and fillers. Shelf life: 12 months.Benefits:Low viscosity product with slight terpentine-like odorBifunctional organosilane

DYNASYLAN® HMDS

Reagent for silylation of protic organic and inorganic materials. Shelf life: 1 year.Benefits:It provides blocking and protection of hydroxylic groups in natural products and organic intermediatesThe silylated derivatives exhibit improved chemical stability and can be detected by gas chromatography