UNILENE® A80 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents a...view more
UNILENE® A80 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. view less
UNILENE® A90 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents a...view more
UNILENE® A90 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. view less
UNILENE® B100 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents ...view more
UNILENE® B100 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. view less
UNILENE® B110 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents ...view more
UNILENE® B110 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. view less
UNILENE® B120 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents ...view more
UNILENE® B120 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. view less
UNILENE® BS130 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents...view more
UNILENE® BS130 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. view less
UNILENE® BS140 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents...view more
UNILENE® BS140 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. view less
BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料
Versamid® 115 is a high viscosity, reactive polyamide resin designed for use with solid or liquid epoxy resins for flexible and resistant thermoset coating applications that cure at room temperature. This resin is also useful in adhesive applications. Ver...view more
Versamid® 115 is a high viscosity, reactive polyamide resin designed for use with solid or liquid epoxy resins for flexible and resistant thermoset coating applications that cure at room temperature. This resin is also useful in adhesive applications. Versamid® 115 and epoxy resin systems provide excellent resistance properties, adhesion and superior corrosion resistance.
They are more solvent and chemical resistant than Versamid® 100 systems and generally dry faster than Versamid® 125 systems. Versamid® 115 and epoxy resin systems are recommended for applications such as: maintenance coating applications; primers; and enamel paint formulations. view less
BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料
Versamid® 125 is a medium viscosity, reactive polyamide resin designed for use with solid or liquid epoxy resins for tough, chemical-resistant thermoset coating applications that cure at room temperature. This resin is also useful in adhesive applications...view more
Versamid® 125 is a medium viscosity, reactive polyamide resin designed for use with solid or liquid epoxy resins for tough, chemical-resistant thermoset coating applications that cure at room temperature. This resin is also useful in adhesive applications. Versamid® 125 and epoxy resin systems are generally harder than and cure more rapidly than Versamid® 140 systems.
It is often blended with Genamid® 250, a fatty amido amine resin, to provide a range of viscosities, cure speeds and resistance properties. Versamid® 125 and epoxy resin systems are recommended for applications such as: maintenance coating applications; primers; and enamel paint formulations. view less
BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料
Versamid® 126 is a medium viscosity, reactive polyamide resin that is a TETA-free alternative to Versamid® 125. It is designed for use with solid or liquid epoxy resins for tough, chemical-resistant thermoset adhesive and coating applications that cure at...view more
Versamid® 126 is a medium viscosity, reactive polyamide resin that is a TETA-free alternative to Versamid® 125. It is designed for use with solid or liquid epoxy resins for tough, chemical-resistant thermoset adhesive and coating applications that cure at room temperature. Versamid® 126 and epoxy resin systems are recommended for applications such as: maintenance coating applications; adhesives; and primers. view less
BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料
Versamid® 140 is a medium to low viscosity, reactive polyamide-based resin solution designed for use with solid or liquid epoxy resins to provide tough, chemical-resistant thermoset coating applications that cure at room temperature. This amber liquid is ...view more
Versamid® 140 is a medium to low viscosity, reactive polyamide-based resin solution designed for use with solid or liquid epoxy resins to provide tough, chemical-resistant thermoset coating applications that cure at room temperature. This amber liquid is also useful in adhesive applications. Versamid® 140 and epoxy resin coating systems are more chemical and solvent resistant than Versamid® 115 systems and generally lower in viscosity than Versamid® 125 systems.
It offers a unique combination of hardness and flexibility along with the highest chemical and solvent resistance of the dimmer-based polyamide resin series. Versamid® 140 and epoxy resin systems are recommended for applications such as: maintenance coating applications; primers; and high solids enamel paint formulations. view less
BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料
Versamid® 150 is a low viscosity, reactive polyamide resin designed for use with solid or liquid epoxy resins to provide tough, chemical resistance to thermoset coating and potting applications that cure at room temperature. It is a polyamide resin based ...view more
Versamid® 150 is a low viscosity, reactive polyamide resin designed for use with solid or liquid epoxy resins to provide tough, chemical resistance to thermoset coating and potting applications that cure at room temperature. It is a polyamide resin based on dimerized fatty acid and polyamines. Versamid® 150 and epoxy resin systems offer significantly lower viscosity than Versamid® 140 systems, while its chemical and solvent resistance, flexural strength and compressive strength properties are similar.
Versamid®150 systems will normally provide a faster cure rate and slightly less flexibility than Versamid® 140 systems. This product and epoxy resin systems are recommended for applications such as: industrial maintenance surface coating applications; primers, encapsulating potting and laminating applications; and low viscosity, thermoset adhesive formulations. view less
BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料
Versamine® 911 is a medium viscosity, fast-setting modified amine epoxy hardener designed for applications where blush-free surfaces with good flexibility are required. This product can be blended with Genamid®, Versamid® and select Versamine® epoxy harde...view more
Versamine® 911 is a medium viscosity, fast-setting modified amine epoxy hardener designed for applications where blush-free surfaces with good flexibility are required. This product can be blended with Genamid®, Versamid® and select Versamine® epoxy hardeners to decrease set-times. Typical applications include 100% solid coatings, decorative fast-setting floors, and patching compounds. view less
BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料
Versamine® EH 30 is a tertiary amine accelerator and curing agent for epoxy resin systems. The anionic catalyst is a Lewis base that contains unshared electrons to facilitate opening the oxirane ring. Versamine® EH 30, a Mannich base, shows marked acceler...view more
Versamine® EH 30 is a tertiary amine accelerator and curing agent for epoxy resin systems. The anionic catalyst is a Lewis base that contains unshared electrons to facilitate opening the oxirane ring. Versamine® EH 30, a Mannich base, shows marked acceleration because of the presence of the phenolic hydroxyl. view less
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