Products

Springfield Industries SP-6201 is a solid epoxy containing aramid fiber at 20%concentration by weight. Consisting of coarse granules SP6201 can be easily fed into many mixing processes including twin screw extruders. Considered a master-batch, SP-6201 is generally used as a thixotropic viscosity modifying agent in single component heat activated formulations. It provides compounds with a high degree of shear thinning behavior. It also provides excellent and highly efficient flow control with minimal effect on adhesion attributes.

Springfield Industries SP-8005 is an elastomer modified liquid epoxy functional adduct. Its elastomer content is approximately 40% by weight. It is formed from the reaction of liquid diglycidyl ether of bisphenol A and carboxyl terminated butadiene-acrylonitrile elastomer (CTBN).

Springfield Industries SP-6202 is a solid epoxy containing aramid fiber at 20%concentration by weight. Consisting of coarse granules SP6202 can be easily fed into many mixing processes includingtwin screw extruders. Considered a master-batch, SP-6202 isgenerally used as a thixotropic viscosity modifying agent insingle component heat activated formulations. It providescompounds with a high degree of shear thinning behavior. Italso provides excellent and highly efficient flow control withminimal effect on adhesion attributes.

Springfield Industries SP-EA1004 is an elastomer modified solid epoxy functionaladduct. Its elastomer content is approximately 30% by weight.It is formed from the reaction of solid type 4 bisphenol Aepoxy with carboxyl terminated butadiene-acrylonitrileelastomer (CTBN).

Springfield Industries SP-8003 is an elastomer modified liquid epoxy functionalized adduct. Its elastomer content is approximately 40% by weight. SP-8003 is formed from the reaction of liquid epoxy phenol novolac resin (Bis-F) and carboxyl terminated butadiene acrylonitrile elastomer (CTBN).

Springfield Industries SP-8006 is an elastomer modified liquid epoxy functional adduct. Its elastomer content is approximately 40% by weight. It is formed from the reaction of liquid diglycidyl ether of bisphenol A and carboxyl terminated butadiene-acrylonitrile elastomer (CTBN).