Products

Shakespeare® terpolymer series are linear polyamide grades with unique solubility characteristics and physical properties. They are compatible with other nylons and are ideal nylon carrier resins for color and functional additives requiring excellent dispersion and high loading. The resins offer improved adhesion to glass and metal surfaces. Selected grades are soluble in alcohol and can be applied by solution coating techniques.

Shakespeare® SVPX-115 is a high viscosity, semi-aromatic copolymer. In addition to superior chemical resistance and barrier properties, this resin offers high stiffness, strength and toughness. Typically, this resin is processed by injection molding and extrusion. Due to partial miscibility with other nylons, Shakespeare® SVPX-115 resin can be extruded in blends with other polyamide resins.

Shakespeare® HG31SI is a high viscosity PA612 material. This resin is specifically suited for applications requiring low moisture regain and greater dimensional stability. Shakespeare® HG31SI is also used in applications requiring goodelectrical insulation properties, and can be processed using conventional techniques.

Shakespeare® HZ73SI is a high viscosity, plasticized, PA 6 resin. It is specifically suited for applications requiring excellent abrasion resistance, tensile strength and elongation properties. This is an extrusion grade resin that can be processed using conventional techniques.

Shakespeare® SVPX-114 is a low/medium viscosity PA612 material. This resin is specifically suited for applicationsrequiring low moisture regain and greater dimensional stability. Shakespeare® SVPX-114 is also used in applications requiring good electrical insulation properties, and can be processed using conventional techniques.

Shakespeare® AD200SI is a high viscosity, semi-aromatic copolymer. This resin offers superior chemical resistance and barrier properties, and is specifically suited for applications requiring a gas, liquid or chemical barrier. By itself, Shakespeare® AD200SI is injection molded but it can be extruded in blends with other nylons. This resin offers higher elongation at break compared to other aromatic nylons.

Shakespeare® CV-140SI is a high viscosity PA6/69 material. This resin is specifically suited for applications requiring superior toughness and abrasion resistance. Shakespeare® CV-140SI is also used in applications requiring good electrical insulation properties, and can be processed using conventional techniques.

Shakespeare® CU95SI is a high viscosity, plasticized PA 6/66 copolymer resin. It is specifically suited for applications requiring excellent abrasion resistance while maintaining a balance of properties including chemical resistance and flexibility. This is an extrusion grade resin that can be processed using conventional techniques.

Shakespeare® AR190SI is a low viscosity, semi-aromatic copolymer. This resin offers superior chemical resistance and barrier properties, and is specifically suited for applications requiring a gas, liquid or chemical barrier. By itself, Shakespeare® AR190SI is injection molded but it can be extruded in blends with other nylons.

Shakespeare® SVPX-113 is a high viscosity PA612 material. This resin is specifically suited for applications requiring low moisture absorption, greater dimensional stability and enhanced flexibility. Shakespeare® SVPX-113 is also used in applications requiring good electrical insulation properties, and can be processed using conventional techniques.

Shakespeare® HG195SC is a low viscosity, compounding grade PA612 material. This resin is specifically suited for applications requiring low moisture regain and greater dimensional stability. Shakespeare® HG195SC is also used in applications requiring good electrical insulation properties, and can be processed using conventional techniques.

Shakespeare® HZ95SI is a high viscosity, plasticized, PA 6 resin. It is specifically suited for applications requiring excellent abrasion resistance, tensile strength and elongation properties. This is an extrusion grade resin that can be processed using conventional techniques.