Products

Dispersix® 4 PC is a growing family of hybrid inorganic-organic microspheres, specifically optimized for high consistency rubber silicone cure chemistry. It helps formulators achieve breakthrough gains in productivity for silica-reinforced HCR compounds.

Fortimix® CX-3 is an additive for rubber that features surface-treated microspheres that serve as multifunctional process aids for enhanced properties. It is used to achieve toughness, elastic recovery, tear, and compression set, in addition to the processing benefits of Spherix® microspheres.

Fortimix® HV is an additive for rubber that features surface-treated microspheres that serve as multifunctional process aids for enhanced properties. It is used to achieve toughness, elastic recovery, tear, and compression set, in addition to the processing benefits of Spherix® microspheres.

Fortimix® SC is an additive for rubber that features surface-treated microspheres that serve as multifunctional process aids for enhanced properties. It is used to achieve toughness, elastic recovery, tear, and compression set, in addition to the processing benefits of Spherix® microspheres.

Spherix® 15 is an aluminosilicate ceramic (ASC) product with unique advantages for increasingly competitive industries. It has signature spherical shape that promotes its performance-enhancing properties and is a 100% sustainable post-industrial mineral.

Fortimix® NC-3 is an additive for rubber that features surface-treated microspheres that serve as multifunctional process aids for enhanced properties. It is used to achieve toughness, elastic recovery, tear, and compression set, in addition to the processing benefits of Spherix® microspheres.

Spherix® 20M is an aluminosilicate ceramic (ASC) product with unique advantages for increasingly competitive industries. It has signature spherical shape that promotes its performance-enhancing properties and is a 100% sustainable post-industrial mineral.

Dispersix® 4 PC-2 is a growing family of hybrid inorganic-organic microspheres, specifically optimized for high consistency rubber silicone cure chemistry. It helps formulators achieve breakthrough gains in productivity for silica-reinforced HCR compounds.