Silica^® product recommendations

HYDREX® A slurry Magnesium Aluminosilicate has low pH, medium particle size, high brightness and oil absorption. These properties together with superior light scattering power and unique structure provide high performance in paper filling and coating applications. The performance is primarily seen in paper as improved brightness, opacity, printability and friction. HYDREX® A slurry Magnesium Aluminosilicate is also suitable for partial or total TiO₂ replacement depending on the paper application and is suitable for acid and alkaline paper environments.

HYDREX® P Magnesium Aluminosilicate has neutral pH, medium particle size, high brightness and oil absorption. These properties together with superior light scattering power and unique structure provide high performance in paper filling and coating applications. The performance is primarily seen in paper as improved brightness, opacity, printability and friction. HYDREX® P Magnesium Aluminosilicate is also suitable for partial or total TiO₂ replacement depending on the paper application and is suitable for acid and alkaline paper environments.

HYDREX® P Magnesium Aluminosilicate has neutral pH, medium particle size, high brightness and oil absorption. These properties together with superior light scattering power and unique structure provide high performance in paper filling and coating applications. The performance is primarily seen in paper as improved brightness, opacity, printability and friction. HYDREX® P Magnesium Aluminosilicate is also suitable for partial or total TiO₂ replacement depending on the paper application and is suitable for acid and alkaline paper environments.

HYDREX® P synthetic Magnesium Aluminosilicate has neutral pH, fine particle size, high brightness and oil absorption. These properties together with superior light scattering power and unique structure provide high performance in paper filling and coating applications. The performance is primarily seen in paper as improved brightness, opacity, printability and friction. HYDREX® P Magnesium Aluminosilicate is also suitable for partial or total TiO₂ replacement depending on the paper application and is suitable for acid and alkaline paper environments.

HYDREX® P slurry Magnesium Aluminosilicate has low pH, medium particle size, high brightness and oil absorption. These properties together with superior light scattering power and unique structure provide high performance in paper filling and coating applications. The performance is primarily seen in paper as improved brightness, opacity, printability and friction. HYDREX® P slurry Magnesium Aluminosilicate is also suitable for partial or total TiO₂ replacement depending on the paper application and is suitable for acid and alkaline paper environments.

Orally Disintegrating Tablet (ODT) technology delivers active ingredients to the body quicker, provides an oral dosage alternative for people who have difficulty swallowing tablets, and even boosts compliance in taking medication. RxCIPIENTS® FM1000 Calcium Silicate NF minimizes moisture uptakes in tablets which create a more robust tablet and a longer shelf life. RxCIPIENTS® FM1000 Calcium Silicate NF has a friability of less than one percent, as a result, tablets don’t require a special packaging. They can be packaged in bulk or high-density polyethylene (HDPE) bottles. The stronger tablets also enables manufacturers to produce ODTs in house with existing tableting equipment.

RxCIPIENTS® GL series silica glidants provide better or equal flow than traditional glidants, even when used at lower levels. Due to their higher bulk density, RxCIPENTS® GL products result in low dust levels making them easy to use and blend.
RxCIPIENTS® glidants are also conveniently available in a variety of grades with various particle sizes, density and morphology that make it easy to customize based on your formulation.