TS® R5045/R5045S is a hydroxypropyl methylcellulose (HPMC) with enhanced properties, designed to improve the workability of dry mixed mortars. It is a non-ionic, water-soluble polymer powder suitable for various applications, including tile adhesive (C1E/C2E) and grout, adhesion and embedding mortar for ETICs, decorative render and plaster, troweling mortar, and other special mortar and concrete applications. It offers good paste stabilization, excellent wetting and troweling ability, long open time, and good compatibility with other additives.

TS® HC30000S is a hydroxyethyl cellulose ether, a non-ionic, water-soluble polymer powder designed to enhance the rheological performance of latex paints. It is suitable for interior and exterior wall paints, stone paints, texture paints, limestone render, and lime and cement-based stucco. The product offers good biostability with no viscosity loss, easy dispersion and dissolution in cool water without forming lumps, outstanding spatter resistance, excellent color acceptance and development, and reliable can stability.

TS® HC15000S is a hydroxyethyl cellulose ether, a non-ionic, water-soluble polymer powder designed to enhance the rheological performance of latex paints. It is suitable for interior and exterior wall paints, stone paints, texture paints, limestone render, and lime and cement-based stucco. It offers good biostability with no viscosity loss, disperses easily in cool water without forming lumps, provides excellent spatter resistance, and ensures strong color acceptance and development, along with good can stability.

TS® HC100000S is a hydroxyethyl cellulose ether, a non-ionic, water-soluble polymer powder designed to enhance the rheological performance of latex paints. It is ideal for use in interior and exterior wall paints, stone paints, texture paints, limestone render, and lime and cement-based stucco. This product offers good biostability with no viscosity loss, easy dispersion and dissolution in cool water without forming lumps, excellent spatter resistance, strong color acceptance and development, and reliable can stability.