Products in Carriers & Supports

USALCO Sodium Aluminate Solution (45%) is an economical source of highly reactive alumina manufactured by dissolving alumina tri‐hydrate (ATH) into sodium hydroxide and water. USALCO 45 is also stabilized to prevent alumina from precipitating. The use of only stringently selected raw materials and state‐of‐the‐art manufacturing practices ensures that USALCO 45 is of the highest quality. USALCO 45 meets the specifications of the American Water Works Association Standard B405‐16 and complies with the requirements of NSF/ANSI/CAN 60: Drinking Water Treatment Chemicals ‐Health Effects at a maximum dosage of 89 mg/L.

Evonik TEMPO is a versatile radical source widely used in oxidation reactions as a robust catalyst for both chemical and electrochemical pathways. It is also favored by producers of specialty vinyl monomers as an antipolymerant with some vapor pressure. TEMPO serves as a radical scavenger and oxidation catalyst.

TEKUCEL™ is a high-purity alumina support specifically designed for catalysts used in fluidized beds. It offers a combination of exceptional performance and economic feasibility while allowing for customized final specifications. This commercially available alumina is an economically viable option for use in fluidized bed reactors. TEKUCEL™, consisting of more than 99.5% pure gamma-phase alumina microspheres, finds applications in oxychlorination, propane dehydrogenation, and other related markets. Catalysts can be loaded onto TEKUCEL™ and effectively utilized in fluidized bed reactors.

Silverline 001 is a high-purity platy talc that is used as a flux for high-alumina ceramics and sanitary ware, and the low calcium content makes it an excellent substrate for cordierite catalyst supports. Silverline 001 is an excellent fluxing and processing additive for brick, clay pipe, roofing, and floor tile manufacture.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ D-70-120A (LV) silica gel is an excellent catalyst support in the manufacture of polyethylene and polypropylene. This is because of its chemical inertness, large surface area, and porosity level. The properties of the SUNSPERA™ silica gel have a significant effect on the polymerization process and properties of the finished polymer. This product is very suitable for Ziegler-Natta or Phillips catalysts.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ DM L-503 silica gel has a significant effect on the polymerization process and properties of the finished polymer. The pore structure, spherical shape, and particle distribution of SUNSPERA™ DM L-503 particles are precisely defined. Using them as catalyst supports improves the morphology and increases the bulk density of the finished polymer resin, as well as improves productivity. SUNSPERA™ DM L-503 is suitable for both liquid phase/slurry processes and gas phase processes.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ DM M-302 silica gel has a significant effect on the polymerization process and properties of the finished polymer. The pore structure, spherical shape, and particle distribution of SUNSPERA™ DM M-302 particles are precisely defined. Using them as catalyst supports improves the morphology and increases the bulk density of the finished polymer resin, as well as improves productivity. SUNSPERA™ DM M-302 is suitable for both liquid phase/slurry processes and gas phase processes.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ DM L-303 silica gel is an excellent catalyst support in the manufacture of polyethylene and polypropylene. This is because of its chemical inertness, large surface area, and porosity level. The properties of the SUNSPERA™ silica gel have a significant effect on the polymerization process and properties of the finished polymer. This product is recommended as a metallocene catalyst support.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ DM H-302 silica gel has a significant effect on the polymerization process and properties of the finished polymer. The pore structure, spherical shape, and particle distribution of SUNSPERA™ DM H-302 particles are precisely defined. Using them as catalyst supports improves the morphology and increases the bulk density of the finished polymer resin, as well as improves productivity. SUNSPERA™ DM H-302 is suitable for both liquid phase/slurry processes and gas phase processes.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ D-70-200A silica gel has a significant effect on the polymerization process and properties of the finished polymer. The pore structure, spherical shape, and particle distribution of SUNSPERA™ D-70-200A particles are precisely defined. Using them as catalyst supports improves the morphology and increases the bulk density of the finished polymer resin, as well as improves productivity. SUNSPERA™ D-70-200A is suitable for both liquid phase/slurry processes and gas phase processes.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ H-53 is a synthetic spherical silica with low cohesiveness and high fluidity. This SOLESPHERE™ product is a high-oil absorption grade with over twice the absorption capacity of the normal type. It is bulky, easily dispersible, and has distinct properties.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ NP-30 is a non-porous, heat-treated silica particle. Belonging to the NP-series, it has a very high hardness, so it is often used as a filler for increasing resin hardness. The high refractiveness of these grades offers good transparency when added to resins and films. It is also used for anti-blocking in film applications. The NP-series has excellent heat resistance and is very dimensionally stable at various temperature ranges.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ H-52 is a synthetic spherical silica with low cohesiveness and high fluidity. This SOLESPHERE™ product is a high-oil absorption grade with over twice the absorption capacity of the normal type. It is bulky, easily dispersible, and has distinct properties.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ H-121 is a synthetic spherical silica with low cohesiveness and high fluidity. This product leaves a smooth, hydrated skin feel with a matte visual effect. It is multi-porous and has a high specific surface area. This product offers the most functionality for O/W emulsions.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ H-51 is a synthetic spherical silica with low cohesiveness and high fluidity. This product is multi-porous and has a high specific surface area. This RESIFA™ SOLESPHERE™ silica is used for catalyst supports, as an additive in cosmetic and personal care applications, and in industrial applications.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ H-201 is a synthetic spherical silica with low cohesiveness and high fluidity. This product is multi-porous and has a high specific surface area. This RESIFA™ SOLESPHERE™ silica is used for catalyst supports, as an additive in cosmetic and personal care applications, and in industrial applications.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ H-33 is a synthetic spherical silica with low cohesiveness and high fluidity. This SOLESPHERE™ product is a high-oil absorption grade with over twice the absorption capacity of the normal type. It is bulky, easily dispersible, and has distinct properties.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ NP-200 is a non-porous, heat-treated silica particle. Belonging to the NP-series, it has a very high hardness, so it is often used as a filler for increasing resin hardness. The high refractiveness of these grades offers good transparency when added to resins and films. It is also used for anti-blocking in film applications. The NP-series has excellent heat resistance and is very dimensionally stable at various temperature ranges.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ H-31 is a synthetic spherical silica with low cohesiveness and high fluidity. This product is multi-porous and has a high specific surface area. This RESIFA™ SOLESPHERE™ silica is used for catalyst supports, as an additive in cosmetic and personal care applications, and in industrial applications.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ NP-100 is a non-porous, heat-treated silica particle. Belonging to the NP-series, it has a very high hardness, so it is often used as a filler for increasing resin hardness. The high refractiveness of these grades offers good transparency when added to resins and films. It is also used for anti-blocking in film applications. The NP-series has excellent heat resistance and is very dimensionally stable at various temperature ranges.

AGC Chemicals Americas, Inc. RESIFA™ SOLESPHERE™ H-122 is a synthetic spherical silica with low cohesiveness and high fluidity. This SOLESPHERE™ product is a high-oil absorption grade with over twice the absorption capacity of the normal type. It is bulky, easily dispersible, and has distinct properties.

MAGNESORB® is a registered trademark of The Dallas Group of America, Inc. for product based on a synthetic, amorphous, hydrous form of magnesium silicate. MAGNESORB® 2000R is a pure white, odorless powder designed to adsorb acids and other impurities. Its narrow particle size distribution results in superior filtration characteristics. MAGNESORB® 2000R is GRAS.

MAGNESORB® is a registered trademark of The Dallas Group of America, Inc. for a synthetic, amorphous, hydrous form of magnesium silicate. With a porous internal structure and enormous activated surface, MAGNESORB® products are ideal for use as adsorbents, anti-static flow agents, anti-caking agents, catalyst supports, carriers, and reinforcing fillers. MAGNESORB® 1500R is GRAS.

D-SOL® D60 is a registered trademark of The Dallas Group of America, Inc. for a synthetic, amorphous, hydrous form of magnesium silicate. With a porous internal structure and enormous, activated surface, D-SOL® products are ideal for use as adsorbents, anti-static flow agents, anti-caking agents, catalyst supports, carriers, and reinforcing fillers.

MAGNESOL® Polysorb 30/40 is a synthetic magnesium silicate adsorbent designed for deep purification of polyols which are generally used in the production of urethane polymers. Purification of polyols by adsorption using synthetic magnesium silicate is widely recognized as the most effective way to produce high quality polyols. Synthetic magnesium silicate is an amorphous material with high pore volume and active surface area. Due to the unique structure and surface chemistry, MAGNESOL® magnesium silicate adsorbents can selectively and very efficiently remove alkali metal catalysts, as well as other polar compounds from various polyols and surfactants. High adsorptivity and excellent filtration characteristics permit these adsorbents to be easily used in industrial conditions.

MAGNESOL® is a registered trademark of The Dallas Group of America, Inc. for a synthetic, amorphous, hydrous form of magnesium silicate. With a porous internal structure and enormous activated surface, Magnesol® products are ideal for use as adsorbents, anti-static flow agents, anti-caking agents, catalyst supports, carriers, and reinforcing fillers. MAGNESOL® Cartridge Grade is recommended for contact adsorption applications where the MAGNESOL® and adsorbed impurities are removed by filtration. Its particle characteristics are ideal for use in viscous materials where pressure drop across the filter media must be minimized.

SS-SOL 30 is colloidal silica. It is used in making catalysts, biological reserch-density gradient, inorganic binder.

SS-SOL 30A is colloidal silica (acid type). It is used in reinforcing organic polymers , making catalysts and hydrophilizing surface.

NexSil 12 is an alkaline dispersion of 12 nm colloidal silica at 30% SiO2 concentration in water. The particles are negatively charged and have a high specific surface area. The product can be used in a wide variety of applications such as precision investment casting, precision polishing, metal surface treatment, textile treatment, catalyst binder or other applications where a very small particle size colloidal silica is required.

SS-SOL 20AM is colloidal silica (stabilizer : NH3). It is used in reinforcing organic polymers , making catalysts and hydrophilizing surface.