Aldex

This is a high-quality, strongly acidic gel-type cation resin supplied in the hydrogen form. It is manufactured under special conditions to meet the exacting requirements for ultrapure water production.

This is a premium-grade, high-capacity, strongly acidic macroporous cation resin in the sodium form, designed for water softening applications. It combines high capacity characteristics with increased resistance to oxidation, making it suitable for waters with high temperatures and/or elevated levels of oxidizing agents such as chlorine, ozone, hydrogen peroxide, and/or iron. This resin is more highly crosslinked than our standard gel-type cation resin.

This product boasts a label claim of being odor-free, making it suitable for various industrial applications. With features such as lower TOC leakage and a uniform particle size distribution, it is specifically designed for ultrapure water manufacturing. In its solid form, it presents as beads.

This is a macroporous tertiary amine weak base anion resin made with a styrene/divinylbenzene matrix. It exhibits superior kinetics and greater resistance to osmotic shock compared to gel-type weak base resins. This resin boasts tremendous regeneration efficiency and low rinse requirements. Additionally, it is capable of reversibly adsorbing large organic ions.

This is a premium-grade, high-capacity, strongly acidic macroporous cation resin in the sodium form, specifically designed for water softening applications. It combines high-capacity characteristics with increased resistance to oxidation, which is essential for waters with high temperatures and/or elevated levels of oxidizing agents such as chlorine, ozone, hydrogen peroxide, and/or iron. It is more highly crosslinked than our standard gel-type cation resin.

This is a premium-grade, strongly acidic, uniform particle size (UPS) macroporous cation resin built on a styrene-divinylbenzene matrix. It is supplied in the hydrogen form and has been specifically designed to provide high capacity, low rinse requirements, and long life when purifying highly viscous streams with a high solids content.

This industrial-grade inert polymer possesses a specific gravity lower than that of water, enabling it to float on the surface of the ion exchange resin bed. It has been developed for use as an upper layer in upflow-operated ion exchange systems, such as floating beds.

This industrial-grade inert polymer has a specific gravity lower than that of water, enabling it to float on the surface of the ion exchange resin bed. It has been developed for use as an upper layer in upflow-operated ion exchange systems, such as floating beds.

This is a high-capacity, gel-type strong base type 1 anion exchange resin with a narrow bead size distribution, supplied in the hydroxide (OH) form. It is based on a styrene-divinylbenzene copolymer matrix with quaternary ammonium functional groups. This resin is specifically designed to provide high throughput and economical operation in demineralizer applications. Due to its uniform particle size, it offers several economic advantages over conventional (i.e., Gaussian distributed) resins, including higher operating capacity and longer runs.

This industrial additive, classified under Quaternary Ammonium Compounds, Styrene Copolymers, and Styrenics, is an Anion Exchange Resin. Known for its cost-effectiveness, high operating capacity, reliability, throughput, long service life, low odor, and narrow bead size distribution, it finds applications in processes like demineralization and water treatment.

This industrial additive, belonging to the Quaternary Ammonium Compounds, Styrene Copolymers, and Styrenics chemical family, serves as an Anion Exchange Resin. Noted for its cost-effectiveness, high operating capacity, reliability, throughput, long service life, low odor, and narrow bead size distribution, it is well-suited for applications in processes such as demineralization and water treatment.

This is a premium-grade, weak acid gel-type cation resin supplied in the hydrogen form as moist, tough, uniform spherical beads. Its ion exchange activity is based on its carboxylic functional group. It is intended for use in dealkalization, deionization, and chemical processing applications.