Cation Resin The C100E Cation Resin offers strong ion-exchange capacity and excellent stability. It is an ideal media for water softening in industrial, commercial, or residential systems. Because it comes in the sodium form and as uniform spherical beads, installation is fast and straightforward. Additionally, it is certified for safety, giving you confidence in your water treatment investment. Key Features of the C100E Cation Resin High-Capacity Media: Removes calcium and magnesium ions efficiently, prolonging system life. Uniform Bead Structure: Spherical beads, 0.315-1.25 mm in size, with 95% minimum sphericity. Quality Certification: Certified by the Water Quality Association (WQA) to NSF/ANSI 44 and 61 standards. Robust Physical Stability: Designed to handle multiple regeneration cycles with minimal degradation. Convenient Packaging: Supplied in 25 L/20 kg bags for straightforward handling. Applications & Benefits Use the C100E Cation Resin in whole-house water softeners, industrial softening plants, bottling operations, and more. It helps reduce scale buildup, extend membrane life, and improve process efficiency. Moreover, because it is easy to install and replace, downtime is minimal. Also, the media handles heavy duty cycles with durability. Invest in High-Quality Softening Media Choosing the C100E Cation Resin means you invest in reliability, performance, and water-treatment peace of mind. With Hello Pure’s proven formula and Monster Mechanical’s distribution in South Africa, you’ll benefit from high-capacity softening media that fits your system and budget. Technical Specifications Polymer matrix Structure: Polystyrene crosslinked with 7% DVB Functional Group: R-(SO3)–M+ Ionic Form, as shipped: Sodium (Na+) Physical Form And Appearance: Clear Spherical Beads Sphericity: 95% min Screen Size Range — U.S. Standard Screen: 16-50 mesh, wet Particle Size Range: 0.315-1.25mm Uniformity Coefficient: 1.6 max. Water Retention, Na+ Form: 45-50% Swelling Na+ > H+: 10% max. Ca2+ > Na+: 5% max. Packaging: 25L / 20kg per packet.
