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ASHAION C-250 Na is a high-capacity, strong acid cation exchange resin specifically engineered for water softening applications. Supplied in a 50-litre volume, this resin is formulated to efficiently replace calcium and magnesium ions with sodium ions, effectively reducing hardness and preventing scale buildup in plumbing and industrial systems. Its excellent exchange properties make it suitable for use in both domestic and industrial water treatment setups where reliable softening is essential.
ASHAION C-250 Na resin performs optimally under both co-flow and countercurrent regeneration (CCR) methods. When operated under CCR, the resin provides superior performance with minimal hardness leakage—typically under 1 mg/l CaCO₃. In co-flow setups, leakage remains under 5 mg/l CaCO₃, ensuring treated water stays within high-quality softening standards. The operating capacity depends on the injection duration of the salt solution. While standard capacity is based on a 20-minute injection period, extending it to one hour can enhance capacity by up to 10%, demonstrating the resin’s responsiveness to varied operational preferences.
One of the major advantages of ASHAION C-250 Na is its consistent treated water quality. It maintains low calcium and magnesium leakage, even at high influent hardness levels—up to 1200 mg/l as CaCO₃. This performance consistency ensures operational stability and reduces maintenance needs for downstream systems. The resin is physically robust and chemically stable, contributing to long service life and cost-effective performance in demanding conditions.
ASHAION C-250 Na resin delivers reliable, efficient water softening with high exchange capacity and minimal leakage. It effectively removes hardness minerals like calcium and magnesium, even under high influent hardness conditions. Its strong chemical stability and compatibility with both co-flow and countercurrent regeneration offer flexibility and durability. This makes it a cost-effective, long-term solution for residential, commercial, and industrial water treatment systems seeking consistent performance with low maintenance.
