$500≥100Cubic Meter
| Payment Type: | L/C,T/T,D/P,D/A,Paypal |
| Incoterm: | FOB,CFR,CIF,EXW,FAS,FCA,CPT,DDP,DDU,Express Delivery |
| Min. Order: | 100 Cubic Meter |
| Transportation: | Ocean,Land,Air,Express |
Brand: Comcess
Place Of Origin: China
Matrix Structure: Cross-linked polystyrene
Physical Appearance: Brownish Red Spheres
Particle Size (mm): 0.315-1.25
Moisture Content (%): 50-60
| Selling Units | : | Cubic Meter |
This is a Chelating Resin specially designed for removal of high arsenic in drinking water.The resin can effectively adsorb trivalent arsenic and pentvalent arsenic in water by carrying iron oxide and has high adsorption capacity.Through adsorption of resin, arsenic content in water can be effectively reduced to drinking water safety level.This resin can be continuously regenerated and can maintain a long working cycle. The economic benefit is very high. Because of its unique chemical characteristics, it can be used in neutral and alkaline environments.
Physical and Chemical Properties:
| Item | Specifications |
| Structure | Macroporous styrene - divinylbenzene copolymers |
| Functional group | FeO(OH) |
| Sphericity after attrition % | ≥90.0 |
| Arsenic adsorption capacity g/L | 0.5-4 |
| Moisture Retention, % | 50.00-60.00 |
| Shipping Weight (approx.) | 0.75-0.85 |
| True wet density (g/ml) | 1.18-1.28 |
| Particle size range (%) | (0.315-1.25mm)≥95.0 |
| Maximum TemperatureºC | 80.0 |
| The resin can regenerate, therefore is not recommended for use under acidic conditions. | |
Introduction: ion exchange resin technology has emerged as a pivotal solution for the removal of arsenic from water sources, addressing a critical global health concern. Arsenic contamination in water poses severe health risks, including various cancers and cardiovascular diseases. In response, advanced ion exchange resins specifically engineered for arsenic removal have become indispensable in water treatment processes. This comprehensive product overview delves into the features, benefits, and applications of ion exchange resins tailored for arsenic removal, highlighting their effectiveness in ensuring safe drinking water worldwide.
Key Features:
High Selectivity: Arsenic removal resins exhibit exceptional selectivity, effectively targeting arsenic ions in water while minimizing interference from other contaminants. This high specificity ensures efficient removal, even at low concentrations, thus meeting stringent regulatory standards.
Superior Adsorption Capacity: Engineered with advanced materials and optimized pore structures, these resins offer substantial adsorption capacities for arsenic ions. Their high surface area facilitates rapid and thorough arsenic uptake, enhancing water treatment efficiency and throughput.
Chemical Stability: Arsenic removal resins boast excellent chemical stability, ensuring prolonged operational lifespan and consistent performance under diverse water conditions. Resistant to fouling and degradation, these resins maintain their efficacy over extended operational cycles, minimizing maintenance requirements and operational costs.
pH Tolerance: Designed to withstand a wide range of pH levels, arsenic removal resins maintain optimal performance across varying water compositions. Their robust pH tolerance enables versatile deployment in diverse water treatment applications, including industrial, municipal, and residential settings.
Regulatory Compliance: Compliant with stringent regulatory standards, arsenic removal resins adhere to established guidelines for safe drinking water quality. Their reliable performance and proven efficacy in arsenic mitigation contribute to regulatory compliance, ensuring adherence to local and international water quality regulations.
Applications:
Municipal Water Treatment: Arsenic removal resins find widespread application in municipal water treatment plants, where they play a crucial role in ensuring compliance with drinking water quality standards. By removing arsenic contaminants, these resins facilitate the production of safe and potable water for urban populations.
Industrial Water Purification: In industrial settings, arsenic removal resins are employed to treat process water streams contaminated with arsenic compounds. From manufacturing facilities to mining operations, these resins mitigate arsenic pollution, protecting both the environment and industrial infrastructure.
Residential Water Filtration: Ion exchange resins for arsenic removal are also utilized in residential water filtration systems, providing households with access to clean and safe drinking water. Integrated into point-of-use and point-of-entry filtration units, these resins offer an effective barrier against arsenic contamination, ensuring peace of mind for homeowners.
Conclusion: Ion exchange resin technology represents a cornerstone in the ongoing battle against arsenic contamination in water sources. With their high selectivity, superior adsorption capacity, and chemical stability, arsenic removal resins offer an effective and sustainable solution for ensuring safe drinking water worldwide. By leveraging these advanced resins, water treatment facilities can enhance water quality, promote environmental sustainability, and safeguard public health for generations to come.
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