What is Macroporous Styrene Chelating Resin D403 used for?

D403 is primarily used for selective removal and recovery of heavy metal ions, such as copper, nickel, zinc, cobalt, and rare earth elements, from industrial wastewater and hydrometallurgical solutions.

How does D403 chelating resin work?

D403 contains functional chelating groups (usually aminophosphonic or iminodiacetic groups) that form stable complexes with metal ions. This selective binding allows it to efficiently capture specific metals even in the presence of competing ions.

What are the main advantages of D403 resin?

D403 offers high selectivity, excellent adsorption capacity, mechanical strength, and chemical resistance in both acidic and alkaline environments. Its macroporous structure provides fast ion diffusion and high efficiency in dynamic column operations.

In which industries is D403 commonly applied?

D403 is widely used in electroplating wastewater treatment, electronics manufacturing, mining and metallurgy, rare earth extraction, and chemical production where precise metal ion separation is essential.

How is D403 resin regenerated after saturation?

After metal saturation, D403 can be regenerated using acid solutions (e.g., HCl or H₂SO₄) to desorb the metal ions, followed by rinsing with deionized water. The resin can then be reused in multiple cycles with minimal performance loss.

Is D403 safe and environmentally friendly?

Yes, D403 is non-toxic and stable under normal operating conditions. When used properly, it helps reduce environmental pollution by recovering valuable metals and minimizing toxic metal discharge into natural water sources.

Makroporöses Styrol-Chelatharz D403

Produktbeschreibung

Index

Name	Spezifikation
Aussehen	Hellgelbe, undurchsichtige Kugelperlen
Ionische Form	NA+
Chelatisierte Kupferaustauschkapazität	≥0,6 mmol/ml
Tatsächliche Dichte (g/ml)	1,10~1,20 g/ml
Schüttdichte (g/ml)	0,70~0,80 g/ml
Wasserrückhaltekapazität	55%~65%
Partikelgrößenbereich	0,315~1,25 mm≥95
Gleichmäßigkeitskoeffizient	≤1,6
Gesamtperlenanzahl (%)	≥95 %

Vorsichtsmaßnahmen

Harz sollte feucht konserviert werden. Die beste Temperatur liegt über 0 °C. Bei längerer Nichtbenutzung sollte das Harz in einem geschlossenen Raum aufbewahrt oder mit mindestens 5 % Salzwasser versetzt werden. Während des Transports sollte es mit Frostschutzmitteln behandelt werden. Stellen Sie keine schweren Gegenstände auf das Harz, da es sonst zerbrechen könnte.

Im Allgemeinen ist für die Verarbeitung ein Fließweg zwischen Alkali, Wasser, Säure und Wasser erforderlich. Strenge Anforderungen erfordern drei Zirkulationen, bevor der endgültige Ionenbehälter erreicht wird.

Es müssen unterschiedliche Transformationsausdehnungsraten berücksichtigt werden, um genügend Platz freizuhalten, damit kein Harz überläuft und die entsprechende Flüssigkeitshöhe sichergestellt wird. Das Säulendurchmesserverhältnis sollte in einem angemessenen Bereich liegen und ein Vorstrom vermieden werden. Verwenden Sie eine nass gepackte Säule oder eine Rückspülung, um Blasen in der Harzschicht wegzuspülen.

Bevor die Flüssigkeit in die Harzsäule gelangt, sollten Schritte wie Flockung, Filtration oder Sandfiltration durchgeführt werden, damit die Harzporen nicht durch Schwebstoffe verstopft werden.

Harz in der Säule, das lange Zeit nicht verwendet wurde, sollte nach dem Waschen außerhalb der Säule gelagert werden. Alternativ kann Salzwasser in das salzbeständige Medium gegeben werden. Dabei muss darauf geachtet werden, dass der Flüssigkeitsstand nicht durch normales Rückspülen dehydriert, um das Harz im Falle einer Agglomeration zu lösen.

High-Performance Metal Recovery with Macroporous Styrene Chelating Resin D403

Hebei Lijiang Biotechnology Co., Ltd.’s Makroporöses Styrol-Chelatharz D403 delivers outstanding chemical stability, selective ion-binding capacity, and long-term operational reliability, making it an ideal solution for advanced metal recovery and purification processes. As a highly effective anion exchange chromatography resin, D403 works seamlessly with Amberlite IRA 900 Und Amberlite XAD 2, and can be deployed in weak anion exchange column configurations to achieve precise separation and high-purity metal recovery. Certified to ISO9001, SGS, WQA, and FDA standards for food-grade applications, D403 ensures consistent performance, extended service life, and reduced operational costs. Its exceptional durability, high selectivity, and efficient adsorption kinetics make it a preferred choice for industrial, pharmaceutical, and metallurgical applications requiring reliable and sustainable purification solutions.

1. Applications and Advantages of Macroporous Styrene Chelating Resin D403 in Metal Recovery

Hebei Lijiang Biotechnology Co., Ltd. is a leading manufacturer specializing in high-performance ion exchange resins, including the Makroporöses Styrol-Chelatharz D403, which has been widely recognized for its exceptional performance in metal recovery and purification processes. The D403 resin features a highly cross-linked polystyrene matrix with a macroporous structure and strong chelating functional groups, allowing it to selectively capture heavy and precious metal ions from complex solutions. This capability makes it an indispensable material in industries such as hydrometallurgy, chemical processing, and electronics manufacturing, where precise and efficient recovery of metals like copper, nickel, cobalt, and rare earth elements is critical. D403 resin can be used in combination with Amberlite IRA 900 oder Amberlite XAD 2 resins in multi-stage systems, enhancing the overall recovery rate and ensuring the purity of recovered metals. In water treatment and chemical purification applications, D403 functions effectively as an anion exchange chromatography resin, providing excellent selectivity for target ions and improving the quality of the treated solution. Additionally, it is compatible with weak anion exchange column setups, allowing operators to implement flexible separation schemes tailored to their specific process requirements. Hebei Lijiang Biotechnology integrates research, development, production, and service to produce D403 resin that complies with ISO9001, SGS, WQA certifications, and FDA standards for food-grade applications. By employing D403 resin, industries can achieve higher metal recovery rates, reduced waste, improved operational efficiency, and long-term stability. Its robust chemical and mechanical properties make it resistant to degradation in harsh operating environments, extending the resin’s service life and minimizing downtime. Overall, D403 resin represents a versatile and reliable solution for modern metal recovery and purification processes, bridging the gap between high performance, cost efficiency, and sustainable industrial operations.

2. Enhancing Industrial Separation Processes with D403 Chelating Resin

Der Makroporöses Styrol-Chelatharz D403 produced by Hebei Lijiang Biotechnology Co., Ltd. is specifically engineered to improve the efficiency, selectivity, and reliability of industrial separation and purification systems. Its macroporous structure provides a high surface area, which accelerates ion diffusion and enhances adsorption kinetics, while the chelating functional groups ensure selective binding of heavy and precious metal ions. D403 resin is highly compatible with Amberlite IRA 900 oder Amberlite XAD 2, forming integrated purification systems that deliver superior ion selectivity, high adsorption capacity, and efficient recovery of valuable metals. In chromatographic applications, D403 serves as a high-performance anion exchange chromatography resin, enabling precise separation of target ions while reducing contamination and improving product purity. It is also suitable for use in weak anion exchange column configurations, offering flexibility for multi-stage separation, polishing, or recycling processes in both industrial and laboratory settings. Hebei Lijiang Biotechnology, a modern high-tech enterprise, ensures that D403 resin products meet rigorous quality standards, including ISO9001, SGS, WQA certifications, and FDA compliance for food-grade resins, guaranteeing both performance and safety. The resin’s excellent chemical and thermal stability allows it to operate reliably under extreme conditions, making it ideal for applications in the chemical, metallurgical, pharmaceutical, and nuclear industries. By incorporating D403 into industrial separation workflows, operators can significantly increase process efficiency, reduce chemical consumption, lower operational costs, and maintain high product quality. Its ability to work synergistically with other resins and chromatography systems, along with long-term durability, positions D403 as a key material for achieving consistent, sustainable, and cost-effective separation outcomes in modern industrial operations.

3. Chemical Stability and Selectivity Performance of Macroporous Styrene Chelating Resin D403

Der Makroporöses Styrol-Chelatharz D403 from Hebei Lijiang Biotechnology Co., Ltd. is recognized for its exceptional chemical stability, mechanical strength, and selective ion-binding capabilities, making it a versatile solution for complex industrial purification and metal recovery applications. Its macroporous design provides a large surface area and excellent accessibility for target ions, improving adsorption efficiency and enhancing recovery rates for metals such as copper, nickel, cobalt, and rare earth elements. D403 resin works effectively with Amberlite IRA 900 oder Amberlite XAD 2 in multi-stage separation processes, complementing these resins to optimize selectivity and adsorption capacity. In chromatographic operations, it functions as a reliable anion exchange chromatography resin, providing high resolution and reproducible separation performance, while its compatibility with weak anion exchange column configurations ensures flexibility in complex purification schemes. The resin maintains its structural integrity and high ion exchange capacity even under harsh chemical, thermal, and mechanical conditions, ensuring long-term operational reliability. Hebei Lijiang Biotechnology guarantees that all D403 resin products meet ISO9001, SGS, WQA certifications, and FDA compliance for food-grade applications, reflecting the company’s commitment to quality and safety. By using D403 resin, industries benefit from consistent, high-efficiency metal recovery, reduced downtime, lower chemical consumption, and improved overall process sustainability. Its unique combination of chemical stability, selectivity, and durability makes it an essential tool for modern metallurgical, chemical, and high-purity water purification processes. D403 resin enables operators to achieve optimized separation, high product purity, and cost-effective operations, positioning it as a high-performance and reliable solution in advanced industrial and laboratory applications.