Índice
|
Nombre
|
Especificación
|
|
Apariencia
|
Perlas esféricas transparentes de color amarillo pálido
|
|
Polímero
|
Copolímero de estireno-DVB, tipo gel
|
|
Grupo funcional
|
-ENTONCES3H
|
|
Forma iónica
|
Eso+
|
|
Capacidad de intercambio de peso
|
≥4,4 mmol/g
|
|
Capacidad de intercambio de volumen
|
≥2,2 mmol/ml
|
|
Densidad real (g/ml）
|
1,25~1,29 g/ml
|
|
Densidad aparente (g/ml)
|
0,80~0,88 g/ml
|
|
Capacidad de retención de agua
|
38%~43%
|
|
Rango de tamaño de partículas
|
0,315~1,25 mm ≥95
|
|
Coeficiente de uniformidad
|
≤1,6
|
|
Recuento total de cuentas (%)
|
≥95%
|
Condiciones de operación de referencia
|
Temperatura máxima de funcionamiento
|
120℃
|
|
Altura de llenado de resina
|
1~3 m
|
|
Velocidad de operación
|
2~10 BV/h
|
|
Velocidad de retrolavado
|
4~10 BV/h
|
|
Velocidad de regeneración (desorción)
|
1~2 BV/h
|
|
Agente regenerador
|
2BV3~5 % HCl, 2BV2~4 % NaOH
|
Solicitud
Tratamiento de agua
Extracción de sustancias bioquímicas
Precauciones
La resina debe conservarse húmeda. La temperatura óptima es superior a 0 °C. Si no se utiliza durante un periodo prolongado, debe almacenarse en un espacio cerrado o añadirse agua salada al 5 % o más. Debe utilizarse un agente anticongelante durante el transporte. No coloque objetos pesados sobre la resina, ya que podría sufrir daños.
Generalmente requiere un flujo de agua alcalina-ácida-agua para el procesamiento. El requisito estricto requiere tres ciclos antes de alcanzar el punto de ionización final.
Es necesario considerar diferentes tasas de expansión de transformación para reservar suficiente espacio para evitar el desbordamiento de resina y garantizar la altura adecuada del nivel de líquido; la relación del diámetro de la columna debe estar dentro de un rango razonable y evitar la corriente de polarización; utilice una columna húmeda o un lavado a contracorriente para eliminar las burbujas dentro de la capa de resina.
Antes de que el líquido entre en la columna de resina, se deben realizar pasos como floculación, filtración o filtración con arena para no obstruir los poros de la resina con sólidos suspendidos.
La resina dentro de la columna que no se ha utilizado durante mucho tiempo debe almacenarse fuera de la columna después de lavarla o agregar agua salada en el medio resistente a la sal mientras se mantiene el nivel del líquido no deshidratado con el retrolavado habitual para aflojar la resina en caso de aglomeración.
Comprehensive Overview of Strong Acid Cation Exchange Resin 001x10: Efficiency, Stability, and Water Purification Applications
Strong Acid Cation Exchange Resin 001x10, produced by Hebei Lijiang Biotechnology Co., Ltd, is a high-performance mixed bed di resin engineered for advanced water treatment and industrial purification processes. It offers exceptional efficiency in removing hardness-causing cations and impurities, working seamlessly in mixed bed ion exchange resin systems to deliver ultra-pure water for pharmaceutical, food, electronics, and industrial applications. The resin’s robust chemical stability and long-term durability allow for repeated regeneration cycles without loss of performance, while its modular availability, such as mixed bed di resin 1 cubic foot units, ensures flexible application across both small-scale and large-scale operations.
When used alongside deionization resin technologies, 001x10 enhances ion removal efficiency, reduces operational costs, and maintains consistent water quality over time. Hebei Lijiang Biotecnología Co., Ltd. guarantees high-quality standards for this special resin, with ISO9001, SGS, WQA certifications, and FDA compliance for food-grade applications, underscoring its reliability and safety. By integrating Strong Acid Cation Exchange Resin 001x10 into water treatment systems, industries can achieve optimal water purification, improved process efficiency, and long-term sustainability, fully leveraging the combined advantages of modern ion exchange technologies.
Optimizing Water Softening and Purification with Strong Acid Cation Exchange Resin 001x10
Strong Acid Cation Exchange Resin 001x10 is an advanced mixed bed di resin designed to deliver exceptional water purification performance across industrial and laboratory applications. Manufactured by Hebei Lijiang Biotechnology Co., Ltd, a high-tech enterprise specializing in high-performance special resins, this resin demonstrates remarkable efficiency in removing hardness-causing cations such as calcium and magnesium. When integrated with a mixed bed ion exchange resin system, 001x10 works synergistically with strong base anion resins to produce ultra-pure water that meets stringent industrial and food-grade standards.
One of the key applications of 001x10 is in water softening and deionization processes. Its high ion exchange capacity and uniform bead structure allow for fast and effective treatment, ensuring reliable performance even under high flow rates. The resin is available in multiple configurations, including convenient packaging such as mixed bed di resin 1 cubic foot, making it suitable for both small-scale laboratory setups and large industrial plants. In addition, 001x10 is compatible with deionization resin systems, providing a comprehensive solution for high-purity water production in pharmaceutical, electronics, and food processing industries.
Hebei Lijiang Biotechnology Co., Ltd emphasizes quality and safety in every batch of resin. The product line includes industrial, food, pharmaceutical, and nuclear-grade resins, all of which comply with ISO9001, SGS, and WQA certifications. Food-grade products meet FDA standards in the United States, ensuring the resin’s suitability for sensitive applications. By integrating 001x10 into your water treatment system, you can optimize water softening and purification processes while reducing operational costs and maintenance needs. Its combination of durability, high exchange capacity, and seamless compatibility with mixed bed di resin technologies makes it an ideal choice for achieving superior water quality.
Performance, Regeneration, and Efficiency Insights of Resin 001x10 in Industrial Applications
Strong Acid Cation Exchange Resin 001x10 is engineered to enhance industrial water treatment efficiency through outstanding performance and simple regeneration. As a premium mixed bed di resin, it offers high ion exchange capacity, rapid kinetics, and excellent flow characteristics, ensuring reliable removal of hardness ions and other impurities. When paired with mixed bed ion exchange resin systems, 001x10 contributes to the production of ultra-pure water required for sensitive processes in pharmaceuticals, electronics, and chemical industries.
The resin’s regeneration process is straightforward, cost-effective, and maintains consistent performance over multiple cycles. Its structural stability and chemical resistance allow for repeated use without significant degradation, ensuring long-term operational efficiency. Whether used in combination with other deionization resin technologies or packaged as mixed bed di resin 1 cubic foot units for modular systems, 001x10 provides flexibility in diverse industrial setups. Hebei Lijiang Biotechnology Co., Ltd ensures that each batch of resin meets international standards, including ISO9001, SGS, and WQA certifications, providing confidence in product consistency and quality.
In addition to industrial applications, 001x10’s efficiency reduces downtime, chemical consumption, and overall operational costs. Its uniform bead size prevents channeling, allowing even distribution of water flow and consistent ion removal. By combining high-performance ion exchange with easy regeneration, Strong Acid Cation Exchange Resin 001x10 exemplifies a reliable, sustainable solution for industrial water treatment. Its integration with mixed bed di resin y deionization resin systems further ensures optimal water quality, making it a trusted choice for modern industrial processes.
Long-Term Stability and Chemical Resistance of Strong Acid Cation Exchange Resin 001x10
Strong Acid Cation Exchange Resin 001x10 offers exceptional chemical resistance and long-term stability, making it a dependable choice for high-purity water production. As a high-performance mixed bed di resin, 001x10 is designed to withstand harsh water conditions, including high concentrations of salts, acids, and impurities, without compromising its ion exchange capacity. Its robust polymer matrix ensures minimal degradation over repeated regeneration cycles, supporting consistent operation in both continuous and batch water treatment systems.
This resin is highly effective in combination with mixed bed ion exchange resin setups, producing ultra-pure water suitable for industrial, pharmaceutical, and laboratory applications. It also complements deionization resin technologies for targeted removal of specific ions, enhancing overall water quality. For modular or small-scale systems, 001x10 is conveniently available in mixed bed di resin 1 cubic foot units, providing flexibility and ease of use.
Hebei Lijiang Biotechnology Co., Ltd maintains rigorous quality standards for 001x10, with certifications including ISO9001, SGS, WQA, and FDA compliance for food-grade applications. These credentials guarantee not only high chemical stability but also safe, reliable use across a variety of industries. The resin’s durability minimizes operational interruptions and replacement costs, while its high-performance ion exchange ensures consistent production of pure water. By utilizing Strong Acid Cation Exchange Resin 001x10, industries can achieve sustainable water treatment solutions that combine reliability, efficiency, and long-term durability, fully leveraging the benefits of mixed bed di resin, deionization resin, and advanced ion exchange technologies.
