Every 3 Months Recommended Usage Frequency Soft Water Salt 18.5 X 12.5 X 4.5 Inches United States

Product Description:

The selection of ion exchange resin regenerant is crucial in medical hemodialysis systems, as it directly affects the quality of dialysis water and patient safety. Here are some ion exchange resins with high cost-effectiveness, high purity content, and suitable for medical hemodialysis systems, as well as related introductions:

SLQ's ion exchange resin regenerant
Model and Features
This is a strong acidic cation exchange resin in the form of sodium. It has excellent physical and chemical stability, high exchange capacity, and can effectively remove cations such as calcium and magnesium from water, softening hard water. Its particle size is uniform, ensuring good water flow distribution and reducing pressure loss. In medical hemodialysis systems, it can stably exchange hardness ions from water, providing a reliable water quality foundation for subsequent dialysis water preparation.
Amberlite IRA400 Cl: Belonging to strong alkaline anion exchange resin, chlorine type. It has efficient exchange capacity for anions such as sulfate, carbonate, chloride ions, etc. in water. It has high regeneration efficiency and can restore exchange performance at a lower dosage of regenerant, reducing operating costs. In the treatment of dialysis water, it can effectively remove anionic impurities in water and improve the purity of water quality.
Cost effectiveness analysis
Our product quality is guaranteed, but the price is relatively high. However, its resin has a long service life and high exchange efficiency, and in terms of long-term operating costs, its cost-effectiveness is still quite considerable. Moreover, in the medical field, its brand reputation and product stability can provide strong guarantees for the safe operation of hemodialysis systems.

Model and Features
SLQ00YU: Strong acidic styrene based cation exchange resin, sodium type. Has good mechanical strength and exchange performance, and can withstand high temperatures and pressures. It has a large exchange capacity, easy regeneration, and can quickly and effectively remove cations from water. In the hemodialysis system, the hardness of the dialysis water can be ensured to meet the requirements, reducing the potential impact of calcium and magnesium ions on the dialysis equipment and patients.

A700: Strong alkaline styrene based anion exchange resin, chlorine type. It has a wide adsorption capacity for various anions and can deeply remove anionic pollutants from water. It has good anti pollution performance and can operate stably under complex water quality conditions, reducing resin pollution and failure frequency.
Cost effectiveness analysis
Piaolite resin is comparable in performance to Rohm and Haas, but its price is relatively affordable. It can reduce procurement costs while ensuring the water quality requirements of medical hemodialysis systems. At the same time, the after-sales service of its products is also relatively complete, providing timely technical support and solutions for users.

Welcome to customize products

Features:

• Product Name: Soft Water Salt
• Package Type: Bag
• Ingredients: Sodium Chloride
• Product Dimensions: 18.5 X 12.5 X 4.5 Inches
• Country Of Origin: United States, CHINA, INDIA
• Product Form: Solid Form

Technical Parameters:

Applications:

In the field of new energy

Hydrogen preparation: In proton exchange membrane (PEM) electrolysis of water for hydrogen production, a large amount of purified water is required. Ion exchange resin can be used to remove minerals and other impurities from the water to protect the proton exchange membrane, extend the service life of the PEM system, and ensure stable hydrogen production. Therefore, there is great potential for the application of ion exchange resin regenerants in the ultra pure water preparation system for PEM electrolysis of water for hydrogen production.
Lithium battery recycling: With the rapid development of new energy vehicles and electronic devices, the recycling and utilization of waste lithium batteries is crucial. Ion exchange resin can be used to recover valuable metals such as lithium, cobalt, nickel, etc. from the treatment solution of waste lithium batteries, and regenerants are indispensable in restoring the resin exchange capacity and achieving efficient metal recovery.
Soil remediation field
Heavy metal pollution remediation: Electric remediation technology utilizes electric fields and ion exchange resin technology to remove heavy metals from soil. Ion exchange resin regenerants can be used to restore the exchange performance of resins during the process, improve remediation efficiency, and are of great significance for soil remediation with low permeability and heavy metal pollution.
Saline alkali land improvement: Ion exchange resin can regulate the pH and ion balance of soil by exchanging with salt ions in the soil. Regeneration agents can enable the resin to continue to function, providing support for saline alkali land improvement and improving soil fertility and crop yield.

In the field of seawater desalination

Desalination of seawater: In the process of seawater desalination, ion exchange resin is used to remove various salts from seawater to produce fresh water suitable for drinking or industrial use. Ion exchange resin regenerant can restore the exchange capacity of the resin after adsorption saturation, achieve recycling, and reduce the cost of seawater desalination.
Concentrated saltwater treatment: Desalination of seawater produces a large amount of concentrated saltwater, which contains high concentrations of salt and other substances. Ion exchange resin can be used to treat concentrated saltwater and recover useful substances such as magnesium, potassium, etc. Regeneration agents help maintain the performance of the resin and improve resource recovery rates during this process.

Biotechnology field
Biopharmaceuticals: In the process of biopharmaceuticals, ion exchange resins are widely used for the separation and purification of biomolecules such as proteins, peptides, and enzymes. Regenerators can ensure the efficient performance of resins, help improve the purity and quality of biological products, and reduce production costs.
Cell culture: Accurate control of the composition and ion concentration of the culture medium is required during the cell culture process. Ion exchange resin can be used to remove impurities from the culture medium and regulate ion balance, while regenerants can continuously and stably activate the resin, providing a good environment for cell culture

Customization:

Customize your Soft Water Salt product from SLQ with our Product Customization Services:
- Brand Name: SLQ
- Model Number: SLQ -NC99-PG
- Place of Origin: China
- Product Dimensions: 18.5 X 12.5 X 4.5 Inches
- Package Type: Bag
- Usage: Water Softener
- Certifications: NSF Certified
- Water Softening Capacity: 40,000 Grains
Enhance your Soft Water Salt with our customization options including Soft water salt, CAS NO 7647-14-5, and Ion exchange resin regenerator.