Plastic Packaged Sodium Chloride The Ultimate Weapon Against Hard Water Buildup

Product Description:

1, Raw materials for soft water salt

The main raw material for soft water salt is high-purity sodium chloride (NaCl), with a content usually ≥ 99%. The sources of raw materials include refined salt, sea salt, or rock salt. Some products will further reduce impurities (such as calcium, magnesium ions, and heavy metals) through purification processes to meet higher standards of industrial or medical scene demands35.

2, Preparation process

Raw material screening and purification

By using techniques such as evaporation crystallization and dissolution filtration, impurities are removed to ensure that the purity of sodium chloride meets the standard of 35.

Granulation molding

Using mechanical pressing or special processes to process raw materials into spherical particles, ensuring uniformity and high hardness of particles, and avoiding fragmentation during transportation or use.

Drying and packaging

Drying treatment with controlled dissolution rate, ultimately packaged in different specifications (such as 1kg, 25kg) to meet the needs of household, industrial and other scenarios.

3, Main purpose

Family Domain

Used for regenerating resin in water softeners, removing calcium and magnesium ions from water, reducing hardness, and reducing scale on water heaters, washing machines, and other equipment.

Improve detergent effectiveness and extend the service life of water wading equipment by 13.

Industrial sector

Boiler water treatment: reduce scale deposition and improve thermal efficiency.

Membrane regeneration: Clean reverse osmosis membranes and ultrafiltration membranes to extend the lifespan of membrane components by 35.

Medical and Business Fields

Hospital dialysis machines and pharmaceutical equipment are softened with 35% water.

Hotels and bathing industries improve water quality and reduce washing costs

What are the advantages of our product 

Improving product purity: Further improving the purity of soft water salts and ion exchange resin regenerants, reducing impurity content, can make the product more stable and efficient in the softening process, extend the service life of ion exchange resins, and reduce overall costs for users.

Develop specialized products: Develop specialized products for different industries and water quality characteristics. For example, developing high-purity soft water salts that meet food safety standards for the food and beverage industry; Develop ultra pure ion exchange resin regenerants for the electronics industry that can meet high-precision water quality requirements.

Improve product form: Introduce products with smaller or larger particles to meet the needs of different users for dissolution speed or ease of use; We can also consider developing products in special forms such as flakes and blocks for convenient quantitative use and storage.

Technical Parameters:

Applications:

1, Medical and life science fields

High end medical equipment supporting facilities

Used for water softening in hemodialysis machines and extracorporeal circulation equipment, meeting the high-purity soft water requirements of medical devices for ultra-low chloride ions and no heavy metal residues.

Develop medical grade soft water salts that meet the standards of the Chinese Pharmacopoeia and apply them to the preparation of purified water in pharmaceutical processes. High precision water for laboratory use

Provide stable softened water for biological experiments such as gene sequencing and cell culture to avoid interference of calcium and magnesium ions on experimental results

2, New Energy and Environmental Protection Industry

Supporting facilities for lithium battery production

In the lithium salt purification process, impurity ions are removed through ion exchange resin regenerants to improve the purity of battery grade lithium carbonate/lithium hydroxide (which can be extended to the preparation of sodium ion battery materials).

Used for water quality control in electrolyte production to prevent metal ion pollution from affecting battery performance.

Heavy metal recovery from industrial wastewater

Combining resin regeneration technology to recover precious metals such as nickel and copper from electroplating and mining wastewater, achieving resource recycling.

3, High end manufacturing and new materials

Preparation of semiconductor grade ultrapure water

As the core consumable for ultra pure water pretreatment in wafer cleaning and photolithography processes, it needs to meet the ppb level (one billionth) impurity control standard (requiring 99.99% high-purity soft water salt) 14.

Production of special fibers

In the manufacturing of high-performance materials such as carbon fiber and aramid, softening process water can prevent calcium and magnesium deposition from damaging the spinneret and improve product uniformity

4, Agriculture and Ecological Governance

Precision irrigation system

Preventing drip irrigation equipment from being blocked by scale, suitable for water-saving agriculture projects in arid areas (requiring the development of anti caking soft water salt) and improving saline alkali land

Assisting in the restoration of saline alkali farmland by adjusting soil ion exchange balance (requires cooperation with the Academy of Agricultural Sciences to verify technical feasibility)

5, Intelligent upgrade scenario

Supporting IoT water treatment system

Develop a slow-release soft water salt that is linked to an intelligent water softener, and automatically adjust the amount of regenerant added through sensor data

Implementation suggestion:

Purity (industrial grade → food grade → electronic grade)

Customization:

Product Customization Services for Soft Water Salt:

Brand Name: SLQ

Model Number: SLQ-NC99-PG

Place of Origin: China

Water Softening Capacity: 40,000 Grains

Ingredients: Sodium Chloride (CAS NO 7647-14-5)

Product Type: Salt

Package Material: Plastic

Usage: Water Softener