|
HS Code |
223838 |
| Chemical Name | Sodium Chloride |
| Chemical Formula | NaCl |
| Molar Mass | 58.44 g/mol |
| Appearance | White crystalline solid |
| Density | 2.17 g/cm³ |
| Melting Point | 801 °C |
| Boiling Point | 1,413 °C |
| Solubility In Water | 35.9 g/100 mL (25 °C) |
| Taste | Salty |
| Cas Number | 7647-14-5 |
As an accredited Sodium Chloride factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Sodium Chloride, 500g, is packaged in a sealed, white plastic bottle with a blue screw cap and clear labeling. |
| Shipping | Sodium chloride is shipped in tightly sealed containers or bags made of materials resistant to corrosion and moisture, such as plastic or coated paper. It is handled as a non-hazardous material but must be kept dry during transit. Standard transportation regulations for general chemicals apply, with proper labeling and documentation. |
| Storage | Sodium chloride should be stored in a cool, dry, well-ventilated area, away from moisture and incompatible substances such as strong acids. The container should be tightly sealed and clearly labeled. It is best to use corrosion-resistant containers, such as those made from plastic or glass. Always keep sodium chloride away from direct sunlight and extreme temperature variations. |
Competitive Sodium Chloride prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: sales3@ascent-chem.com
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Every batch of sodium chloride tells a story about the care and precision poured into the production process. In our facility, our operators draw from experience, not just instructions, to ensure purity matches the highest industrial and food standards. Here, salt does not come from random deposits or uncertain sources. We oversee the process from extraction, typically using evaporative crystallization, to final packaging. Our crystalline sodium chloride comes with a purity of 99.5% and higher for food and pharmaceutical grades, supported by proven filtration and refining methods. For industrial applications, our standard grade is formulated at a minimum purity suitable for various manufacturing uses, such as textile processing and water conditioning.
We provide sodium chloride in crystalline, granulated, and fine powder forms to meet diverse production demands. Different customers look for different grades, so we produce multiple models: food grade, pharmaceutical, technical, and industrial. Our food-grade product passes all microbiological testing, with clarity and crispness in every grain. Pharmaceutical sodium chloride requires even closer controls, with impurities such as calcium, magnesium, and heavy metals consistently measured and kept below detectable limits. For industrial users, a slightly broader tolerance on insolubles and trace minerals allows a practical balance between performance and cost.
Each production run undergoes constant sampling for particle size distribution. Crystalline models bear a uniform cubic structure that dissolves evenly in water, crucial for brine solutions or when consistency matters in automated dosing and large-scale food processing. Fine powder grades disperse rapidly, important where dissolution speed affects end-product quality, such as in intravenous solutions or chemical synthesis. We achieve the right flow with help from both modern sieving equipment and—crucially—the eye of skilled technicians who know what real quality looks and feels like.
Working directly at the source, we know what sodium chloride has to cope with across industries. The food industry demands tight control on contamination and moisture. A batch with too much residual moisture clumps, disrupting automated filling lines and causing unacceptable waste. In chemical manufacturing, purity impacts reaction efficiency and final product yield. Even tiny variations in trace calcium or magnesium content can lead to scale buildup or product inconsistencies.
Sodium chloride plays a major part in daily life, from seasoning kitchens to running municipal water treatment systems. In our facility, industrial sodium chloride forms the backbone of brine processes. These drive everything from metal pickling to polymer synthesis. Water softening ranks high among uses, as trace metals bind with resin beds faster when salt meets specifications precisely. Pool maintenance firms demand granular salt free of dust, which keeps on-site chlorination units running without blockages.
Pharmaceutical manufacturers talk to us about sterility and solubility. Their finished saline solutions start with salt that leaves no visible trace behind, and the production process means any impurity counts. This means periodic review and recalibration of purification steps is necessary, not just suggested. Food packers care even more about color and taste. Only by controlling for every detail—appearance, flow, and even how the product feels to hand—can we guarantee a consistently clean product that lands on table salt shakers across the country.
Our experience comes from watching what fails as well as what succeeds. Over the years, certain lessons have shaped our standards. We learned that a degree or two of extra processing heat strips too much moisture, creating the illusion of higher purity but actually delivering a brittle product prone to dust and loss during packing. Customers notice when their process needs constant adjustment to deal with batch variation. This wastes time, money, and can even damage equipment.
Many competitors rely on oversized batch testing or purchase salt blends from outside sources. We rely on our in-house lab, where technicians sample each lot as it progresses through the process. We work with test panels for sensory characteristics, not just laboratory readings. The end users–bakers, food processors, chemical engineers–provide real-world benchmarks that help us improve, batch after batch. This hands-on approach enables the kind of consistency that machines alone do not deliver.
Anyone who works with bulk commodities like salt recognizes subtle details that affect the final application. Even small variations in crystal size alter how salt interacts in bread fermentation or how brine mixes disperse in large vessels. Industrial users may look for sodium chloride with low sulfate levels to avoid component corrosion. Pharmaceutical customers read the heavy metal levels closely, as even minor excesses can introduce regulatory complications.
From our production floor, we see a clear difference in batch stability once operators adjust for ambient humidity levels. Moisture control—not always visible, but always present—forms one of the real differences in reliable sodium chloride supply. If moisture creeps up, clumping and flow issues result. Slow, careful drying and storage avoid this. This attention to detail, learned through years of troubleshooting production line stoppages and fielding customer complaints, makes a real impact downstream for all users.
Many resellers simply repackage what’s available, but this misses the mark for demanding applications. We take direct responsibility for every step. Regular investment in updated drying and screening systems, plus careful raw material sourcing, sets our output apart from repackaged goods or low-cost imports. Customers feel this difference when their own lines run smoothly, and their product quality remains stable.
We invest heavily in learning from customer feedback and adapting quickly to new demands. Industrial users sometimes request finer screen grades, especially when switching packaging or dosing systems. Because production happens under our roof, we adjust the screen size or modify the drying cycle, solving problems in days, not months. Food producers dealing with seasonal humidity changes often see changes in packing flow. A few tweaks in process control solve this, keeping salt movement steady across the year.
Many of our best process improvements happen here on the floor. Years ago, a batch destined for food clients failed a color check despite passing all standard chemical tests. The cause turned out to be bacterial contamination from an upstream filtration unit. Since then, we use both chemical and sensory evaluation, plus regular audits of all filtration and processing components.
Another example comes from pharmaceutical partnerships. They need non-caking, ultra-fine salt for intravenous solutions, requiring not only more intensive purification but specialized grinding and anti-caking agents. Instead of off-the-shelf powders, we adjusted our milling process and sourced food-safe anti-caking agents that do not interfere with solubility. Pharma clients, in turn, report fewer batch rejections and smoother process control.
Salt production often gets treated as a simple commodity business, but it runs far deeper for us. By controlling our process from beginning to end, real consistency and safety follow. Our buyers trust us because they know what they’re getting, shipment after shipment. We issue batch certificates supported by both machine analysis and human inspection. In our industry, reputation rests on more than paperwork; it’s built on repeated, trouble-free performance where real people notice the difference in their work.
We ship in a variety of packaging, from 25kg woven bags to bulk sacks exceeding one ton. Larger chemical firms ask for closed-container or fully-sealed options to minimize contamination. Food packers prefer small, easily stacked bags that resist moisture on warehouse floors. Our loading docks run year-round, and we use both in-house fleets and vetted transport partners, guaranteeing each delivery meets the same exacting standards as what leaves our QA line.
Many customers notice our outer packaging bears fewer dust marks and corners do not split as easily. This isn’t just visual—it’s a sign of real attention to product integrity at each touch point. Inside, the salt stays free-flowing, even in areas with high seasonal humidity. This future-proofs their operations so they can focus on their own production, not on troubleshooting ingredient quality.
Dealing directly with a manufacturer changes every aspect of the supply chain. Customers interact with technicians and lab staff who work with the product every day, not intermediaries who never set foot on the plant floor. This shortens the time between spotting a problem and solving it. The result is not only better product but more trust built between us and our buyers. Price is only one factor; performance, reliability, and confidence drive long-term relationships in this market.
Over the years, we see clear cost savings for clients who skip distributors or resellers. Consistency reduces waste, downtime, and customer complaints. Equipment lasts longer when salt remains within key specification windows. Certain food producers successfully dropped filtration steps because our sodium chloride arrives practically contaminant-free. This translates into smoother audits, less rejected product, and real reputational gain—outcomes that exceed savings on the invoice.
Sodium chloride production can never become complacent. Food safety standards, environmental laws, and traceability requirements rise each year. Businesses now demand blockchain-enabled transparency for every ingredient. We accommodate these trends by digitizing every batch record, keeping clear process documentation, and incorporating traceability from sourcing to final shipment. Any buyer can access documentation showing not only the batch date and test results, but the production line, date, and key inputs.
Environmental responsibility matters more each season. Waste brine management and energy use rank high for us. Years of incremental investment mean modern evaporation equipment runs on less energy than older models, and our recycling process handles all spent brine, minimizing discharge. Many customers ask about sustainable production and carbon footprints. We track these metrics closely, sharing results with interested buyers who must demonstrate their own sustainability to end-users and regulators.
Packaging shifts—especially bans on certain plastics—drive continuous improvement in bagging plants. We now use fully recyclable polymer coatings and have begun trial runs with biodegradable bag liners. Our engineers regularly study new materials that promise equal durability with a reduced impact. Clients can request nonwoven, food-safe alternatives or reusable bulk containers for large and repeat orders.
No sodium chloride production line runs without a focus on safety. This goes beyond basic compliance. We have internal safety teams who review process hazards, enforce proper protective gear, and conduct weekly walkthroughs of each plant zone. Our training program covers correct handling and emergency response for all employees, not just supervisors. We do not publish theoretical policies, but rely on regular, hands-on practice and drills that become part of daily culture.
Our transparency means customers can request detailed impurity profiles, process logs, and full trace-back documentation. This readiness ensures smoother audits, especially for pharmaceutical and multinational buyers facing regulatory compliance. Even local food processors appreciate having open access to sourcing and processing records; it gives them confidence, and helps them pass their own audits and maintain certifications.
Across many sectors, sodium chloride underpins vital processes. In the food industry, it shapes taste and preservation. In water treatment, it keeps systems running free of scale and buildup. The pharmaceutical sector builds patient health on it, using it as a base for life-saving saline solutions. Each field puts unique pressure on suppliers, and direct experience on the production floor has taught us just how sensitive these applications remain.
Inconsistent flow or clumpy batches shut down filling lines. Impure salt creates chemical side reactions that threaten both output yield and safety. Overly coarse salt leads to visible spotting or uneven distribution in food. The most subtle difference, such as a few extra microns in grain size or a small shift in dryness, can escalate to expensive or dangerous bottlenecks downstream. This is the real margin for error, and why direct, hands-on control over every production step matters so much.
Improvement never stops. We work with technical partners to refine analytical methods, so we catch the smallest variances before they become larger problems. Regular team meetings include the latest customer reports, trends in processing, packaging developments, and regulatory changes. Rather than hunting for perfect cleanliness or zero flaws, we pursue steady progress—refining each stage to reduce defects and keep improving traceability, safety, and sustainability.
Our sales and technical teams spend time in the field, seeing firsthand how sodium chloride impacts final products and processes in real factories, bakeries, water plants, or laboratories. These visits close the loop, turning site feedback into actionable improvements in the plant. Sometimes the changes are small—a tweak to packaging, a shift in moisture control, or a larger sieve setting. Other times, they spark major investments in new filtration or dust control technology.
We recognize the trust customers place in their supplier. Each bag or bulk shipment carries not just a product, but the result of decades of careful improvement, attention, and hard-won experience. This is what sets direct manufacturers apart from resellers, and what drives our team’s commitment to quality sodium chloride for every industry that needs it.