For procurement managers and chemical engineers sourcing bulk chemicals, few questions are as pressing as “What is the current sodium metabisulfite price in China?” This versatile compound, known chemically as Na2S2O5, underpins critical operations across water treatment, gold mining, food preservation, textiles, and pulp bleaching. However, the price you pay depends on much more than a simple FOB quotation. From raw material volatility to logistics complexity and quality certifications, a strategic understanding of China’s sodium metabisulfite market can unlock significant cost advantages and supply chain resilience. In this comprehensive guide, we dissect the pricing ecosystem, compare grades, outline supplier evaluation criteria, and share practical procurement insights—all anchored in the real-world dynamics of China’s chemical export sector, where Hailei Fine Chemical stands as a trusted partner.
The market for sodium metabisulfite in China is shaped by a web of interconnected factors that cause the per-tonne price to fluctuate 10–15% even within a single quarter. Understanding these levers gives buyers the upper hand in negotiations and timing.
Sodium metabisulfite is produced by reacting soda ash (sodium carbonate) with sulfur dioxide gas. Consequently, the price of soda ash—itself dependent on global energy costs, limestone availability, and demand from the glass industry—forms the cost floor. Similarly, sulfur, a byproduct of petroleum refining and natural gas processing, ties the compound’s cost indirectly to crude oil markets. In China, domestic soda ash prices have seen swings of ¥200–400 per metric ton over the past year, directly influencing sodium metabisulfite price in China. Buyers who monitor soda ash futures or contract with vertically integrated manufacturers that control raw material sourcing often secure more stable pricing.
The conversion of soda ash and SO2 into sodium metabisulfite is an exothermic reaction, but the entire process—including drying, crystallization, and packaging—requires substantial energy inputs, primarily from coal-fired power or natural gas. In Shandong province, where many chemical producers like Hailei are located, industrial electricity rates and coal supply disruptions during winter can add $15–25 per tonne to finished product costs. Efficient producers that recycle heat and operate continuous plants tend to offer more competitive sodium metabisulfite price in China without compromising purity.
For international buyers, freight represents a major component of the landed cost. China’s main export ports for chemicals—Qingdao, Shanghai, Tianjin—handle sodium metabisulfite in 25kg bags, 1-tonne big bags, or bulk. Ocean freight rates, container availability, and inland trucking from factory to port all influence the final price. During peak shipping seasons or geopolitical disruptions, freight can spike by 30–50%. Partnering with a supplier that has established relationships with forwarders and can offer CIF terms helps buyers lock in predictable delivered costs.
Not all sodium metabisulfite is created equal. The sodium metabisulfite price in China varies significantly between industrial and food grades, not only because of purity but also due to certification overheads and production complexity.
Used in water dechlorination, gold mining cyanide detoxification, pulp bleaching, and textile anti-chlorine treatment, industrial grade sodium metabisulfite typically specifies a minimum purity of 97% (as Na2S2O5). The remaining 2–3% consists of inert substances and moisture without harmful residuals for industrial processes. This grade represents the bulk of Chinese exports and offers the most aggressive per-tonne pricing. As of today, FOB Qingdao for industrial grade ranges approximately $430–$500 per metric ton, depending on order volume and packaging.
When sodium metabisulfite is used as a preservative (E223) in dried fruits, wine, or baked goods, purity must reach 98% minimum, with tighter limits on heavy metals (<2 ppm lead, <1 ppm arsenic) and no detectable free chlorine. Achieving food grade standard requires additional purification steps, dedicated production lines free from cross-contamination, and rigorous quality audits. Consequently, sodium metabisulfite price in China for food grade commands a premium of 10–20% over industrial grade. Buyers in the food sector also need to consider HACCP, ISO 22000, or FSSC certifications, which add auditing costs but guarantee compliance with EU and FDA regulations. Hailei’s food grade sodium metabisulfite meets these exacting specifications, backed by full traceability.
Some applications, such as water treatment plants that use sodium metabisulfite for dechlorination, may prefer a specific particle size or anticaking agent to improve dissolution during sodium metabisulfite solution preparation. Custom blends or technical grades often involve a surcharge, but the operational efficiency gained can offset the higher unit price. When requesting quotes, always specify delivery form (powder, granular, or tablet), as granulation can add $20–40 per tonne to the cost.
The question “what is sodium metabisulfite made from” is more than a chemistry curiosity; it directly impacts cost structures. China is the world’s largest producer, leveraging abundant domestic soda ash and a robust sulfur recovery infrastructure. The typical route starts with soda ash dissolved in water, which is then reacted with sulfur dioxide gas produced by burning sulfur or recovered from smelter off-gases. The resulting sodium sulfite solution is further saturated with SO2 to yield sodium metabisulfite crystals. These are centrifuged, dried in fluidized bed dryers, and packaged. Suppliers that use sulfur-burning processes with integrated scrubbing have lower variable costs than those relying on purchased liquid SO2, and this efficiency is often reflected in the sodium metabisulfite price in China offered.
Procurement decisions should be driven by the functional properties of sodium metabisulfite that matter in your process. Key quality parameters include:
Reputable Chinese suppliers provide a Certificate of Analysis (CoA) with every shipment. When comparing sodium metabisulfite price in China, always normalise quotes against these properties—a slightly higher-priced product with superior purity may reduce dosage rates and total cost of ownership.
Understanding the major sodium metabisulfite uses helps buyers anticipate seasonal pricing swings. Demand from these sectors creates predictable cycles in the Chinese export market.
Municipal water plants and industrial cooling towers use sodium metabisulfite for dechlorination. As developing nations upgrade water infrastructure, base demand grows 3–5% annually. During spring maintenance turnarounds, short-term spikes can tighten supply and push prices higher.
Gold mines employ the INCO SO2/air process to destroy residual cyanide in tailings. Here, sodium metabisulfite acts as the SO2 source. Mining projects in Africa and Latin America drive large-volume purchases. When gold prices rally, exploration intensifies, and orders flood Chinese factories, lifting the sodium metabisulfite price in China.
As a preservative in wine (antioxidant and antimicrobial), dried fruits, and shrimp, food grade demand is steadier but influenced by harvest seasons. Procurement from this segment often coincides with Q3–Q4 grape processing, tightening food grade supply and widening the price gap with industrial grade.
Sodium metabisulfite reduces residual chlorine after bleaching in kraft pulp mills and removes excess chlorine in textile finishing (“antichlor”). These industrial markets correlate with consumer goods cycles and tend to order on quarterly contracts, providing a baseline demand layer.
For end-users in water treatment, proper sodium metabisulfite solution preparation ensures effective chlorine neutralisation and safe handling. A standard dechlorination solution is made by dissolving 10% w/w powder in water, yielding a working solution of approximately 66 g/L available SO2. To prepare 10,000 litres, 1,000 kg of 97% sodium metabisulfite is slowly added to 9,000 litres of water under continuous agitation. The solution should be dosed at a molar ratio of 1.4:1 (Na2S2O5 to Cl2). Incorrect preparation—such as adding water to powder—can generate excess SO2 gas and localised heat. Top-tier Chinese suppliers often provide technical support on solution make-up, an intangible that justifies a marginally higher sodium metabisulfite price in China when downtime costs are factored in.
Price alone is a poor indicator of value. A systematic supplier assessment protects your operations and optimises total spend.
Look for ISO 9001 (quality management), ISO 14001 (environmental), and where relevant, ISO 22000 or HACCP for food grade. REACH registration is a must for EU shipments. These certificates prove a manufacturer’s commitment to consistency and reduce your risk of rejected batches.
A plant with capacity below 20,000 MTA may struggle with large orders, causing delays. Hailei Fine Chemical operates a modern facility in Shandong with ample capacity to accommodate both spot and annual contract volumes, ensuring stable sodium metabisulfite price in China even during peak demand.
Verify the supplier’s export documentation accuracy, on-time delivery rate, and incident history. A shipper who repeatedly misdeclares IMDG Class 8 (corrosive) can cause port detentions. A reliable supplier will have a dedicated logistics team and offer flexible Incoterms (FOB, CIF, DAP).
Beware of quotes that seem too low; they may exclude moisture content (up to 3% water can dilute active material) or use a lower purity benchmark. Request a full specification sheet and confirm whether the price includes palletisation, shrink-wrapping, and fumigation if needed. The best partners openly break down the sodium metabisulfite price in China by material, processing, packaging, and freight components.
For buyers with steady demand, annual contracts indexed to soda ash or coal prices can smooth volatility. Typical terms include quarterly price adjustments within a ±8% band. Negotiate volume discounts and minimum order quantities upfront. Many Chinese exporters offer 3–5% discounts for payments by T/T in advance or LC at sight.
Looking ahead, the sodium metabisulfite price in China is expected to trend moderately upward due to rising environmental compliance costs. China’s “Blue Sky” policies require chemical plants to install advanced flue gas desulfurisation systems, adding capital expenditure that eventually reflects in product pricing. Simultaneously, the global push for cleaner water and expanding gold mining in West Africa will sustain demand. Buyers can expect annual price escalations of 3–7% over the next two years, with temporary spikes driven by energy cost volatility. Shifting to longer-term contracts and partnering with manufacturers that invest in green production will be the key to cost stability.
While the headline FOB price is the starting point of any negotiation, smart buyers know that the true cost encompasses quality, consistency, regulatory support, and supply security. By understanding the raw material drivers, grade differentiators, and supplier evaluation metrics detailed above, you can transform a simple procurement exercise into a strategic advantage. Whether you need industrial grade sodium metabisulfite for gold mine cyanide detox, food grade for wine preservation, or customised grades for specialised water treatment, Hailei Fine Chemical combines technical expertise with competitive, transparent pricing.
Take the next step in securing a reliable sodium metabisulfite supply from China. Contact our team for a tailored quotation with full specification, CoA, and logistics options. Let’s build a partnership that optimises your chemical procurement today.
When procurement managers type “buy sodium bisulfite” into a search engine, they often mean sodium metabisulfite—a distinct chemical with the formula Na2S2O5 and CAS 7681-57-4. This common mix-up can lead to ordering the wrong chemical, causing costly application failures in water treatment, gold mining, and food preservation. At Hailei Chemical, we help industrial buyers clarify this confusion and source high-purity sodium metabisulfite with the exact specifications their process demands.
The similarity in names and overlapping applications make it easy to confuse sodium bisulfite (NaHSO3) with sodium metabisulfite (Na2S2O5). While both are sulfite compounds that release sulfur dioxide (SO2) in acidic conditions, they are chemically distinct and supplied in different forms.
In water, sodium metabisulfite dissolves and hydrolyzes to form sodium bisulfite ions. This chemical behavior explains why the two chemicals are often used interchangeably—and why a search for “buy sodium bisulfite” frequently leads to metabisulfite suppliers.
Ordering the incorrect form can disrupt operations. If your process calls for a dry, easy-to-handle powder with high active SO2 content, sodium metabisulfite is the correct choice. Accidentally receiving a liquid bisulfite solution may compromise dosing accuracy, increase freight costs, or introduce unwanted water into a water-sensitive reaction. For mining, food, and textile applications, the solid sodium metabisulfite (industrial-grade sodium metabisulfite) with a purity of 97–98% is the industry standard.
Many industries depend on sodium metabisulfite’s reducing power. Below are the main sectors where your “buy sodium bisulfite” query should lead you straight to a quality metabisulfite.
Municipal water treatment plants and industrial process water systems use sodium metabisulfite to neutralize residual chlorine and chloramines. The reaction is instantaneous and produces harmless sulfate and chloride ions. Typical dosing: 1.4 mg of sodium metabisulfite per 1 mg of chlorine. The solid powder format makes it easy to prepare stock solutions or feed directly via dry feeders.
In gold extraction, sodium metabisulfite is employed to detoxify cyanide tailings before discharge. The sulfite air (SO2/air) process uses metabisulfite as the SO2 source to oxidize cyanide to cyanate, significantly reducing environmental toxicity. Mining chemical buyers rely on consistent, high-purity metabisulfite to meet strict environmental compliance.
Food-grade sodium metabisulfite is a widely permitted preservative (E223) in the winemaking, dried fruit, and seafood industries. It inhibits microbial growth, prevents enzymatic browning, and acts as an antioxidant. For winemakers, it provides both free and bound SO2 to protect wines during aging. If your recipe calls for “sodium bisulfite,” confirm with your supplier that solid food-grade sodium metabisulfite food grade is the correct input.
After bleaching with chlorine-based agents, textiles are treated with an “anti-chlor” to remove residual chlorine that could weaken fibers. Sodium metabisulfite is the preferred chemical because it decomposes excess hypochlorite without leaving corrosive residues, thereby preserving fabric strength and whiteness.
In the paper industry, sodium metabisulfite serves as a reductive bleaching agent for mechanical pulp. It brightens fibers without degrading cellulose, and it acts as a dechlorination agent after chlorine dioxide bleaching stages. The solid metabisulfite provides a stable, high-purity SO2 source that integrates seamlessly into existing chemical dosing systems.
Understanding the manufacturing process helps buyers assess product quality and impurities. Sodium metabisulfite is produced by passing sulfur dioxide gas through an aqueous slurry of sodium carbonate or sodium hydroxide. The exothermic reaction forms sodium bisulfite, which upon concentration and cooling crystallizes as sodium metabisulfite. The chemical steps are:
The resulting crystals are centrifuged, dried, and sieved to produce the free-flowing white powder that is packed in 25 kg bags, 1000 kg supersacks, or custom packaging. Leading manufacturers control heavy metals, iron, and arsenic to meet food-grade specifications (e.g., FCC, JECFA) or technical-grade requirements.
One of the most researched properties is sodium metabisulfite solubility in water because dosing efficiency depends on it. Sodium metabisulfite is highly soluble:
When dissolved, it releases SO2, so solutions are moderately acidic (pH 4.0–5.5 at 10% w/w). For industrial use, a 5–20% stock solution is typically prepared in stainless steel or HDPE tanks. Ensure adequate ventilation because dissolved SO2 can off-gas, especially in warm environments. For continuous dechlorination, metering pumps must be calibrated to account for solution strength and temperature-dependent solubility.
If you are preparing a laboratory solution for analytical or medical use (such as the sickling test), always use fresh distilled water and an airtight container to prevent premature oxidation of the sulfite to sulfate.
Though sodium metabisulfite is versatile, specific process conditions may call for an alternative reducing agent. Here are common scenarios where exploring a sodium metabisulfite alternative makes sense.
Sodium metabisulfite slightly lowers pH. In applications requiring strictly neutral pH (e.g., sensitive reverse osmosis membranes), ascorbic acid (vitamin C) is a viable alternative. It quenches chlorine without altering pH and is fully biodegradable, but it is more expensive and less stable in solution.
In boiler water treatment, sodium sulfite (Na2SO3) or catalyzed sulfite are often preferred over metabisulfite because they are designed for high-temperature oxygen removal and scale inhibition. Sodium metabisulfite could be used, but its SO2 release profile differs.
Food producers who need to minimize sodium content may switch to potassium metabisulfite (E224), which provides an equivalent amount of SO2 per mole but with potassium instead of sodium. This is particularly relevant in low-sodium preserved foods.
In large-scale industrial operations like sugar refining or certain mining processes, compressed SO2 gas can be more economical than solid metabisulfite. However, gas handling requires significant safety infrastructure.
Despite these alternatives, sodium metabisulfite remains the most cost-effective solid sulfite for the majority of dechlorination, preservation, and anti-chlorine tasks due to its high active SO2 content (typically 65% available SO2) and ease of transport.
While Hailei Chemical primarily serves industrial sectors, laboratory and medical customers also inquire about preparing sodium metabisulfite solutions for the sickling test—a diagnostic assay for sickle cell disease. The standard protocol requires a 2% (w/v) sodium metabisulfite solution.
How to prepare sodium metabisulfite for sickling test:
Our food-grade and analytical-grade sodium metabisulfite maintains low heavy-metal profiles, making it suitable for critical laboratory applications where impurities could interfere with test results.
Whether your initial search is “buy sodium bisulfite” or “sodium metabisulfite supplier,” evaluating the following parameters will ensure you receive the right product.
Weifang Hailei Fine Chemical Co., Ltd. has decades of experience exporting high-purity sodium metabisulfite to buyers in over 50 countries. Our product, CAS 7681-57-4, delivers a consistent 97–98% purity (higher for food grade) and is backed by comprehensive documentation—COA, MSDS, and third-party test reports. Whether you need full container loads for a mining operation or smaller batches for a food processing plant, our logistics team ensures on-time delivery with the correct UN-compliant packaging.
We understand that many of our customers initially search for “buy sodium bisulfite.” Our team is ready to clarify specifications and provide exactly the sulfite chemical your process requires.
Make the right choice for your water treatment, gold mining, food preservation, or textile application. Request a quote today and let our experts support your supply chain with reliable, technical-grade or food-grade sodium metabisulfite.
If you’re procuring sodium metabisulfite for gold mining, municipal water treatment, or food processing in East Africa, understanding the current sodium metabisulfite price in Kenya is critical for budgeting and supplier evaluation. As Kenya accelerates its industrial and infrastructure projects—from new gold mines in Kakamega and Migori to expanding urban water treatment plants—demand for this versatile chemical continues to rise. This comprehensive guide provides procurement managers, chemical engineers, and industrial buyers with insights into pricing factors, solution preparation, product comparisons, safety data, and the advantages of sourcing directly from a reliable Chinese manufacturer like Weifang Hailei Fine Chemical Co., Ltd.
When benchmarking the sodium metabisulfite price in Kenya, buyers must look beyond a single CIF Mombasa quote. The final landed cost per metric ton is influenced by a chain of international and local variables. Understanding these factors helps you negotiate better terms and avoid supply chain surprises.
China produces over 70% of the world’s sodium metabisulfite. The FOB (Free On Board) price from major ports like Qingdao or Shanghai typically fluctuates between USD 350 and USD 500 per metric ton for industrial grade (97–98% purity) in bulk. Regional production costs, soda ash feedstock pricing, and environmental policies directly shape this baseline. As a buyer in Kenya, your supplier’s proximity to the port and export volume discounts also matter.
Sea freight from China to the Port of Mombasa adds approximately USD 1,200–1,800 per 20-foot container (20 MT) depending on seasonal surcharges and bunker fuel costs. This translates to an additional USD 60–90 per ton. Importers should always include marine insurance (roughly 0.3–0.5% of the CIF value). Delays at the port and demurrage charges can further inflate landed costs, so partnering with a supplier experienced in East African logistics is a serious advantage.
Kenya applies the East African Community (EAC) Common External Tariff on sodium metabisulfite (HS Code 2832.10.00). The import duty is typically 10% on the CIF value, plus a standard 16% VAT on the duty-inclusive value. Working with a supplier who provides a transparent commercial invoice and a Certificate of Origin can sometimes open preferential rates under trade agreements, so always verify the latest KRA tariff book.
Food grade sodium metabisulfite (≥98% purity, meeting FCC or E223 standards) commands a price premium of 10–15% over industrial grade (97% min). For gold mining and water dechlorination, industrial grade is sufficient, but sensitive food processing applications require food grade. Buyers should evaluate whether the higher cost of food grade can be recouped through product certification or export market advantages.
Standard 25 kg woven polypropylene bags are the most economical. However, purchasing in 1,000 kg big bags or loose bulk reduces the unit price per kg by up to 8%. A full container load (20–27 MT) always yields a better per-ton rate compared to less-than-container-load (LCL) shipments. When comparing the sodium metabisulfite price in Kenya, always request pricing for your exact annual volume and preferred packaging format.
A realistic landed cost range for industrial grade sodium metabisulfite in Kenya (CIF Mombasa, excluding local clearance) falls between USD 580 and USD 720 per metric ton, depending on order size and market conditions. Local distributors may add a markup of 15–25% for warehousing and break-bulk services. Direct sourcing from a major Chinese exporter like Hailei Chemical eliminates these intermediate margins, offering significant procurement savings.
Correct sodium metabisulfite solution preparation is essential to achieve effective chemical reactions while maintaining operator safety. Whether you’re pretreating process water or detoxifying cyanide in a mining operation, following proven protocols ensures you maximize the reducing power of Na2S2O5.
Sodium metabisulfite dissolves readily in cold water (solubility about 540 g/L at 20°C). To prepare a stock solution:
For neutralizing chlorine in municipal or industrial water, the stoichiometric ratio is 1.4 mg of sodium metabisulfite per 1 mg of chlorine (Cl2). In practice, a slight excess (10–15%) is used to ensure complete dechlorination. A 10% solution fed via a metering pump can be easily adjusted based on online ORP (oxidation-reduction potential) or chlorine residual monitoring. Typical dosing for a 5 mg/L chlorine residual would be 7.5–8.0 mL of 10% stock solution per cubic meter of water.
In the gold mining sector, sodium metabisulfite is widely employed to destroy residual cyanide in tailings slurry through the INCO process (SO2/air). The metabisulfite is dissolved and mixed with the tailings, often in combination with a copper catalyst. Preparation of a 15–20% solution, stored in HDPE tanks, allows controlled addition to the detox circuit. Operators should verify solution strength daily via iodometric titration to maintain process stability and comply with effluent discharge limits.
For site-specific guidance, consult our technical team and download the full application notes from our Sodium Metabisulfite product page.
Procurement teams often face the choice between sodium sulfite vs sodium metabisulfite for water treatment, mining, and industrial processes. While both chemicals deliver the sulfite ion (SO32-) needed for reduction, their differences in molecular weight, effective SO2 content, and storage stability have major cost and handling implications.
Sodium metabisulfite (Na2S2O5) is a dimer that releases two molecules of SO2 per molecule when dissolved in water, yielding an effective SO2 content of approximately 67.4%. In contrast, anhydrous sodium sulfite (Na2SO3) provides a theoretical SO2 content of only 50.8%. This means you need roughly 33% less sodium metabisulfite by weight to achieve the same reduction capacity—a direct cost advantage per ton of finished product.
Sodium metabisulfite is far more stable under ambient storage conditions. Sodium sulfite tends to oxidize gradually to sulfate when exposed to air, losing its reducing strength. For hot and humid climates like Kenya’s coastal regions, metabisulfite’s superior shelf-life (2 years when properly stored vs. about 1 year for sulfite) reduces waste and re-testing costs.
While sodium sulfite sometimes carries a lower FOB price per ton, its lower activity makes the delivered cost per unit of SO2 less competitive. For large-scale dechlorination in Nairobi’s water treatment plants or for cyanide destruction in Western Kenya’s gold mines, sodium metabisulfite consistently offers better value. The only scenarios where sodium sulfite may be preferred are niche applications that explicitly demand a higher pH or a sodium-based additive without any bisulfite character—rare in East Africa’s bulk chemical markets.
Source your next supply from our proven industrial grade sodium metabisulfite and lock in both technical and financial efficiency.
Some buyers researching sulfite-based sanitizers may come across potassium metabisulfite for sanitizing applications, particularly in winemaking and craft brewing. Understanding the difference helps you select the right product and avoid costly substitutions.
Potassium metabisulfite (K2S2O5) is chemically analogous to sodium metabisulfite but releases potassium ions instead of sodium. This makes it the preferred choice for beverage sanitation because excess potassium does not affect flavor or fermentability, whereas sodium additions can alter taste. In Kenya’s growing craft beer and wine sector, potassium metabisulfite is used to sanitize equipment and to protect against microbial spoilage.
However, for all large‑volume industrial applications—water treatment, gold mining cyanide detox, textile anti‑chlorine treatment, and pulp bleaching—sodium metabisulfite remains the overwhelmingly dominant and economical choice. The product is less than half the price of the potassium salt and provides identical SO2 release per mole. Unless your operation specifically requires a sodium‑free process, sourcing sodium metabisulfite from a reliable Chinese supplier like Hailei Chemical will consistently deliver the best return on investment.
Thorough knowledge of the sodium metabisulfite msds (Material Safety Data Sheet) is mandatory for every importer and end-user. Kenya’s regulatory agencies, including NEMA and the Directorate of Occupational Safety and Health, require that a current SDS accompanies all chemical shipments and is accessible to workers.
Store sodium metabisulfite in a dry, well-ventilated area away from heat, moisture, and incompatible materials—especially strong acids, oxidizers, and alkalis. Pallets should be kept off the floor to prevent water damage. Always use personal protective equipment: chemical splash goggles, nitrile gloves, and a dust mask or NIOSH-approved respirator when handling large quantities. Eating, drinking, and smoking must be prohibited in storage and handling zones.
For customs clearance in Kenya, a complete sodium metabisulfite msds in English must be submitted along with the Bill of Lading and commercial invoice. Hailei Chemical provides up‑to‑date SDS documents with every shipment. You can download a consolidated safety data sheet directly from our sodium metabisulfite product page.
Partnering with a vertically integrated manufacturer like Weifang Hailei Fine Chemical Co., Ltd. removes layers of risk and cost from your Kenyan supply chain. Here’s what sets us apart:
When you’re ready to compare the current sodium metabisulfite price in Kenya and receive a tailored quote, reach out to our sales team. Let us demonstrate how our quality and service can strengthen your supply chain.
Visit Get a Quote or explore the full specification on our sodium metabisulfite product page. We look forward to serving your chemical needs in Kenya.