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Top Calcium Ammonium Nitrate Suppliers Worldwide?

Time：2026-10-11 Author：Henry
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Choosing the top Calcium Ammonium Nitrate suppliers worldwide requires more than comparing prices or polished websites. Reliable sourcing depends on product quality, documented experience, regulatory awareness, and consistent delivery performance. This guide introduces the factors that help buyers evaluate suppliers with greater confidence.

A dependable supplier should provide clear technical specifications, batch-level traceability, safety documentation, and independent quality testing. Important details include nitrogen content, calcium content, granule size, moisture control, packaging strength, and storage guidance. Buyers should also examine production capacity, export history, customer support, and delivery records. A warehouse inspection, sample review, or third-party audit can reveal practical differences that advertisements often hide.

Compliance matters in every market. Suppliers must follow applicable fertilizer regulations, transport rules, environmental standards, and import requirements. Documentation should match the actual product and destination. No supplier is perfect. A company may offer excellent material but limited regional support, or competitive pricing with slower delivery. That trade-off deserves attention. Weather, port congestion, and seasonal demand can also affect availability.

This overview focuses on credible manufacturers, distributors, and sourcing considerations across major agricultural markets. It does not treat brand visibility as proof of reliability. Instead, it encourages evidence-based comparisons using verifiable certificates, professional references, transparent communication, and realistic delivery commitments. With careful review, buyers can identify Calcium Ammonium Nitrate suppliers that support safe handling, responsible agricultural use, and dependable long-term procurement.

Top Calcium Ammonium Nitrate Suppliers Worldwide?
Table of Contents [Hide]
1 Calcium Ammonium Nitrate Explained: 26–28% N and 8–10% Ca (IFA)
2 Global CAN Trade: HS 3102 Export Data and Regional Demand Patterns
3 Leading CAN Suppliers: Yara, EuroChem, Borealis, and Regional Producers
4 Supplier Evaluation: REACH, ISO 9001, SDS, and Product-Grade Compliance
5 CAN Procurement Metrics: Granule Size, Bulk Density, MOQ, and Lead Time

Calcium Ammonium Nitrate Explained: 26–28% N and 8–10% Ca (IFA)

Calcium ammonium nitrate, or CAN, is a nitrogen fertilizer valued for predictable field performance. The International Fertilizer Association (IFA) describes common CAN grades with 26–28% total nitrogen and approximately 8–10% calcium. This composition usually combines nitrate nitrogen with ammonium nitrogen, supporting both rapid and sustained plant uptake.

The calcium component is not merely decorative. It can support cell-wall strength and improve nutrient balance in crops grown on calcium-deficient soils. However, results depend on soil testing, rainfall, crop demand, and application timing. A supplier’s specification should clearly state total nitrogen, nitrate nitrogen, ammonium nitrogen, calcium content, particle size, moisture, and net weight. Small details matter.

FAO fertilizer-management guidance emphasizes matching nutrient applications with crop requirements and local soil conditions. That principle also helps compare international suppliers. Request an independent certificate of analysis, batch number, production date, and storage recommendations. CAN granules should remain free-flowing, dry, and physically uniform during handling. Poor storage can create caking and uneven spreading.

Not every 27% nitrogen product performs identically. IFA figures describe nutrient grades, not guaranteed field outcomes. That distinction is easy to miss. In my view, supplier reliability should include testing consistency, traceable documentation, delivery records, and technical support. Price alone is a weak filter. A cheaper shipment may bring higher spreading losses, delays, or unclear calcium content. I would still verify the latest laboratory results before committing to large-volume procurement.

Global CAN Trade: HS 3102 Export Data and Regional Demand Patterns

Top Calcium Ammonium Nitrate Suppliers Worldwide?

Global CAN trade is commonly tracked under HS 3102, covering nitrogenous mineral or chemical fertilizers. However, national tariff extensions may classify CAN differently. Buyers should verify the exact code before comparing export figures.

HS 3102 export data can reveal shipment value, volume, origin, and destination. These figures help identify active supply regions, but they are not perfect. Customs records may contain reporting delays, re-exports, or mixed fertilizer categories. A high export value does not always indicate stronger production capacity.

Regional demand follows crop calendars, soil conditions, and import access. European buyers often monitor CAN availability before spring application periods. Latin American demand can rise with grain and pasture production. In parts of Asia, purchasing may depend more heavily on local output, port storage, and monsoon timing. Seasonal movement matters.

It is easy to miss logistics.

A reliable supplier should show consistent export records, clear granule specifications, laboratory documentation, and stable packaging standards. Buyers should compare calcium content, nitrogen concentration, moisture tolerance, and delivery performance. Price alone gives a narrow view. In practice, freight costs and port delays can change the final cost quickly.

I would also treat regional demand forecasts cautiously. Weather can alter fertilizer timing within weeks. Some trade datasets look precise, yet small classification errors can distort the picture. Reviewing multiple customs sources, shipment histories, and local agronomic reports creates a more credible supplier assessment.

Top Calcium Ammonium Nitrate Suppliers Worldwide? - Global CAN Trade: HS 3102 Export Data and Regional Demand Patterns

Market Region Typical CAN Demand Level Main Agricultural Applications Seasonal Demand Pattern Import Dependency Relevant HS Classification Trade and Procurement Characteristics
Western and Northern Europe High and established Wheat, barley, oilseed rape, grassland and other temperate-climate crops Strong demand before spring application and after harvest; weather can shift buying into shorter windows Medium; cross-border trade is important within the European market HS 3102; ammonium nitrate is generally reported under HS 3102.30, subject to national tariff subdivisions Demand is influenced by nitrogen application rules, energy costs, inland logistics and regional stock levels
Eastern Europe and Central Asia Medium to high Cereals, sunflower, rapeseed, sugar beet and broad-acre farming Concentrated around spring field preparation, with additional autumn demand in winter-crop areas Varies by country; rail, river and Black Sea access strongly affect delivered cost HS 3102 and applicable national subheadings for nitrogen fertilisers Purchasing is highly price-sensitive and often depends on bulk transport capacity and seasonal working capital
North America Medium Specialty use, pasture, turf, horticulture and selected row-crop applications Spring application is dominant in temperate production zones; regional demand differs by crop calendar Generally lower than in import-oriented regions because of significant domestic nitrogen capacity HS 3102; national tariff schedules may distinguish ammonium nitrate and other nitrogen products CAN competes with urea, UAN and other nitrogen products; product choice depends on application equipment and agronomic practice
Latin America Medium to high Soybean, maize, wheat, sugarcane, coffee, fruits and pasture Demand follows crop cycles and rainfall; purchasing often increases ahead of planting periods High in several major agricultural economies, particularly where domestic nitrogen production is limited HS 3102; import declarations may use additional national codes for ammonium nitrate mixtures Ocean freight, port congestion, inland trucking and currency movements are major landed-cost factors
Middle East and North Africa Medium Irrigated cereals, vegetables, orchards, greenhouse production and date palms Irrigation schedules and protected cultivation reduce seasonality, while field crops remain seasonal Mixed; regional production and import requirements differ considerably by country HS 3102; ammonium nitrate is commonly associated with HS 3102.30 in the Harmonized System Water availability, fertigation compatibility, storage regulations and government procurement influence demand
Sub-Saharan Africa Low to medium, with selected high-growth markets Maize, wheat, tea, coffee, horticulture and commercial plantation crops Closely linked to rainy-season onset and local planting calendars Generally high because of limited local nitrogen manufacturing and distribution infrastructure HS 3102; national customs schedules determine the final statistical line Small shipment sizes, port-to-inland transport costs, credit availability and public tender procedures are important
South Asia High overall nitrogen demand; CAN is product-specific Rice, wheat, cotton, sugarcane, vegetables and other intensive crops Multiple crop seasons create recurring demand, with monsoon conditions affecting timing Country-specific; procurement is often shaped by fertilizer policies, quotas and subsidies HS 3102; local tariff lines may separately identify ammonium nitrate mixtures and compound fertilisers CAN competes with urea and other subsidised nitrogen products; market access may depend on registration and policy controls
East and Southeast Asia Medium to high, varying by country Rice, maize, vegetables, fruits, tea, oil crops and high-value horticulture Multiple planting cycles produce relatively distributed demand throughout the year Mixed; some markets have strong domestic capacity while others rely heavily on imported fertilisers HS 3102; HS 3102.30 is the commonly referenced international subheading for ammonium nitrate Product registration, packaging format, environmental rules and competition from urea-based products affect sourcing
Oceania Medium Pasture, wheat, barley, horticulture, sugarcane and broad-acre crops Demand follows winter-crop planting, pasture growth and regional irrigation schedules Import exposure varies by country and is amplified by long-distance freight requirements HS 3102; national customs codes should be checked for the precise CAN formulation Bulk handling, coastal shipping, storage capacity and biosecurity or safety requirements influence delivered supply
Trade-data note: HS 3102 covers mineral or chemical fertilisers containing nitrogen, phosphorus or potassium. Calcium ammonium nitrate is commonly recorded within the nitrogen-fertiliser group, while ammonium nitrate is generally associated with HS 3102.30. Exact CAN trade totals may require national tariff-line data because customs systems do not always isolate calcium ammonium nitrate as a standalone international six-digit category.
Reference framework: World Customs Organization Harmonized System, UN Comtrade international merchandise trade statistics, FAOSTAT fertiliser indicators and International Fertilizer Association market classifications.

Leading CAN Suppliers: Yara, EuroChem, Borealis, and Regional Producers

Top Calcium Ammonium Nitrate Suppliers Worldwide?

The leading CAN suppliers are concentrated in Europe, the Middle East, and major agricultural regions. European producers remain influential because CAN fits established spreading equipment and nitrogen programs. Several large regional manufacturers also serve nearby markets, reducing inland freight costs. According to the International Fertilizer Association’s Medium-Term Fertilizer Outlook 2024–2028, global nitrogen fertilizer demand exceeds 110 million tonnes of nutrient annually. That scale supports diversified supply, but it does not guarantee stable CAN availability.

Reliable suppliers typically offer CAN with about 27% nitrogen and consistent granule sizing. Product quality matters in every field. Uneven particles can segregate during transport and create irregular application rates. CRU’s 2024 nitrogen market analysis highlights energy costs, natural gas exposure, and regional production economics as major pricing factors. Buyers should therefore compare delivered cost, not only the quoted product price. Storage advice, laboratory certificates, batch traceability, and port access also reveal supplier maturity.

Regional producers can compete strongly when farms sit near their plants. Global producers often provide wider technical support and steadier export capacity. However, this distinction is not absolute. A smaller supplier may provide fresher stock and faster delivery. I have seen procurement decisions overvalue production scale and undervalue warehouse conditions. That is a practical weakness worth examining. FAO fertilizer data also shows strong regional differences in nutrient use, so supplier selection should reflect local crops, soil needs, and seasonal demand rather than reputation alone.

Supplier Evaluation: REACH, ISO 9001, SDS, and Product-Grade Compliance

Choosing a calcium ammonium nitrate supplier starts with evidence, not a polished website. REACH status should be clear for the intended market, importer, and tonnage range. Ask for registration details, legal entity information, and current supporting records. Do not accept vague claims. Documents must match the shipped product.

ISO 9001 can indicate controlled processes, but it does not guarantee every batch meets your needs. Check the certificate scope, manufacturing location, audit validity, and complaint procedures. An SDS should be recent, complete, and written for the destination market. Review hazard classification, handling guidance, storage conditions, transport information, and emergency measures. I also compare the SDS against the technical data sheet. Small inconsistencies can reveal weak document control.

Product-grade compliance requires more than a generic specification. Confirm whether the material is agricultural, industrial, or another defined grade. Request a batch-specific certificate of analysis covering nitrogen, calcium, moisture, and relevant limits. Packaging labels, lot numbers, and traceability should remain readable after transport. A supplier should explain sampling methods and retention practices. I have found that a strong certificate can still hide poor communication. That weakness matters during customs checks or field complaints. Independent testing may be sensible for the first shipment, although it adds time and cost. Supplier evaluation is not perfectly tidy; records can be current while operational habits remain inconsistent.

CAN Procurement Metrics: Granule Size, Bulk Density, MOQ, and Lead Time

Top Calcium Ammonium Nitrate Suppliers Worldwide?

For CAN procurement, granule size is more than a catalog detail. It affects spreading accuracy, dust levels, and storage flow. Many agricultural buyers prefer consistent particles between 2 and 4 millimeters. Ask for sieve analysis from a recent production batch. A narrow size range usually supports smoother application. However, oversized granules can still appear during handling. This is easy to overlook.

Bulk density also deserves a practical check. It influences silo capacity, bag weight, and freight calculations. Request the measured density in kilograms per cubic meter, not a broad estimate. Compare laboratory data with loading records when possible. Moisture content should be reviewed alongside density. The figures may change after long sea transport.

Tips: Define the acceptable granule range, density tolerance, packaging type, and inspection method before requesting quotations. Set a realistic MOQ, such as one container or a partial bulk shipment. Smaller orders may carry higher unit costs. Confirm whether the quoted lead time includes production, testing, port handling, and inland delivery. A supplier promising ten days may exclude several of these steps. I have seen procurement schedules fail because this detail was assumed. Keep a buffer for seasonal demand and port delays.

FAQS

What is calcium ammonium nitrate?

Calcium ammonium nitrate is a nitrogen fertilizer containing nitrate and ammonium nitrogen. Common grades contain about 26–28% nitrogen and 8–10% calcium. It supports rapid and sustained plant uptake.

Why does the calcium content matter?

Calcium can support stronger cell walls and better nutrient balance. Benefits are clearer in calcium-deficient soils. Soil testing remains important.

Will every 27% nitrogen product perform the same way?

No. Nutrient grades do not guarantee identical field results. Rainfall, soil condition, crop demand, and timing can change performance. The number alone is not enough.

What information should a product specification include?

Check total nitrogen, nitrate nitrogen, ammonium nitrogen, calcium, moisture, particle size, and net weight. These details reveal product consistency. Small details matter.

How can buyers evaluate a supplier?

Request a batch-specific analysis certificate, batch number, production date, and storage guidance. Review delivery records and technical support. Price alone is a weak filter.

What documents should a supplier provide?

Ask for current regulatory records, a valid quality certificate, and a recent safety data sheet. Documents should match the shipped material. Vague claims deserve caution.

How should the fertilizer be stored?

Keep granules dry, free-flowing, and physically uniform. Protect them from moisture and rough handling. Poor storage can cause caking and uneven spreading.

Should buyers test the first shipment independently?

Independent testing can confirm nitrogen, calcium, moisture, and other limits. It adds time and cost. Still, it may prevent larger procurement problems.

Are larger suppliers always the better choice?

Not necessarily. Regional suppliers may offer fresher stock and shorter delivery routes. Larger suppliers may provide broader support. This comparison is not perfectly tidy. പരിശോധ

Conclusion

Calcium Ammonium Nitrate is a widely used nitrogen fertilizer valued for its balanced nutrient profile and reliable performance across different soil conditions. Standard formulations typically contain approximately 26–28% nitrogen and 8–10% calcium, supporting plant growth while helping improve soil nutrient availability. This article explains the product’s composition, common agricultural applications, and the role of international trade data, including HS 3102 export classifications, in understanding regional demand and supply patterns.

It also presents practical guidance for evaluating suppliers and planning procurement. Buyers should review REACH-related documentation where applicable, ISO 9001 quality systems, current Safety Data Sheets, and product-grade compliance records. Important purchasing metrics include granule size consistency, bulk density, minimum order quantity, packaging or bulk shipment options, and expected lead time. Comparing these factors can help importers, distributors, and agricultural businesses select dependable supply channels and maintain consistent product quality.

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Henry
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Henry

Henry

Henry is a dedicated marketing professional with a profound expertise in the company's offerings. With years of experience in the industry, he possesses an impressive understanding of the market dynamics and consumer behaviors that drive success. Henry is committed to sharing his insights through......