Sugar Monthly Price - Russian Ruble per Kilogram

Data as of March 2026

Range
May 2003 - Apr 2013: 7.274 (147.06%)
Chart

Description: Sugar (world), International Sugar Agreement (ISA) daily price, raw, f.o.b. and stowed at greater Caribbean ports

Unit: Russian Ruble per Kilogram



Source: International Sugar Organization; Thomson Reuters Datastream; World Bank.

See also: Agricultural production statistics

See also: Top commodity suppliers

See also: Commodities glossary - Definitions of terms used in commodity trading

Overview

Sugar is a globally traded sweetener and industrial input derived mainly from sugarcane and sugar beet. On commodity markets, the most widely followed raw sugar benchmark is No. 11 sugar on the New York Board of Trade, quoted in U.S. dollars per kilogram or, more commonly in market practice, cents per pound. This contract reflects bulk raw cane sugar suitable for refining, rather than the refined white sugar sold to consumers. Sugar is used directly in food and beverage manufacturing, confectionery, bakery products, dairy items, and household consumption. It also serves as a feedstock for fermentation-based products, including ethanol in some producing regions, and as an ingredient in pharmaceuticals and other processed goods. Because sugar is storable and globally traded, prices reflect the balance between harvest conditions, milling output, refining capacity, freight access, and the interaction between cane-based and beet-based supply systems.

Supply Drivers

Sugar supply is shaped by the biology of cane and beet cultivation and by the geography of processing. Sugarcane grows best in tropical and subtropical regions, while sugar beet is concentrated in temperate zones with suitable soils and growing seasons. Cane production depends on rainfall, temperature, and the timing of the harvest-milling cycle, because cut cane deteriorates quickly and must be processed soon after harvest. Beet production is more seasonal and tied to planting and lifting windows, with yields sensitive to moisture, frost, and soil conditions. Weather shocks, including drought, excessive rain, frost, and cyclones, can reduce sucrose content and field yields.

Long production lags matter: acreage decisions, planting, and mill investment are made well before output reaches the market. Milling capacity, rail and port access, and domestic logistics strongly influence how much sugar reaches export channels. In cane systems, the allocation of cane between sugar and ethanol can alter export availability, especially where mills have flexible processing. Disease, pests, and soil exhaustion also affect yields over time. Because sugar is bulky and relatively low in unit value, transport costs and freight bottlenecks are important in determining which origins compete in world trade.

Demand Drivers

Sugar demand is driven by food processing, household consumption, and industrial uses. It is a basic input in confectionery, soft drinks, baked goods, jams, sauces, dairy products, and many packaged foods. Demand is relatively stable because sugar is a staple sweetener, but it is also sensitive to income growth, urbanization, and the expansion of processed food consumption. In many markets, sugar competes with alternative sweeteners such as high-fructose corn syrup, glucose syrups, and non-nutritive sweeteners. The degree of substitution depends on local food manufacturing practices, relative prices, and regulatory standards.

Seasonality matters in consumption patterns, especially where confectionery and beverage demand rises during holidays or warm-weather periods. Industrial demand can also be influenced by ethanol economics in cane-producing regions, because mills may divert cane toward fuel when relative returns favor that channel. Public health policies, labeling rules, and sugar taxes can affect long-run consumption patterns by changing product formulation and consumer behavior, although the underlying demand for sweetness remains broad and persistent. Because sugar is embedded in many processed foods, demand is less discretionary than for luxury goods, but more adaptable than for some staple grains.

Macro and Financial Drivers

Sugar prices are influenced by the U.S. dollar because the benchmark contract is dollar-denominated and because many exporters and importers manage revenues and costs in different currencies. A stronger dollar can tighten purchasing power for non-dollar buyers, while a weaker dollar can support import demand. Interest rates matter through inventory financing and carry costs: sugar is storable, so holding stocks involves storage, insurance, and funding expenses that shape futures curves. When nearby supply is ample, markets may trade in contango; when prompt availability is tight, backwardation can appear.

Sugar also responds to broader commodity sentiment because it is part of the agricultural complex and competes for speculative capital with other soft commodities. Energy prices matter indirectly through freight, fertilizer, and, in cane regions, the economics of ethanol versus sugar production. Inflation can support nominal commodity prices over long horizons, but sugar remains primarily driven by crop fundamentals and trade flows rather than by financial factors alone.

MonthPriceChange
May 20034.95-
Jun 20034.57-7.60%
Jul 20034.55-0.37%
Aug 20034.55-0.02%
Sep 20033.98-12.63%
Oct 20033.92-1.52%
Nov 20033.87-1.11%
Dec 20034.126.36%
Jan 20043.75-9.08%
Feb 20043.71-1.05%
Mar 20043.997.72%
Apr 20044.318.00%
May 20044.06-5.86%
Jun 20044.357.27%
Jul 20044.9413.54%
Aug 20044.970.46%
Sep 20044.970.00%
Oct 20045.5211.14%
Nov 20045.14-6.81%
Dec 20045.02-2.44%
Jan 20055.326.04%
Feb 20055.595.08%
Mar 20055.53-1.14%
Apr 20055.28-4.45%
May 20055.310.54%
Jun 20055.707.35%
Jul 20056.035.68%
Aug 20056.274.00%
Sep 20056.534.15%
Oct 20057.149.39%
Nov 20057.190.76%
Dec 20058.3516.11%
Jan 20069.8818.29%
Feb 200611.2814.12%
Mar 200610.58-6.14%
Apr 200610.751.54%
May 200610.01-6.90%
Jun 20069.17-8.31%
Jul 20069.422.68%
Aug 20068.03-14.79%
Sep 20067.22-10.04%
Oct 20066.98-3.29%
Nov 20066.92-0.98%
Dec 20066.83-1.19%
Jan 20076.37-6.83%
Feb 20076.05-4.92%
Mar 20076.00-0.81%
Apr 20075.42-9.77%
May 20075.420.08%
Jun 20075.18-4.41%
Jul 20075.628.40%
Aug 20075.640.34%
Sep 20075.55-1.53%
Oct 20075.48-1.38%
Nov 20075.38-1.74%
Dec 20075.909.64%
Jan 20086.377.98%
Feb 20087.3515.43%
Mar 20086.88-6.37%
Apr 20086.59-4.33%
May 20086.41-2.72%
Jun 20086.38-0.38%
Jul 20087.2413.41%
Aug 20087.746.94%
Sep 20087.58-2.04%
Oct 20086.87-9.37%
Nov 20087.397.50%
Dec 20087.33-0.81%
Jan 20099.1925.44%
Feb 200910.3912.99%
Mar 200910.38-0.09%
Apr 200910.07-2.99%
May 200911.1811.07%
Jun 200911.180.00%
Jul 200912.9215.56%
Aug 200915.5220.15%
Sep 200915.691.10%
Oct 200914.72-6.21%
Nov 200914.17-3.76%
Dec 200915.6210.26%
Jan 201017.2910.71%
Feb 201016.89-2.31%
Mar 201012.12-28.27%
Apr 201010.51-13.30%
May 201010.37-1.28%
Jun 201010.925.28%
Jul 201011.656.67%
Aug 201012.467.00%
Sep 201015.4023.58%
Oct 201016.386.36%
Nov 201017.949.53%
Dec 201019.136.60%
Jan 201119.481.86%
Feb 201119.03-2.32%
Mar 201116.49-13.35%
Apr 201115.15-8.11%
May 201113.41-11.53%
Jun 201115.6716.89%
Jul 201117.3110.47%
Aug 201117.541.33%
Sep 201118.163.54%
Oct 201117.50-3.62%
Nov 201116.33-6.69%
Dec 201116.07-1.62%
Jan 201216.220.95%
Feb 201215.80-2.57%
Mar 201215.55-1.62%
Apr 201214.75-5.14%
May 201214.16-3.99%
Jun 201214.804.53%
Jul 201216.269.87%
Aug 201214.70-9.58%
Sep 201213.82-6.00%
Oct 201213.991.23%
Nov 201213.51-3.42%
Dec 201213.23-2.13%
Jan 201312.70-3.98%
Feb 201312.07-4.96%
Mar 201312.634.66%
Apr 201312.22-3.25%

Top Companies

Südzucker AG
Website: http://www.suedzucker.de/
Location: Manheim, Germany
Estimated Production: 4.6 million tonnes per year

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