Sugar, European import price Monthly Price - Rand per Kilogram

Data as of March 2026

Range
Dec 2017 - Jun 2025: 1.607 (31.10%)
Chart

Description: Sugar (EU), European Union negotiated import price for raw unpackaged sugar from African, Caribbean and Pacific (ACP) under Lome Conventions, c.I.f. European ports

Unit: Rand per Kilogram



Source: International Monetary Fund; World Bank.

See also: Agricultural production statistics

See also: Top commodity suppliers

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

Overview

European import price for sugar refers to the price paid for imported raw or refined sugar entering European markets, typically quoted in US dollars per kilogram for comparability across origins and contracts. In commodity markets, sugar is commonly traded in standardized raw sugar and white sugar contracts, with benchmark pricing often linked to futures on major exchanges and to physical differentials for quality, freight, and destination. The underlying product is usually sucrose derived from sugarcane or sugar beet, then processed into raw, refined, or specialty grades.

Sugar is a basic food ingredient and an industrial input. It is used in confectionery, bakery products, beverages, dairy products, and household consumption, and it also serves as a feedstock for fermentation and other food-processing applications. Because it is bulky, storable, and globally traded, import prices reflect both the underlying world sugar balance and the costs of moving sugar from surplus-producing regions to deficit-consuming regions. Differences in polarity, color, moisture, and refining quality also create price spreads between raw and white sugar.

Supply Drivers

Sugar supply is shaped by the biology of cane and beet production, the geography of growing regions, and the capacity of mills and ports to move bulk cargoes. Sugarcane production is concentrated in tropical and subtropical climates, while sugar beet grows in temperate regions with cooler growing seasons. This geographic split creates a structural dependence on weather, rainfall timing, and temperature patterns. Cane yields are sensitive to drought, excess rain, and cyclone damage; beet yields are sensitive to frost, heat stress, and disease pressure. Because both crops are harvested seasonally, supply is not continuous and inventories bridge the gap between harvests and consumption.

Production is also constrained by processing infrastructure. Cane must be crushed soon after harvest to preserve sucrose content, so mill location and transport links matter. Beet requires nearby factories because the root crop deteriorates after lifting. Refining capacity, port access, and inland logistics influence whether surplus sugar reaches import markets efficiently. In addition, crop rotation, land availability, and input costs such as fertilizer and energy affect planting decisions and extraction economics. Sugar production can also shift between food and fuel uses in cane-producing regions, because mills can allocate cane juice or molasses toward ethanol or sugar depending on relative returns.

Demand Drivers

Sugar demand is driven by food consumption, industrial food processing, and beverage manufacturing. It is a staple sweetener in households and a functional ingredient in processed foods, where it contributes sweetness, texture, browning, preservation, and fermentation. Demand is therefore linked not only to direct consumption but also to broader patterns in packaged foods, confectionery, bakery goods, and soft drinks. In many markets, per-capita sugar intake is influenced by income, urbanization, and dietary habits, while industrial demand reflects the scale of food manufacturing.

Substitution matters. Sugar competes with alternative sweeteners such as high-fructose corn syrup, glucose syrups, and non-nutritive sweeteners in some applications, although substitution is limited by product formulation, taste, and regulatory rules. In Europe, beet sugar production and import demand interact with domestic crop conditions and with the needs of refiners and food processors. Seasonal demand can rise around holiday baking and confectionery production, while beverage and ice cream demand often follows warmer weather. Long-run demand is also shaped by public-health preferences and reformulation trends, which can reduce sugar intensity in some products even when total food consumption continues to grow.

Macro and Financial Drivers

Because sugar is internationally priced in US dollars, exchange-rate movements affect import costs for European buyers. A stronger dollar tends to raise local-currency import prices, while a weaker dollar lowers them, all else equal. Freight rates, insurance, and financing costs also matter because sugar is a bulk commodity with meaningful storage and transport expenses. When nearby supply is tight, the market can move into backwardation, rewarding immediate delivery; when inventories are ample, contango can appear as storage and carry costs are reflected in forward prices.

Sugar prices also respond to broader commodity cycles through energy markets and agricultural input costs. Energy prices influence milling, refining, freight, and, in cane-producing regions, the relative attractiveness of sugar versus ethanol. Interest rates affect the cost of holding inventories and financing trade flows. As a food commodity, sugar does not function as a classic inflation hedge in the same way as some hard assets, but it can participate in broad agricultural price movements when weather, transport, or currency conditions tighten global supply.

MonthPriceChange
Dec 20175.17-
Jan 20184.89-5.41%
Feb 20184.74-3.10%
Mar 20184.73-0.11%
Apr 20184.842.41%
May 20184.890.96%
Jun 20185.053.31%
Jul 20185.080.58%
Aug 20185.365.37%
Sep 20185.624.99%
Oct 20185.50-2.10%
Nov 20185.23-5.03%
Dec 20185.250.47%
Jan 20195.13-2.38%
Feb 20195.11-0.37%
Mar 20195.324.20%
Apr 20195.23-1.68%
May 20195.342.01%
Jun 20195.390.96%
Jul 20195.19-3.75%
Aug 20195.465.17%
Sep 20195.34-2.18%
Oct 20195.370.59%
Nov 20195.33-0.74%
Dec 20195.21-2.21%
Jan 20205.19-0.49%
Feb 20205.393.98%
Mar 20205.9710.80%
Apr 20206.447.75%
May 20206.531.41%
Jun 20206.34-2.92%
Jul 20206.20-2.13%
Aug 20206.718.19%
Sep 20206.51-2.94%
Oct 20206.25-4.03%
Nov 20206.07-2.85%
Dec 20206.02-0.86%
Jan 20216.050.43%
Feb 20215.92-2.15%
Mar 20215.85-1.16%
Apr 20215.62-3.94%
May 20215.630.31%
Jun 20215.43-3.67%
Jul 20215.684.71%
Aug 20215.63-0.91%
Sep 20215.54-1.72%
Oct 20215.641.93%
Nov 20215.731.52%
Dec 20215.862.38%
Jan 20225.73-2.20%
Feb 20225.63-1.75%
Mar 20225.40-4.17%
Apr 20225.27-2.49%
May 20225.565.62%
Jun 20225.53-0.65%
Jul 20225.560.61%
Aug 20225.51-0.86%
Sep 20225.601.68%
Oct 20225.803.49%
Nov 20225.800.00%
Dec 20226.064.54%
Jan 20235.98-1.34%
Feb 20236.264.65%
Mar 20236.402.27%
Apr 20236.542.21%
May 20236.854.71%
Jun 20236.58-4.00%
Jul 20236.53-0.72%
Aug 20236.753.39%
Sep 20236.65-1.59%
Oct 20236.47-2.60%
Nov 20236.470.00%
Dec 20236.744.04%
Jan 20246.770.49%
Feb 20246.65-1.74%
Mar 20246.60-0.68%
Apr 20246.610.03%
May 20246.45-2.40%
Jun 20246.460.13%
Jul 20246.39-1.04%
Aug 20246.491.59%
Sep 20246.34-2.30%
Oct 20246.32-0.34%
Nov 20246.27-0.73%
Dec 20246.13-2.23%
Jan 20256.363.73%
Feb 20256.29-1.15%
Mar 20256.401.73%
Apr 20256.999.18%
May 20256.70-4.08%
Jun 20256.771.07%

Top Companies

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

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