News Release: July 26, 2025
Press Release: Methylurea Price, Production, Latest News and Developments in 2025
Link to complete market insights: Methylurea price trend and production News
Methylurea Price Trend in the Past Five Years and Factors Impacting Price Movements (2019–2024)
Between 2019 and 2024, the Methylurea price trend experienced noticeable fluctuations driven by shifts in raw material availability, manufacturing capacities, energy costs, regulatory policies, and global trade dynamics. In 2019, Methylurea was priced at approximately $1,200/MT. Prices remained largely stable through early 2020 until the onset of the COVID-19 pandemic, which disrupted global supply chains. This resulted in a temporary dip, with prices dropping to $1,050/MT by Q2 2020.
However, recovery began in late 2020, and into 2021 prices rebounded, reaching $1,280/MT by Q3 due to pent-up demand from the pharmaceutical and agrochemical sectors. Additionally, supply-side constraints in China and Southeast Asia further tightened global supply, pushing prices higher. The average Methylurea price in 2021 closed at around $1,350/MT.
In 2022, the Russia-Ukraine conflict created disruptions in global energy markets, especially impacting ammonia and urea production, which are precursors to Methylurea. The price increased sharply to $1,580/MT in Q2 2022, peaking at $1,650/MT by Q4. Energy-intensive production units in Europe experienced higher operating costs, which pushed many producers to reduce output, limiting availability.
By early 2023, new production capacities commissioned in South Korea and India helped stabilize the Methylurea price trend. Prices corrected slightly to around $1,480/MT mid-year and ended at $1,400/MT by Q4 2023. Improved logistics, better inventory levels, and declining input costs helped ease pricing pressures.
In 2024, Methylurea prices followed a moderate growth path, ranging between $1,430/MT and $1,490/MT across various quarters. Factors like increased Methylurea sales volume, improved plant utilization, and firm demand in high-growth industries like bioplastics, fertilizers, and intermediate chemicals contributed to price resilience.
The consistent pricing was largely a result of rationalized production, strategic export planning by top suppliers, and rising demand from niche applications in chemical synthesis. By the end of 2024, average pricing stabilized at $1,470/MT.
Methylurea Price Trend Quarterly Update in $/MT (2025 Estimate)
The Methylurea price news in 2025 is expected to show continued stability with moderate upward movement in some regions. The following are estimated quarterly average prices for 2025:
- Q1 2025: $1,485/MT
- Q2 2025: $1,520/MT
- Q3 2025: $1,550/MT
- Q4 2025: $1,510/MT
This quarterly update reflects anticipated seasonal demand cycles and raw material price behavior. Q2 and Q3 typically see higher demand due to the agricultural and specialty chemical sectors gearing up production. However, the Q4 dip is expected due to seasonal slowdowns and high inventory levels.
Global Methylurea Import-Export Business Overview
The global Methylurea production landscape is concentrated in a few key regions including China, India, Germany, South Korea, and the United States. These regions have historically maintained a significant share in global output owing to access to raw materials, established chemical manufacturing ecosystems, and matured distribution channels.
In 2025, the international Methylurea sales volume is projected to grow steadily, with global demand led by industries such as fertilizers, pharmaceuticals, and polymers. Asia-Pacific continues to lead both in production and consumption. China remains the top exporter, accounting for nearly 38% of global Methylurea exports, followed by Germany and South Korea.
China’s Methylurea exports witnessed a notable increase in 2024 and are projected to maintain their momentum in 2025. Increased domestic capacity utilization and strategic trade agreements with African and Latin American countries have opened up new markets. The Methylurea price news from China shows that bulk export contracts were secured at $1,460/MT in early 2025, with future price escalations linked to energy costs and demand cycles.
India, while primarily a consumer, is becoming a major regional player due to capacity expansions in Gujarat and Maharashtra. The country has increased exports to Southeast Asia and East Africa, backed by government incentives under the Production Linked Incentive (PLI) scheme for specialty chemicals. Indian exports are priced competitively between $1,440/MT and $1,500/MT, depending on the grade and contract size.
In Europe, regulatory pressures and high energy costs have curtailed Methylurea production. As a result, the EU has turned into a net importer, sourcing mainly from South Korea and the United States. The average import Methylurea price for European buyers stands at around $1,550/MT in 2025. This has led to rising costs for downstream manufacturers in the region, with implications for product pricing across various applications.
North America maintains a balanced trade profile with modest exports and a steady inflow of imports to balance seasonal demand. The U.S. and Canada are focusing on sustainable and green production routes for Methylurea, with two new eco-friendly plants slated to go live in late 2025. Current Methylurea price trend in the U.S. shows a 3% rise quarter-on-quarter driven by construction and pharma sector needs.
In the Middle East and Africa, import demand continues to rise. Egypt, Nigeria, and South Africa have shown robust consumption patterns. These regions, lacking significant local production capacities, rely heavily on imports from Asia and Europe. FOB prices for African ports are currently in the range of $1,580–$1,610/MT due to high logistics and insurance costs.
South Korea’s role in the export business has expanded significantly. The country benefits from advanced chemical manufacturing facilities and favorable trade relationships. In 2025, South Korea is expected to become the third-largest exporter of Methylurea. Pricing from this region is typically on the higher end due to stringent quality norms, ranging around $1,550–$1,570/MT.
Latin America, with countries like Brazil, Argentina, and Chile, continues to increase its imports for use in agrochemical and fertilizer sectors. Brazil remains the largest importer in the region, sourcing primarily from China and Germany. The Methylurea price news from the region shows strong upward price adjustments due to currency fluctuations and rising freight costs.
Meanwhile, Australia and New Zealand import smaller volumes for high-value applications. Their markets remain niche but premium, with prices averaging $1,600/MT due to strict quality standards and limited supply chain flexibility.
Global trade routes for Methylurea are expected to undergo some realignments in the second half of 2025, especially with new shipping regulations and possible trade conflicts between major producers. Companies are increasingly signing long-term contracts to avoid price shocks and ensure a stable supply chain.
To conclude, the international Methylurea sales volume is projected to grow at a CAGR of 4.2% between 2025 and 2030, supported by robust demand, innovation in production technology, and expansion of applications. While Asia dominates production, North America and Europe are focusing on value-added Methylurea products. Africa and Latin America remain key consumption-driven regions, ensuring a healthy global trade environment.
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Methylurea Production Trends by Geography
The global production of Methylurea is characterized by a concentrated manufacturing base in key industrial economies, supported by local access to raw materials, favorable industrial policies, and advanced chemical processing infrastructure. Several regions contribute significantly to the overall output, with Asia-Pacific leading the chart, followed by Europe, North America, and emerging activity in Latin America and the Middle East.
Asia-Pacific Region
Asia-Pacific remains the dominant force in the global Methylurea production landscape. China alone accounts for a substantial portion of global output. The country’s success in this sector stems from large-scale chemical manufacturing parks, lower production costs, and access to raw materials like urea and ammonia. Several Chinese provinces have invested in integrated chemical complexes that streamline the synthesis of Methylurea, thereby ensuring consistent supply.
India has emerged as a growing production hub, with increasing demand from domestic agrochemical and pharmaceutical sectors. Recent policy support through industrial clusters and infrastructure upgrades has further accelerated investments in new Methylurea facilities. Indian producers are particularly focused on mid-scale batch production that caters to export markets and local consumption alike.
South Korea and Japan, while not large in volume compared to China, produce high-purity Methylurea used in advanced chemical formulations. Their emphasis is on quality and regulatory compliance, making them reliable suppliers for pharmaceutical-grade applications.
Europe
European countries such as Germany, the Netherlands, and France have historically maintained a strong position in specialty chemical production. Methylurea production in Europe is technologically advanced, with facilities incorporating energy efficiency and emissions control systems. However, rising energy costs, stringent environmental regulations, and competition from Asia have limited production scalability in recent years.
Despite the challenges, Europe continues to produce Methylurea to serve its internal markets and export high-value grades to North America and Africa. Germany leads the regional output, supported by its robust chemical sector and research-oriented approach. European plants are increasingly exploring green chemistry routes and bio-based synthesis alternatives.
North America
The United States and Canada hold a stable position in Methylurea production. Facilities in the Midwest and Gulf Coast regions benefit from proximity to ammonia and urea suppliers, which are critical for Methylurea synthesis. North American producers are focused on specialty applications including adhesives, resins, and pharmaceutical intermediates.
Production in this region is largely integrated within larger chemical production networks, ensuring efficient resource allocation and cost management. The United States is also seeing investments in sustainable production lines that reduce environmental footprint. Canadian manufacturers, though fewer, are also expanding capacity with a focus on customized grades.
Latin America
Latin America is not a major Methylurea producer, but the region is beginning to explore production opportunities driven by increasing demand in agriculture and chemical manufacturing. Brazil and Argentina are evaluating domestic production potential to reduce import dependency. While current output is limited, several projects are under review to establish joint ventures with Asian or European chemical companies.
The potential for raw material availability and lower labor costs may support future production capacity in the region. Countries are also seeking to integrate Methylurea production with downstream fertilizer plants and agrochemical industries.
Middle East and Africa
Methylurea production in the Middle East is relatively low but growing. Countries like Saudi Arabia and the UAE have initiated industrial diversification strategies that include specialty chemicals. Given their access to natural gas and ammonia, regional production could expand rapidly in the coming years.
Africa remains largely dependent on imports but has demonstrated interest in developing local chemical manufacturing capabilities. South Africa and Egypt are considered potential future hubs, with infrastructure projects underway to support broader industrial activity.
Summary
Globally, Methylurea production is shaped by access to raw materials, energy costs, local demand, and regulatory conditions. While Asia-Pacific continues to lead in terms of volume, other regions are carving out niche segments based on quality, specialty use, and sustainability. The long-term trend points to diversification in production geography to balance global supply chains and reduce regional dependencies.
Methylurea Market Segmentation
Major Segments of Methylurea Market
- By Grade
- Technical Grade
- Pharmaceutical Grade
- Industrial Grade
- By Application
- Agrochemicals
- Pharmaceuticals
- Resin and Adhesive Manufacturing
- Dyes and Pigments
- Others (laboratory chemicals, specialty intermediates)
- By End-Use Industry
- Agriculture
- Healthcare
- Chemicals and Materials
- Research and Development
- Others
- By Region
- Asia-Pacific
- Europe
- North America
- Latin America
- Middle East and Africa
Explanation of Leading Segments
Among the various segments in the Methylurea market, the application-based segmentation plays a central role in defining demand patterns and pricing strategies. The agrochemical segment currently dominates the consumption landscape, accounting for the largest share of global Methylurea sales volume. It is primarily used as an intermediate in the synthesis of herbicides, pesticides, and nitrogen-based fertilizers. The widespread agricultural practices across Asia-Pacific, Latin America, and parts of Africa make this segment the largest contributor to global demand.
Pharmaceutical applications form another significant segment. Methylurea serves as a core intermediate in the synthesis of certain antibiotics and anti-inflammatory drugs. The pharmaceutical grade segment is smaller in volume compared to technical grades but commands a premium price due to higher purity and strict regulatory requirements. North America, Europe, and South Korea are the major consumers of this high-purity grade. The segment is expected to grow steadily with the rising global healthcare expenditure and expansion of generic drug manufacturing.
The resin and adhesive manufacturing sector is also a key consumer of Methylurea. It is employed in producing urea-formaldehyde resins, which are used in coatings, bonding agents, and particle boards. With construction and automotive sectors expanding in emerging economies, this segment is showing steady year-over-year growth. Industrial-grade Methylurea is most suited for these applications, offering an optimal balance between cost and performance.
Dyes and pigments represent a niche yet important application segment. In this domain, Methylurea is used to enhance stability and color depth in organic pigment manufacturing. This segment has consistent demand from textile and printing ink industries, particularly in Asia.
When viewed from the perspective of end-use industries, agriculture leads due to the high-volume requirement and recurring seasonal demand cycles. The healthcare sector, though smaller in volume, is growing rapidly in response to the global focus on drug development and accessibility. The chemicals and materials industry utilizes Methylurea in various downstream synthesis pathways, ensuring a stable offtake of the chemical in specialty and custom chemical sectors.
Geographically, Asia-Pacific not only leads in production but also in consumption. High agricultural output, large population base, and industrialization drive regional demand. Europe and North America are mature markets that focus more on pharmaceutical and specialty applications. Meanwhile, Latin America and Africa are emerging markets with high potential, especially in agriculture and public health sectors.
The regional market dynamics are also influenced by trade policies, import tariffs, and quality compliance standards. For instance, European buyers prioritize sourcing pharmaceutical-grade Methylurea from certified producers, while cost-sensitive markets in Asia and Africa focus on technical grades for industrial use.