News Release: July 30, 2025
Diallyl Trisulfide Price, Production, Latest News and Developments in 2025
The global chemical industry has been keeping a close watch on the dynamics of Diallyl trisulfide, a sulfur-containing compound widely utilized in pharmaceutical synthesis, food additives, and pest control formulations. As markets across Asia-Pacific, North America, and Europe align with evolving regulatory standards and demand-driven innovation, the Diallyl trisulfide price news and trade updates in 2025 have garnered significant interest. For a detailed analysis of the Diallyl trisulfide price trend and production news, visit Diallyl trisulfide price trend and production News.
Diallyl Trisulfide Price Trend in Past Five Years and Factors Impacting Price Movements
Between 2020 and 2024, the Diallyl trisulfide price trend has seen notable fluctuations, impacted by supply chain disruptions, raw material volatility, industrial expansion, and regulatory shifts. In 2020, the average Diallyl trisulfide price hovered around $3,450/MT, driven by limited demand due to pandemic-induced economic slowdowns. However, with the resumption of pharmaceutical and agrochemical activities in 2021, prices surged to nearly $3,900/MT by Q3.
By mid-2022, demand from the nutraceutical and animal feed industries fueled further growth, with average prices recorded at $4,200/MT. Supply constraints from major garlic-processing regions, especially in China and India, which are key sources of precursor compounds, also pushed costs higher. 2022 closed with a Diallyl trisulfide price nearing $4,450/MT. Environmental compliance costs and stringent emissions policies in East Asia added further pressure to production costs, indirectly influencing the market value.
The year 2023 brought relative stability in Diallyl trisulfide price news. Increased production capacities in regions like Eastern Europe and parts of Southeast Asia contributed to easing prices. The year began with average prices at $4,350/MT and gradually reduced to $4,200/MT by Q4, reflecting better logistics management and mild raw material price corrections.
Entering 2025, Diallyl trisulfide production facilities in South Korea and Germany announced process optimizations that significantly reduced manufacturing costs. As a result, Diallyl trisulfide price news from Q1 2025 indicated an average of $4,100/MT. Additionally, advancements in synthetic pathways have slightly reduced reliance on volatile agricultural sources, which further cushioned pricing.
Key factors shaping Diallyl trisulfide price movements over the years include:
- Fluctuating garlic-derived compound prices (the primary feedstock)
- Petrochemical volatility, affecting synthesis auxiliaries
- Environmental compliance and regulatory standards
- Export-import duties, particularly between Asian producers and Western consumers
- Currency exchange rates impacting international trade costs
Diallyl Trisulfide Price Trend Quarterly Update in $/MT (2025)
- Q1 2025: $4,100/MT
- Q2 2025: $4,250/MT
- Q3 2025 (estimated): $4,350/MT
- Q4 2025 (forecast): $4,500/MT
The quarterly update shows a steady increase in pricing primarily due to growing demand in pharmaceuticals and functional food sectors. The rise also reflects slightly increased logistics expenses and seasonal fluctuations in precursor supply from Asia.
Global Diallyl Trisulfide Import-Export Business Overview
The international Diallyl trisulfide trade has expanded significantly in 2025. This compound, known for its strong antimicrobial and anti-inflammatory properties, is increasingly favored across pharmaceutical manufacturing and agriculture-based applications. Global Diallyl trisulfide sales volume in 2024 stood at approximately 19,800 MT, with projections suggesting it may surpass 21,000 MT by the end of 2025.
Asia-Pacific remains the dominant player in both production and export. China is the leading producer, contributing over 45% of the global Diallyl trisulfide production. Most Chinese exports are destined for North America, Europe, and neighboring Southeast Asian countries. Production is primarily concentrated in provinces like Shandong and Jiangsu, where integrated garlic processing facilities provide a direct supply chain for Diallyl trisulfide synthesis.
India follows as a regional supplier, although on a smaller scale. Indian exports are largely focused on Middle Eastern and African markets, where demand for antimicrobial and nutraceutical products is increasing. However, concerns over environmental compliance and rising input costs may affect India’s Diallyl trisulfide production competitiveness in the coming quarters.
In Europe, Germany and the Netherlands are emerging as strategic import hubs. Despite limited domestic production, these countries function as key re-exporters due to robust storage, repackaging, and distribution infrastructure. German pharmaceutical companies have begun investing in local R&D, aiming to reduce reliance on Asian imports.
North America remains a net importer. The United States and Canada rely heavily on imports from China and Germany, especially for pharmaceutical and agricultural formulations. However, the U.S. is gradually promoting local synthesis efforts. A recent facility expansion in Texas, with an annual production capacity of 2,000 MT, aims to improve domestic availability. This could gradually stabilize Diallyl trisulfide price trends in the region.
Latin America is witnessing growing demand in agricultural and food safety sectors. Brazil and Argentina are importing increased volumes for use in bio-pesticide development. Chilean food processing companies have also started incorporating Diallyl trisulfide as a food additive in preservation lines.
In Africa, the compound is imported primarily from India and China. Egypt, South Africa, and Nigeria are leading importers in the region. While volumes are currently limited, rising interest in natural antimicrobial agents could drive future growth. African pharmaceutical manufacturers are increasingly exploring garlic-derived products to reduce costs and boost local medicinal production.
Trade Policy Impact
In 2025, trade regulations have influenced global movements. The EU reduced customs tariffs on specific organic compounds, including Diallyl trisulfide, making European markets more accessible. On the other hand, China’s export regulations now require stricter quality documentation, adding administrative delays but ensuring higher purity in exported products. The U.S. FDA has also introduced updated labeling standards for garlic-derived ingredients, indirectly affecting import documentation and certification processes.
Production Centers Expansion
To meet increasing global demand, new Diallyl trisulfide production sites have been launched. In May 2025, a facility in South Korea went operational with an annual output of 3,000 MT. Similarly, a Turkish plant began production in June, aimed at supplying the European and Middle Eastern markets.
Supply Chain Developments
Supply chain logistics for Diallyl trisulfide improved in the first half of 2025 due to reduced freight costs and better shipping availability. However, container shortages in early Q2, especially between Shanghai and Rotterdam, caused minor disruptions. These were quickly resolved by June with better coordination among freight providers.
Key Global Importers and Exporters (2025):
- Top Exporters: China, South Korea, India, Germany
- Top Importers: USA, Germany, Brazil, Egypt, Canada
Sales Volume Outlook
The global Diallyl trisulfide sales volume is expected to grow at a CAGR of 4.5% through 2025-2028, supported by increased adoption in animal feed, nutraceuticals, and organic pesticides. With innovations in synthetic production methods and expanding market demand, Diallyl trisulfide price news suggests further upward pressure in the short term, while longer-term trends may stabilize with improved efficiencies and regional production expansion.
For a complete market outlook, future price forecasts, and production capacity insights, visit Diallyl trisulfide price trend and production News.
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Diallyl Trisulfide Production Trends by Geography
Diallyl trisulfide production is expanding globally, with strategic growth driven by increasing demand in pharmaceuticals, agriculture, and food preservation. The global production landscape is evolving due to technology transfer, regional investments, and shifts in raw material availability. Key production regions include Asia-Pacific, Europe, and North America, with emerging contributions from Latin America and the Middle East.
Asia-Pacific
Asia-Pacific continues to lead in Diallyl trisulfide production due to abundant garlic supply, cost-effective labor, and advanced extraction technologies. China is the undisputed production hub, accounting for nearly half of global output. The provinces of Shandong, Henan, and Jiangsu host a high concentration of garlic processing units that feed directly into Diallyl trisulfide manufacturing. The proximity of agricultural sources ensures lower feedstock costs and supply chain efficiency.
China’s production is increasingly focused on high-purity grades suitable for pharmaceuticals and nutraceuticals, with newer plants integrating continuous processing technologies for enhanced yield and consistency. Production growth in China is also supported by state incentives for exports of sulfur-based organic compounds.
India is another prominent player in the region. Production is centered in Gujarat and Maharashtra, where a growing number of agrochemical firms have invested in sulfur compound synthesis facilities. Indian manufacturers typically cater to food additive and pesticide-grade markets. However, infrastructural and environmental constraints occasionally limit expansion. Nonetheless, India is expected to increase its share in Diallyl trisulfide production by 2026.
South Korea and Japan have recently invested in mid-scale production lines. These are driven by pharmaceutical research institutes seeking local alternatives to Chinese imports. South Korean facilities have focused on process efficiency and waste minimization, offering Diallyl trisulfide with consistent purity standards.
Europe
European production is relatively limited but growing. Germany, the Netherlands, and France are central to the region’s output. German companies, in particular, have adopted synthetic pathways for producing Diallyl trisulfide, relying less on agricultural precursors and more on laboratory-based synthesis. These plants cater to high-end applications in biopharmaceuticals and medical research.
In the Netherlands, production is integrated with bio-based chemical parks where garlic-derived waste is repurposed as feedstock. These models focus on sustainability and are partially funded by EU green initiatives.
Eastern European countries like Poland and Turkey have initiated low-to-mid scale production lines primarily targeting regional demand in agriculture and food processing.
North America
North America is largely a net importer of Diallyl trisulfide but has begun expanding its domestic production capacity. The U.S. has invested in synthesis-based manufacturing, particularly in California and Texas. These facilities focus on serving the pharmaceutical and animal health sectors. A new 2,000 MT/year facility in Texas, which started operations in 2024, aims to reduce reliance on Asian suppliers.
Canada has limited production capacity but has recently partnered with biotechnology firms to explore garlic fermentation-based synthesis methods for Diallyl trisulfide.
Latin America
Brazil and Argentina are witnessing early-stage production activity, driven by agricultural innovation. Brazil’s research institutions are exploring local garlic varieties as feedstock for organic pesticide manufacturing. While production volumes are currently low, the region shows strong potential due to its expansive agricultural base and growing export aspirations.
Middle East and Africa
The Middle East is gradually exploring Diallyl trisulfide production, particularly in Turkey and Israel. Turkey is leveraging its proximity to both Europe and Asia to become a regional manufacturing hub. Facilities in Istanbul and Izmir are focused on intermediate-grade formulations for agrochemical use.
Africa remains largely dependent on imports, although pilot plants in Egypt and South Africa are experimenting with bio-extraction techniques. Growth in domestic production is expected in the coming years due to rising demand for low-cost, locally manufactured additives and pesticides.
Diallyl Trisulfide Market Segmentation
The Diallyl trisulfide market is diverse, segmented by end-use application, grade, and distribution channel. These segments help determine pricing, supply focus, and customer demand. The most significant segmentation lies in end-use industries, which directly influence production strategy and regional demand variations.
Market Segmentation:
- By Application:
- Pharmaceuticals and Nutraceuticals
- Food Additives and Flavors
- Agrochemicals (Pesticides and Fungicides)
- Animal Feed Additives
- Cosmetic and Personal Care Products
- Research and Laboratory Use
- By Grade:
- Industrial Grade
- Food Grade
- Pharmaceutical Grade
- By Distribution Channel:
- Direct Sales to End Users
- Distributors and Wholesalers
- Online Retail Platforms
Leading Segments Explained:
Pharmaceuticals and Nutraceuticals
This segment commands the highest share in terms of value. Diallyl trisulfide is studied for its anticancer, anti-inflammatory, and antimicrobial properties. Pharmaceutical companies are investing heavily in formulations that include this compound, especially for immune-boosting supplements and cardiovascular support products.
Nutraceutical demand is growing in the U.S., Germany, and South Korea, where consumer preference for garlic-derived supplements is high. The pharmaceutical grade segment, with purity levels exceeding 98%, is largely supplied by Chinese and German producers. This application is projected to lead market growth over the next five years.
Food Additives and Flavors
Diallyl trisulfide is naturally present in garlic oil and contributes to the pungent flavor associated with processed garlic. Food-grade applications are particularly popular in Southeast Asia and Latin America. The compound is used to enhance flavor in sauces, meat products, and canned foods.
As consumers increasingly demand natural preservatives, Diallyl trisulfide is being adopted for its antimicrobial effects in processed food. This segment has shown strong volume growth in recent years and is supported by expanding garlic oil extraction operations.
Agrochemicals (Pesticides and Fungicides)
This is a rapidly growing segment as global agriculture turns to organic and sustainable alternatives. Diallyl trisulfide acts as a bio-pesticide and nematicide. Countries like India, Brazil, and Egypt are seeing a surge in the use of garlic-derived pesticides in horticulture and plantation crops.
Demand in this segment favors industrial-grade product, which has slightly lower purity standards but is cost-effective. Local manufacturing in agricultural economies is expected to further drive this segment’s growth.
Animal Feed Additives
Animal nutrition and health represent another rising segment. Diallyl trisulfide is used in animal feed to enhance immunity and reduce microbial infections, especially in poultry and livestock. Europe and North America are major consumers, and regulatory approvals in the EU have increased its use in recent years.
This segment requires food-grade Diallyl trisulfide, often in encapsulated or blended form. The demand is primarily met by Chinese exporters and a few specialized producers in Europe.
Cosmetic and Personal Care Products
Although still a niche, the use of Diallyl trisulfide in skincare and haircare formulations is growing. Its antioxidant and antimicrobial qualities are being explored in acne creams, hair growth serums, and deodorants. The demand is rising in Japan, South Korea, and France.
Research and Laboratory Use
Universities, biotech startups, and chemical research labs continue to drive demand for small-scale, high-purity Diallyl trisulfide. This segment values certified pharmaceutical-grade product, and sales are often conducted through direct channels or specialty chemical distributors.