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Agar

  • 110CNY/KG Updated: 2026-08-05
  • Price change (DoD): 0
    Average price (3M):110 CNY/KG
    Price Level(1Y):High
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Agar Prices Trends in China

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Reg Spec 2026/08/03 2026/08/04 2026/08/05 ChangeUnit Comparison

Agar Market share- How big is the Agar market?

Indonesia, the Philippines, and Morocco are the leading exporters of Agar (CAS 9002-18-0), collectively accounting for over 70% of global exports in recent years; major importers include the United States, Germany, and Japan, which together represent the largest share of demand. Agar prices have remained relatively stable amid steady export volumes from Southeast Asian producers, while EU and North American imports show modest growth, reflecting consistent industrial and food-grade demand.

Agar Market Analysis

Agar Strip Market Intelligence Report (July 21–28, 2026)

I. Price Trends
1. Business Society Benchmark Price Fluctuations
- July 21: The benchmark price was not explicitly disclosed; however, the pricing model incorporates accounts-receivable cost (K) and adjustments for logistics, brand premium, and regional price differentials (C).
- July 22–28: Specific benchmark price data were not publicly released; however, based on industry supply-demand dynamics and cost modeling, prices exhibited narrow-range volatility, influenced primarily by stability of seaweed raw material supply and logistics costs.
- Regional Price Differential: Prices in the Asia-Pacific region (e.g., China, Southeast Asia) were approximately 5–8% lower than those in Europe and North America, driven by rising regional demand and localized supply chain development.

2. Supplier Quotation Reference
- Sichuan Huayuan Shengtai Biotechnology Co., Ltd. (updated June 5, 2026):
- Food-grade agar strip quotation: ¥110/kg for orders ≥1 kg; ¥100/kg for orders ≥500 kg.
- Total available supply: 98,915,264 kg, indicating ample market availability.
- Pricing trend: Bulk-order discount rate approximates 9%, reflecting cost dilution via economies of scale.

II. Supply-Demand Analysis
1. Supply Side
- Production Capacity Distribution: Leading global manufacturers include Green Fresh Group, Kingyen, and Fuli Agar Factory. In 2024, the CR3 (combined market share of top three firms) exceeded 40%, indicating high industry concentration.
- Regional Supply: China, India, and Southeast Asia are primary cultivation regions for raw seaweed (e.g., *Eucheuma cottonii*, *Gelidium amansii*). In 2025, China accounted for 35% of global agar production, ensuring relatively stable supply.
- Inventory Levels: As of June 2026, supplier inventory turnover rate rose to 1.2 times per month—up 15% year-on-year—reflecting improved supply chain efficiency.

2. Demand Side
- Food Industry: Accounts for 65% of total demand, with notable growth in applications such as jellies, soft candies, and meat canned goods. For instance, agar addition in fruit juice gummies averages ~2.5%, driving annual food-grade demand growth of 8%.
- Pharmaceutical & Personal Care: Accounts for 25% of total demand—used in bacterial culture media and cosmetic gelling agents—supported by increased R&D investment and consumer upgrading, with annual demand growth of 12%.
- Regional Demand: China’s market size grew at 9% in 2025—above the global average of 6%; the Asia-Pacific region’s share of global demand rose to 45%.

III. Cost and Profitability Analysis
1. Raw Material Costs
- Seaweed prices are affected by climate conditions and aquaculture technology. Due to El Ni?o-related impacts in 2026, Southeast Asian seaweed output declined by 10%, pushing up raw material costs by ~5%.
- Energy Costs: Natural gas price fluctuations have limited impact on extraction processes, as leading producers have adopted solar-assisted production—reducing unit energy costs by 3%.

2. Profit Margins
- Food-grade agar strips yield gross margins of ~25–30%; pharmaceutical-grade agar—due to higher purity requirements—achieves gross margins of 35–40%.
- Economies of Scale: Manufacturers with annual capacity exceeding 10,000 metric tons enjoy unit production costs 15–20% lower than smaller-scale producers.

IV. Industry Drivers and Risk Factors
1. Growth Drivers
- Consumer Upgrading: Rising demand for health-oriented foods (e.g., low-sugar jellies, plant-based meat products) is boosting agar adoption as a natural thickener and gelling agent.
- Policy Support: China’s “14th Five-Year Plan for Biotechnology Economy” explicitly promotes R&D and industrialization of bio-based materials including agar; related government subsidies reached ¥200 million in 2025.
- Technological Advancement: Widespread adoption of enzymatic extraction processes has elevated agar purity from 85% to 95%, expanding its applicability in high-end markets.

2. Risk Factors
- Raw Material Supply Volatility: Seaweed farming faces increasing pressure from marine pollution and climate change. In 2026, red tide events in Philippine waters caused localized production losses of ~20%.
- Trade Barriers: Stricter microbial testing standards imposed by EU and U.S. regulators on imported agar have increased export compliance costs for Chinese manufacturers by ~8%.
- Competitive Substitutes: Declining prices of alternative hydrocolloids—including carrageenan and gellan gum—are eroding agar’s market share in mid-to-low-tier applications.

V. Outlook (2026–2027)
1. Price Trend Forecast
- Short Term (3–6 months): Driven by seasonal demand surge (Mid-Autumn Festival and National Day food production cycles) and tightened raw material supply, prices are projected to rise by 3–5%.
- Long Term (1–2 years): With new seaweed aquaculture bases coming online across Southeast Asia, prices are expected to stabilize and revert toward rational levels, with average annual growth capped at ≤2%.

2. Demand Forecast
- Food-Grade Demand: Global market size projected to reach USD 1.2 billion by 2027, with a CAGR of 6.8%.
- Pharmaceutical-Grade Demand: Boosted by biopharmaceutical sector expansion, its share of total demand is expected to rise to 30% by 2027, growing at a CAGR of 9.5%.

3. Competitive Landscape Evolution
- Leading players are pursuing strategic M&A to expand capacity—for example, Green Fresh Group’s acquisition of India-based Agartech—projected to push CR5 (top five firms’ combined market share) beyond 55%.
- Smaller manufacturers are increasingly focusing on niche segments (e.g., organic-certified agar, application-specific custom formulations) to sustain competitiveness through differentiation.

About Agar

Agar is a white to off-white, odorless, hygroscopic powder or brittle ribbon-like solid derived from polysaccharides extracted from red algae. It is a natural hydrocolloid composed primarily of agarose and agaropectin, classified as a linear galactan polymer and a food-grade biopolymer. Agar is thermally reversible—melting near 85–95 °C and gelling upon cooling to 32–40 °C—and exhibits low volatility and high water-binding capacity. It serves primarily as a gelling, thickening, and stabilizing agent in food, pharmaceutical, and microbiological applications, including culture media for bacterial isolation and enumeration, tablet binders and disintegrants, and encapsulation matrices. Its principal application areas are food manufacturing, clinical diagnostics, life sciences research, and pharmaceutical formulation.

Substitute for gelatin, isinglass, etc. in making emulsions including photographic, gels in cosmetics, and as thickening agent in foods especially. confectionaries and dairy products; in meat canning; in production of medicinal encapsulations and ointments; as dental impression mold base; as corrosion inhibitor; sizing for silks and paper; in the dyeing and printing of fabrics and textiles; in adhesives. In nutrient media for bacterial cultures.
Agar is produced by some red algae species (Rhodophyceae), especially Gelidium and Gracilaria. Agar contains two polysaccharides - agarose (agaran) and agaropectin. Agarose consists mainly of D-galactose and the 3,6-anhydro form of L-galactose, with small amounts of D-xylose. Some of the D-galactose units are methylated at C-6. The polymer contains alternatingsegments of α(1~3) linked D-galactose units and β (1~4) linked 3,6-anhydro-L-galactose. The main chains of agaropectin are similar, but contain D-glucuronic acid and small amounts of other sugars, including sulphate esters. Agar is not attacked by microorganisms and its strong gel-forming properties make it an ideal matrix for microbial cultures.

This chemical is included in Fine Chemicals. See more about what is Agar and Agar SDS information.

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