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China and Germany are the leading exporters of calcium formate, accounting for a substantial share of global shipments, while the United States, India, and Brazil represent the largest importers. Calcium formate prices have remained relatively stable amid steady cross-border flows, reflecting consistent industrial demand in construction and animal feed sectors. Exports from China have expanded modestly over the past two years, while European exports—particularly from Germany—have held steady, and U.S. imports have increased slightly amid tightening domestic supply constraints.
Formic Acid Calcium Market Dynamics Report (Recent Commodity Market Intelligence)
I. Market Price Dynamics
- Quotation Status:
- As of July 6, 2026, industrial-grade calcium formate (98% purity) was quoted as follows: Chizhou Xinyu Chemical Technology Co., Ltd. (Chizhou City, Anhui Province) at RMB 3,500/ton; Shandong Hengrui Chemical Co., Ltd. (Shandong Province) at RMB 3,000/ton; Shandong Tongzhou Chemical Co., Ltd. (Shandong Province) at RMB 3,000/ton; Zibo Dehe Chemical Co., Ltd. (Zibo City, Shandong Province) at RMB 2,600/ton; and Wuhan Hengjiu Chemical Co., Ltd. (Hubei Province) at RMB 3,200/ton.
- Feed-grade calcium formate (98% purity) quotations: Suzhou Shangma Chemical Technology Co., Ltd. (Suzhou City, Jiangsu Province) at RMB 3,500/ton; Shandong Hengrui Chemical Co., Ltd. (Shandong Province) at RMB 3,000/ton; and Shandong Tongzhou Chemical Co., Ltd. (Shandong Province) at RMB 3,000/ton.
- Calcium formate (99% purity) quotations: Jia’en Chemical (Shandong) Co., Ltd. (Jinan City, Shandong Province) at RMB 3,400/ton; and Hubei Qibajiu Chemical Co., Ltd. (Wuhan City, Hubei Province) at RMB 3,200/ton.
- Food-grade calcium propionate (99.99% purity) quotation: Wuhan Hengjiu Chemical Co., Ltd. (Hubei Province) at RMB 7,250/ton.
- Price Volatility:
- Recent calcium formate prices have exhibited fluctuations influenced by raw material costs, supply-demand dynamics, and environmental protection policies. For instance, feed-grade calcium formate prices in Shandong Province generally hover around RMB 3,000/ton, while industrial-grade products are priced slightly lower; high-purity or food-grade products command significantly higher prices.
II. Supply-Demand Situation
- Supply Side:
- Capacity Expansion: With continuous technological maturation and scale-up of production, calcium formate capacity has been steadily increasing. Major production bases are concentrated in provinces with well-developed chemical industries—such as Shandong, Jiangsu, and Hebei.
- Regional Distribution: The East China region serves as the core agglomeration zone for calcium formate production, accounting for nearly half of national total capacity. Among them, Shandong Province hosts the largest number of producers, with its combined annual capacity representing over 30% of the national total.
- Rising Market Concentration: The aggregate output of the top five enterprises accounts for an increased share of national total production compared to last year, reflecting a sustained rise in market concentration.
- Demand Side:
- Steady Growth in Feed Applications: As a green, safe feed additive, calcium formate is experiencing stable demand growth amid the transformation and upgrading of animal husbandry. It offers multiple benefits—including acidification, mold inhibition, and antibacterial activity—and its inclusion in weaned piglet diets notably enhances appetite, reduces diarrhea incidence, improves average daily weight gain, and boosts feed conversion efficiency.
- Increasing Demand from Construction Sector: Driven by China’s “Dual Carbon” goals (carbon peak and carbon neutrality), green building materials’ demand for highly efficient grinding aids continues to expand. Calcium formate functions as both a cement accelerator and early-strength agent, playing a critical role in winter construction or emergency repair projects. Its addition significantly shortens initial and final setting times and enhances early compressive strength of concrete.
- Demand from Other Sectors: Calcium formate also finds broad applications in leather tanning, textile printing & dyeing auxiliaries, oilfield chemicals, and eco-friendly de-icing agents—sectors where demand is likewise on the rise.
III. Competitive Landscape Analysis
- Key Producers:
- Globally, the market is dominated by companies including Perstorp, GEO Specialty Chemicals, Chongqing Chuandong Chemical Group Co., Ltd., Feicheng Acid Chemical Co., Ltd., and LANXESS Corporation.
- In the Chinese domestic market, enterprises such as Chongqing Chuandong Chemical Group and Feicheng Acid Chemical actively compete, holding advantages in production capacity and volume—but still lag behind leading international firms in high-end product development and technological R&D.
- Leading Chinese enterprises—including Shandong Hongxin Chemical Co., Ltd., Jiangsu SOPRO Group Co., Ltd., Hebei Chengxin Group Co., Ltd., Hubei Yihua Group Co., Ltd., and Zhejiang Juhua Co., Ltd.—leverage financial resources, technological capabilities, and economies of scale to maintain proactive positions amid industry consolidation.
- Competitive Strategies:
- While price competition remains one primary tactic, an increasing number of enterprises are emphasizing non-price factors—including product quality, brand building, and after-sales service.
- Differentiated competition is gradually replacing pure price-based rivalry; product innovation and value-added services have become crucial avenues for gaining competitive advantage.
IV. Technological Development Trends
- Conventional Processes vs. Innovation:
- Currently, most domestic formate producers rely on neutralization processes—using formic acid reacted with sodium carbonate or calcium hydroxide—as the mainstream route. Though mature and low-barrier, this method struggles to meet stringent purity and stability requirements for high-end applications.
- Widespread adoption of continuous and automated production technologies has improved manufacturing efficiency, reduced energy consumption, and enhanced consistency and reliability of product quality.
- Green and Low-Carbon Technologies:
- Under the “Dual Carbon” policy framework, green and low-carbon development concepts are profoundly reshaping industry technology roadmaps. Clean production techniques and circular economy models are being rapidly promoted and implemented.
- For example, a technology developed by Tianjin University utilizes solid waste and industrial flue gas as raw materials—a quintessential circular economy approach. Similarly, alternative routes such as epoxy fatty acid methyl ester by-product utilization and pentaerythritol by-product methods demonstrate unique advantages in resource recovery and waste-to-value conversion.
V. Future Outlook and Recommendations
- Market Forecast:
- The Chinese calcium formate market is projected to expand steadily at an average annual growth rate of 6.5%–7.5% through 2030. Production is expected to exceed 650,000 metric tons, with consumption approaching 630,000 metric tons.
- Technological innovation will focus on green synthesis processes, resource recovery of by-products, and development of high-performance specialty products—further accelerating industry consolidation.
- Strategic Recommendations:
- Enterprises should intensify R&D investment to improve product purity and stability, and develop premium-grade products tailored to diverse end-user requirements across application sectors.
- Optimize production processes to enhance operational efficiency and reduce manufacturing costs, thereby strengthening overall competitiveness.
- Strengthen collaboration with upstream and downstream partners to build resilient, stable supply chains—ensuring reliable raw material procurement and efficient product distribution.
- Closely monitor evolving environmental regulations, proactively adopt green production technologies, minimize pollutant emissions, and advance sustainable industrial development.
Calcium formate is a white, crystalline, odorless solid that is non-volatile and moderately soluble in water; it decomposes before melting, with decomposition beginning around 250 °C. It is classified as a metal salt of an organic acid (specifically, the calcium salt of formic acid). Industrially, it serves primarily as a catalyst and accelerator in the production of formaldehyde-based resins and as a setting accelerator in cement and concrete formulations. It is also used as a feed additive in animal nutrition and as a de-icing agent for airport runways and roads. Its applications span construction chemicals, animal health, and specialty chemical synthesis—particularly where controlled release of formate ions or calcium supplementation is required.
Preservative for food, silage; as binder for fine-ore briquets; in drilling fluids and lubricants.Calcium formate is an organic salt suitable for use in pig and poultry diets. It acts as a feedstock preservative and has an acidifying effect on the gastro-intestinal tract, which promotes good gut-health. The efficiency of pig and poultry feedstock digestion is dependent on the indigenous micro-organism concentration in the gastro-intestinal tract. With the approaching ban on the use of prophylactic antibiotics in animal feed as a means to control disease and promote growth, alternatives are needed to limit the proliferation of pathogenic bacteria in the gut which can impair feedstock digestion as well as cause enteric diseases such as E. Coli and Salmonella. Acidifiers such as calcium formate preserve the feedstock before consumption and lower the pH in the gastro-intestinal tract, creating unfavourable conditions for these bacteria to grow.Calcium formate is used extensively in the leather industry as a masking agent in the chrome-tanning process. The addition of calcium formate to the tannage formulation promotes faster, more efficient penetration of the chrome in the leather. Calcium formate can also be used as a replacement for formic acid in the pickling operation.
Calcium formate, Ca(HCOO)2, is the calcium salt of formic acid, HCOOH. It is also known as food additive E238 in food industry. The mineral form is very rare and called formicaite. It is known from a few boron deposits. It may be produced synthetically by reacting calcium oxide or calcium hydroxide with formic acid.
This chemical is included in Fine Chemicals. See more about what is Calcium formate and Calcium formate SDS information.
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