Category n-Hexane

Trends, Influencing Factors, and Future Projections with Dual Currency Pricing (CNY and USD)

Abstract

This report provides a detailed analysis of the n-hexane market prices in Shandong, China, as of April 25, 2025. The mainstream price of n-hexane is recorded at 8366.18 CNY/ton (approximately 1160.39 USD/ton), with a slight decline of 0.7% compared to March 2025, but a year-on-year increase of 5.23% from December 2024. Historical price trends from October 2024 to April 2025 are examined, revealing a 6.0% fluctuation range. Key influencing factors include supply-demand dynamics, raw material costs (driven by crude oil prices), macroeconomic conditions, and environmental regulations. Short-term price stability is expected within the range of 8300–8500 CNY/ton (1150–1180 USD/ton), while mid-to-long-term trends depend on global oil prices and downstream demand. Recommendations are provided for producers, downstream users, and investors to navigate market uncertainties.

Keywords

n-Hexane, Shandong Market, Price Analysis, Supply-Demand, Crude Oil Impact, Environmental Policy, Currency Exchange, Market Forecast, Chemical Industry, 2025 Trends

1. Market Overview

As of April 25, 2025, the n-hexane market in Shandong, China, reflects a mainstream price of 8366.18 CNY/ton (approximately 1160.39 USD/ton), a highest price of 8416.18 CNY/ton (1167.42 USD/ton), and a lowest price of 8289.71 CNY/ton (1149.98 USD/ton). The data encompasses the Shandong and Jiangsu regions, as well as n-hexane with 60% content. The mainstream price shows a slight fluctuation compared to recent days, with the overall trend remaining relatively stable. This report provides a comprehensive analysis of price trends, influencing factors, and future projections, with all prices presented in both Chinese Yuan (CNY) and US Dollars (USD) based on the exchange rate of April 24, 2025 (1 USD = 7.2098 CNY, 1 CNY ≈ 0.1387 USD).

2. Price Trend Analysis

2.1 Recent Price Movements

• Mainstream Price: In April 2025, the mainstream price of n-hexane stands at 8366.18 CNY/ton (1160.39 USD/ton), down by 58.82 CNY/ton (8.26 USD/ton) from March 2025’s 8425 CNY/ton (1168.65 USD/ton), representing a decline of approximately 0.7%. Compared to January 2025’s 8065.79 CNY/ton (1118.73 USD/ton), the price has risen by 300.39 CNY/ton (41.66 USD/ton), a 3.73% increase.
• Highest Price: The highest price in April 2025 is 8416.18 CNY/ton (1167.42 USD/ton), a decrease of 58.82 CNY/ton (8.18 USD/ton) from March 2025’s 8475 CNY/ton (1175.60 USD/ton), a 0.69% drop. Compared to January 2025’s 8136.84 CNY/ton (1128.58 USD/ton), it has increased by 279.34 CNY/ton (38.84 USD/ton), up by 3.43%.
• Lowest Price: The lowest price in April 2025 is 8289.71 CNY/ton (1149.98 USD/ton), down by 35.29 CNY/ton (4.90 USD/ton) from March 2025’s 8325 CNY/ton (1154.88 USD/ton), a 0.42% decrease. Compared to January 2025’s 7994.74 CNY/ton (1108.87 USD/ton), it has risen by 294.97 CNY/ton (41.11 USD/ton), a 3.69% increase.

The data indicates a slight downward trend in n-hexane prices in April 2025, but prices remain higher than the beginning of the year, suggesting a recovery from early 2025 lows followed by a recent adjustment.

2.2 Historical Price Comparison

• Year-on-Year Comparison: In December 2024, the mainstream price was 7950 CNY/ton (1102.67 USD/ton). By April 2025, the mainstream price of 8366.18 CNY/ton (1160.39 USD/ton) reflects an increase of 416.18 CNY/ton (57.72 USD/ton), a year-on-year rise of 5.23%.
• Annual Fluctuation: From October 2024 to April 2025, the mainstream price fluctuated between 7950 CNY/ton (1102.67 USD/ton) and 8425 CNY/ton (1168.65 USD/ton), with an overall fluctuation range of approximately 6.0%. Prices peaked at 8425 CNY/ton (1168.65 USD/ton) in early 2025 but declined slightly by April.

3. Influencing Factors Analysis

3.1 Supply and Demand Dynamics

n-Hexane is a critical organic solvent widely used in vegetable oil extraction, rubber production, and chemical manufacturing. The price increase in early 2025 may be attributed to heightened downstream demand, such as seasonal growth in the edible oil processing sector. However, the price decline in April could reflect weakened demand or an increase in supply, possibly due to fluctuations in crude oil prices affecting production costs.

3.2 Raw Material Costs

n-Hexane production is heavily dependent on the petrochemical industry, with crude oil prices serving as a primary cost driver. In early 2025, a potential rise in global oil prices likely increased n-hexane production costs, supporting price growth. However, a possible oil price decline in April may have reduced production costs, exerting downward pressure on n-hexane prices.

3.3 Macroeconomic and Policy Factors

The global economic environment in 2025 may impact the n-hexane market. Economic slowdowns could reduce demand from downstream industries, suppressing prices. Additionally, stricter environmental regulations, such as controls on volatile organic compound (VOC) emissions in some regions, may limit n-hexane production and usage, affecting market demand.

4. Market Trend Forecast

4.1 Short-Term Outlook

n-Hexane prices in April 2025 have shown a slight decline, but the overall fluctuation remains limited, indicating a relatively stable market. Given that prices are still higher than last year and have risen since the beginning of 2025, short-term prices are expected to oscillate between 8300 CNY/ton (1150 USD/ton) and 8500 CNY/ton (1180 USD/ton).

4.2 Mid-to-Long-Term Outlook

In the mid-to-long term, n-hexane price trends will depend on a combination of crude oil prices, downstream demand, and environmental policies. If global oil prices stabilize and rise, or if demand from the edible oil and chemical sectors continues to grow, prices could climb above 8500 CNY/ton (1180 USD/ton). However, if the global economy slows or environmental regulations tighten further, prices may face downward pressure.

5. Recommendations

5.1 For Producers

With current n-hexane prices at a relatively high level, producers may consider selling inventory to lock in profits. They should also monitor crude oil price trends and environmental policy developments to adjust production plans and mitigate potential risks.

5.2 For Downstream Users

Edible oil processing and chemical companies can take advantage of the slight price dip in April to make purchases, but they should remain cautious of future price volatility. A staggered procurement strategy is recommended to minimize cost risks.

5.3 For Investors

Investors focusing on petrochemical-related products should closely track crude oil prices and n-hexane supply-demand dynamics. In the short term, a wait-and-see approach may be prudent, with action taken once clearer trend signals emerge.

6. Conclusion

In April 2025, the n-hexane market in Shandong, China, exhibits a slight downward trend, with the mainstream price at 8366.18 CNY/ton (1160.39 USD/ton), a 0.7% decrease from the previous month but a 5.23% increase compared to the same period last year. Price movements are influenced by supply-demand dynamics, raw material costs, macroeconomic conditions, and policy factors. The market is expected to remain stable in the short term, with potential fluctuations in the mid-to-long term driven by crude oil prices and downstream demand. Stakeholders should stay informed of market developments and adopt strategic measures to address potential price risks.

7. Notes

• USD prices are calculated based on the April 24, 2025, CNY to USD exchange rate (1 USD = 7.2098 CNY, 1 CNY ≈ 0.1387 USD).
• Actual exchange rates may vary due to market fluctuations, transaction timing, or specific trading platforms. Real-time exchange rates should be referenced for precise calculations.

If further analysis or additional data is required, please feel free to provide more details!

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The recent price trend chart of food grade n-hexane in the Chinese market, in RMB yuan/ton. • 2023/04/19

Hexane is a solvent used extensively in the food industry for the extraction of various products such as vegetable oils, fats, flavours.

Food grade Hexane is mainly used as a solvent in various kinds of extraction operations. The formula for n- Hexane is CH3(CH2)4CH3. This Kenya Standard specifies requirements and methods of test for hexane, food grade, used as a solvent for extraction of oily /oleaginous materials.

Common Uses For Pharmaceutical Grade Hexane

Pharmaceutical grade hexane is a high purity grade of hexane also referred to as food-grade hexane that is available in purity levels as high as 99% with very minimal impurities.

FG Hexane is produced in the refineries from special cut Naphtha where the Hexane rich stream is extracted and purified to meet the required specification.

Junyuan Petroleum Group is one of the Hexane manufacturers, exporters, producers, and suppliers in China

Hexane is an organic compound, a straight-chain alkane with six carbon atoms, and has the molecular formula C6H14. Hexane is a significant constituent of gasoline. It is a colorless liquid, odorless when pure, and with boiling points of approximately 69 °C (156 °F). It is widely used as a cheap, relatively safe, largely unreactive, and easily evaporated nonpolar solvent.

Hexane is an organic compound with a molecular formula of C6H14. It belongs to linear saturated aliphatic hydrocarbons. It is obtained from crude oil cracking and fractionation. It is a colorless liquid with a faint special odor. It is volatile, almost insoluble in water, and easily soluble in chloroform, ether, and ethanol. Mainly used as a solvent, such as vegetable oil extraction solvent, propylene polymerization solvent, rubber and paint solvent, pigment diluent.

It is used for the extraction of various edible oils such as soybeans, rice bran, cottonseeds, and oils in spices. In addition, the isomerization of n-hexane is one of the important processes for producing high-octane gasoline blending component.

The term hexanes refer to a mixture, composed largely (>60%) of hexane, with varying amounts of the isomeric compounds 2-methyl pentane and 3-methyl pentane, and, possibly, smaller amounts of nonisomeric C5, C6, and C7 (cyclo)alkanes. Hexanes are cheaper than hexane and are often used in large-scale operations not requiring a single isomer (e.g., as cleaning solvent or for chromatography).

Uses

In industry, hexanes are used in the formulation of glues for shoes, leather products, and roofing. They are also used to extract cooking oils (such as canola oil or soy oil) from seeds, for cleansing and degreasing a variety of items, and in textile manufacturing. They are commonly used in food-based soybean oil extraction in the United States, and are potentially present as contaminants in all soy food products in which the technique is used; the lack of regulation by the FDA of this contaminant is a matter of some controversy.

A typical laboratory use of hexanes is to extract oil and grease contaminants from water and soil for analysis. Since hexane cannot be easily deprotonated, it is used in the laboratory for reactions that involve very strong bases, such as the preparation of organolithiums. For example, butyllithiums are typically supplied as a hexane solution.

Hexanes are commonly used in chromatography as a non-polar solvent. Higher alkanes present as impurities in hexanes have similar retention times as the solvent, meaning that fractions containing hexane will also contain these impurities. In preparative chromatography, the concentration of a large volume of hexanes can result in a sample that is appreciably contaminated by alkanes. This may result in a solid compound being obtained as an oil and the alkanes may interfere with the analysis.

Used in solvents, extraction, organic synthesis, cleaning in the electronics industry, as an extractant in the pharmaceutical industry, and also as an extractant for edible vegetable oils.

Mainly used as a solvent, such as vegetable oil extraction solvent, propylene polymerization solvent, rubber and paint solvent, pigment diluent. It is used for the extraction of various edible oils such as soybeans, rice bran, cottonseeds, and other spices. In addition, it is also a high-octane fuel.

Determination of moisture in methanol. UV spectrum analysis. Pesticide residue analysis. High-performance liquid chromatography. Gas chromatographic analysis standard. Biochemical research, protein sequence analysis.

Determine the refractive index of minerals. Organic Synthesis. Replace mercury in thermometers.

Used as analytical reagent and solvent.

We are trying our best to supply every chemical you may wish to buy. However, if there is something you can’t find, feel free to contact us and we will find just what you are looking for and offer you a competitive price. We have many customers in the United States, Canada, Mexico, Australia, United Kingdom, and European Union countries and retain long-term cooperation. For more information or to request a particular product, call customer services or the Given
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N Hexane, Grade Standard: Technical Grade at CNY 1,0300 /MT.

n-Hexane prices are estimated at USD 1537/MT in March 2023.

The current average market price of Hexane Chemical is Rs 12,000/ Barrel.

n-Hexane is a colorless liquid with a Gasoline-like odor. The commercial product is a mixture of Hexanes and small amounts of other chemicals. n-Hexane is used in laboratories and as a solvent to remove vegetable oils from crops. It is also found in Gasoline and rubber cement.

Virtually all n-hexane is obtained from petroleum mixtures through controlled fractional distillation and other refinery-based processes (Speight 1991). n-Hexane can also be synthesized from sugar cane wastes using special catalysts (SUCRON 1996).

Hexane has a branched structure and n-hexane has an unbranched structure. The results in hexane having a lower boiling point and n-hexane having a higher boiling point when compared to each other.

Normal Hexane is a chemical made from crude oil. Pure Normal Hexane is a colorless liquid with a slightly disagreeable odor. It evaporates very easily into the air and dissolves only slightly in water. Normal Hexane is highly flammable, and its vapors can be explosive.

Pure Normal Hexane is used in laboratories. Most of the Normal Hexane used in industry is mixed with similar chemicals in products known as solvents. Common names for some of these solvents are “commercial hexane,” “mixed hexanes,” “petroleum ether,” and “petroleum naphtha.” An older name for these types of solvents is “petroleum benzene.” Several hundred million pounds of Normal Hexane are produced in the United States each year in the form of these solvents. The major use for solvents containing Normal Hexane is to extract vegetable oils from crops such as soybeans. They are also used as cleaning agents in the printing, textile, furniture, and shoemaking industries. Certain kinds of special glues used in the roofing and the shoe and leather industries also contain Normal Hexane. Several consumer products contain Normal Hexane. For example, gasoline contains about 1–3% Normal Hexane. Normal Hexane is also present in rubber cement.

ISO Code 22K2 foodstuff tank containers.

Dimensions: Length 6,058 millimeters (20 feet), Height 2,591 millimeters (8 feet 6 inches), Width 2,438 millimeters (8 feet).
Tank specifications: Minimum pressure 255 kilopascal (2.65 bar, 38.43 pounds per square inch).

If the customers arrange to rent an ISO tank, what are our requirements for the tank container?

Factory address: No. 117, Guangqing Road, Guangrao County, Dongying, Shandong
Add: No. 117, Guangqing Rd., Guangrao County, Dongying China
ISO tank container requirements: (with emergency shut-off valve and meteorological interface, pressure gauge, super gasket, explosion-proof disc, three kilogram air tightness test, 0.5 pound nitrogen pressure maintaining)
ISO tank requirements: (with emergency shut-off valve and meteorological interface, pressure gauge, super gasket, explosion-proof piece, 3kg air tightness test, 0.5lb nitrogen pressure maintaining)

Friday, 22-JAN-22: There was no change in prices of Pentane, Hexane and Heptane series products today.

For products with small orders, we can provide you with flexitank packaging. The advantages of packaging are as follows: 1. Convenient loading and unloading, door-to-door service, and multimodal transport such as highway, railway and waterway can be adopted. 2. A wide range of suitable chemical varieties. 3. Convenient transshipment, suitable for multimodal transport.

What is a Flexitank?

The Flexitank is a package that is used for the storage and transportation of non-hazardous liquid products and is intended for installation in 20ft ISO shipping containers.

Using Flexitank will reduce packaging, storage and transportation costs by a sizeable margin. This is due to its relatively low unit cost and the convenience of positioning ,speed of loading and efficient exploitation of loading weights.

Very Low positioning costs
No cleaning costs,No disposal costs
Cost effective and considerably cheaper than tank containers,drums and IBC’S
Can carry 40% or more cargo than drum and 50% or more than by bottles
Deliveries are door- to- door • Quick loading compared to drums and IBCs
Low labour for handling,filling and loading
No need for forklift to load or unload container
No need for intermediate bulk storage
Available in remote areas
Clean and environmentally friendly
Low weight of Flexitank-so higher payloads possible
20 ft. Container payload 15% higher than IBCs Container payload 44% higher than drums
No demurrage on Flexitank only on container.No return loads needed

There are two technological methods for extracting edible oil from plants, differentiation oil extraction method and physical oil extraction method, that is, what we usually call leaching method (chemical) and pressing method (physical):
Press method: press method has a long history, and its process is relatively simple: after steaming and frying the oil, squeeze the oil out of the oil by mechanical method. The ancient pressing method requires operators to pay heavy physical labor. The residual oil content in the extruded oil residue (oil cake) is quite high, which wastes extremely valuable oil resources. Modern pressing method has been industrialized and automatic operation, but the problem of high residual oil content in oil residue can not be solved.
From the pretreatment of pressed raw materials, there are cold pressing method and hot pressing method, also known as mature pressing method. Cold pressing means that the raw materials are directly put into the oil press to extrude the oil without baking or steaming. This method has relatively light oil color and brighter color, but the oil yield is low, and the oil taste is not strong and mellow. The purpose of ripe pressing is to dry the oil crops before pressing, so as to reduce the moisture of raw materials and increase the activity and fluidity of oil molecules, so as to improve the oil yield and ensure the flavor of oil quality. But it also destroys the chemical composition of the oil, resulting in a darker and darker color of the oil.
The basic process of oil pressing process is as follows:
1. Conventional production process: raw meal – steaming frying – pressing – machine pressing crude oil
2. Special oil production process: oilseeds – fried seeds – pressing – filtering – scented oil
3. Special oil production process: oilseed – whole seed cold pressing – Filtration – cold pressing oil
Process of oil being squeezed out: when the oil enters the press chamber of the oil press, the pressure increases with the rotation of the press chamber. The seed material is squeezed tightly with the extrusion of oil, and the pressure is generated between the directly contacted pressed particles, resulting in the plastic deformation of the seed material, especially at the oil film rupture and the bonding. In this way, after being extruded and blasted, the pressed material is no longer loose, but forms a plastic body, called oil cake. During pressing, due to the dual action of temperature and pressure, the protein will continue to deteriorate, and then affect the plasticity of the pressing material. In short, the best oil pressing effect can be guaranteed only if the degree of protein denaturation is appropriate.
Leaching method: leaching method is an oil production process. Its theoretical basis is the extraction principle. It originated in France in 1843. It is a safe, hygienic, scientific and advanced oil making process. At present, more than 90% of the total output of oil esters produced by leaching in industrial developed countries. The advantages of oil extraction method are less residual oil, high oil yield, low processing cost, high economic benefit, high quality of meal and good feeding effect in feed industry.
The special solvent oil specially arranged and produced by the state for oil processing can be completely separated from oil and grease with its own composition characteristics. The leaching method is to use the nature of mutual dissolution of oil and organic solvent to crush and press the oil into embryo or expand it, and then contact the oil embryo with organic solvent (generally n-Hexane) in the equipment called extractor to extract and dissolve the oil in the oil. Then, the solvent in the oil is removed by heating and stripping. By this method, the residual oil in the oil residue can be reduced to less than 1%. Taking soybean as an example, the oil yield of leaching method is 50% higher than that of pressing method.
Oil extraction process
(1) According to the operation mode, the leaching process can be divided into intermittent leaching and continuous leaching:
① Batch leaching process operations, such as the embryo entering the extractor, the meal unloading from the extractor, the injection of fresh solvent and the extraction of concentrated mixed oil, are batch, intermittent and periodic. The leaching process belongs to this type of process.
② The process operations of continuous leaching, such as material embryo entering the extractor, meal unloading from the extractor, injection of fresh solvent and extraction of concentrated mixed oil, are all continuous leaching processes, which belong to this type of process.
According to the contact mode, the leaching process can be divided into immersion leaching, spray leaching and mixed leaching:
③ Immersion leaching is called immersion leaching when the material embryo is immersed in solvent to complete the leaching process. The leaching equipment belonging to immersion type includes tank group type, bow type, U-type and Y-type leaching devices, etc.
④ Spray leaching is called spray leaching when the leaching solvent contacts the material embryo in a spray state to complete the leaching process. The leaching equipment of spray type includes crawler extractor, etc.
⑤ Mixed leaching is a leaching method combining spraying and soaking. It belongs to mixed leaching equipment, including horizontal rotating extractor and annular extractor.
(2) The oil extraction process can be divided into direct leaching and pre pressing leaching according to the production method:
① Direct leaching direct leaching is also called “one-time leaching”. It is a process of leaching oil directly after pretreatment. This process is suitable for processing oil with low oil content.
② Pre press leaching the process of extracting some oil from pre press oil, and then leaching the cake with high oil content. This process is suitable for oil with high oil content.
(3) The selection basis and basic process flow of leaching process are closely related to the selected process flow. It directly affects many aspects such as product quality, production cost, production capacity and operating conditions after the oil plant is put into operation. Therefore, both advanced and reasonable process flow should be adopted. The selection of process flow is based on:
① According to the varieties and properties of raw materials, different technological processes are adopted according to different varieties of raw materials, such as processing cottonseed. The technological process is: Cottonseed → cleaning → depilation → shelling → kernel and shell separation → softening → rolling embryo → steaming and frying → pre pressing → leaching;
If rapeseed is processed, the process flow is: Rapeseed → cleaning → rolling embryo → steaming and frying → pre pressing → leaching;
According to the different oil content of raw materials, determine whether to adopt one-time leaching or pre press leaching. As mentioned above, rapeseed and Cottonseed Kernel are high oil-bearing raw materials, so the pre press leaching process should be adopted. The oil content of soybean is low, so the one-time leaching process should be adopted.
Soybean → cleaning → crushing → softening → embryo rolling → drying → leaching;
② According to the requirements for products and by-products, the process conditions should be changed accordingly. For example, when processing soybean, soybean meal is used to extract protein powder, soybean peeling is required to reduce the content of crude fiber and relatively improve the protein content. The process flow is as follows:
Soybean → cleaning → drying → temperature regulation → crushing → peeling → softening → embryo rolling → leaching → leached meal → baking → cooling → crushing → high protein soybean powder
③ Select oil plants with large production capacity according to the production capacity, and select more complex processes and advanced equipment if possible; For oil plants with small production capacity, relatively simple processes and equipment can be selected. For example, for the leaching workshop with a daily treatment capacity of more than 50 tons, paraffin oil tail gas absorption unit and frozen tail gas recovery solvent unit can be considered.
Food science and engineering professionals pointed out that for most oil plants, whether pressed or leached, the crude oil obtained cannot be eaten directly because it contains phospholipids, free fatty acids and pesticide residues. Only after refining processes such as degumming, deacidification, decolorization and distillation deodorization can we get oil for our consumption. Therefore, whether the edible oil is safe or not depends not on whether the pressing or leaching process is adopted for the preparation of the front section, but mainly on the subsequent refining process.
The n-Hexane used in the leaching oil plant must be food grade. After heavy metal removal treatment, the residue of harmful metals such as lead and arsenic is less than 10 ppb (1 / 100 million). Such a low residue will not be harmful to the produced oil.
China’s national standard stipulates that the preparation process must be marked on the outer package of edible oil, which is to give consumers the right to know, which does not mean that the two preparation processes are different in food safety.