Category Manufacturer, Supplier and Distributor of Solvents and Chemicals

The opportunity of China’s chemicals and solvents to enter the Russian market must be sized

The Russian transportation line is blocked. Is the China Europe train still safe?

After Russia launched military operations in Ukraine, western countries led by the United States began to encircle Russia in various fields, and major container liner companies also began to suspend container liner services to Russia. At present, Mediterranean, Maersk, ocean Union, Yangming, Hyundai and other liner companies have successively issued notices to suspend liner services to Russia.

Introduction to Russia’s foreign shipping routes

Russia has a long coastline, and the ports that can be connected to container liners are mainly distributed in three regions, one is St. Petersburg in the Baltic Sea, the second is novorossisk in the Black Sea, and the third is Vladivostok and Dongfang port on the Pacific coast of the Far East, which are navigable to the world through the world shipping network of liner companies.

Since the Black Sea is located in the war zone, many merchant ships have been hit by missiles or sunk by mines, and Russian troops may enter the Odessa port of Ukraine at any time. Therefore, it is reasonable for the liner company to suspend the service of novorossisk in the Black Sea for the sake of safety. For example, COSCO Shipping Company of China announced that it would stop docking with Ukrainian ports for safety reasons, and took certain measures for the goods that had been shipped to Ukraine, so as to facilitate the cargo owners to properly handle and avoid losses.

Container liner shipping industry is a subsidiary industry of international trade, and international trade is dominated by Europe and the United States. Therefore, among the world’s top ten liner companies, except COSCO Shipping Company of China, all belong to the European and American system.

As the European and American sanctions against Russia are so outrageous that even cats are not spared, the customs in Hamburg, Germany and Rotterdam, the Netherlands refuse to transit goods to St. Petersburg, and it is no surprise that various liner companies cancel their attachment to Russia. Because the transit center is built for a long time, it cannot be changed in a short time.

Then, has Russia’s foreign cargo transportation been interrupted due to the sanctions of liner companies? Answer is No.

Generally speaking, Russia’s dependence on foreign trade is not very high, mainly exporting oil and gas, grain and timber to foreign countries, and importing some equipment and consumer goods. Among them, the exported oil and gas are transported by pipeline, and the exported grain is transported by bulk carrier. The suspension of liner companies mainly affects exported timber and imported consumer goods.

In addition, the road and railway transportation between Russia and its neighboring countries has not been affected. It should be pointed out that some large logistics companies in European and American countries have voluntarily stopped accepting the business of China Europe Express, but the China Europe express itself has not stopped operating. The railway from Europe to Russia via Poland and Belarus is still unblocked, but the possibility of interrupting this railway line in Europe cannot be ruled out.

The first leg of the voyage is the Asia Europe route from China’s coastal ports to European basic ports


The second leg of the voyage – the branch line from the European basic port to St. Petersburg, Russia

Although COSCO ships provide part of the transportation capacity on this route, the whole route is jointly operated by COSCO and other liner companies. Each shipping company sends ships to carry out transportation tasks in turn according to the established schedule. Therefore, if other shared shipping companies refuse to ship goods to Russia, COSCO will have no choice, and even endanger the cooperative relationship between COSCO and other shipping companies in the alliance.

According to the shipping schedule from COSCO to the basic ports in Europe, we can see from the ship name that there are EVA and France Dafei ships

COSCO can’t be expected to ship alone to carry out transportation tasks. In the case of the world shipping crisis, all shipping companies, including COSCO, have no idle capacity. The construction of container ships is based on years, and it is too late to build now. Even if COSCO sea pulls out ships to carry out the whole transportation task to St. Petersburg under all pressure, the sea freight will definitely be sky high and lose its economic significance.

However, this line is only nominally interrupted, in fact, it will not be completely interrupted. Since Estonia, Latvia and Lithuania in the Baltic Sea were former Soviet republics, they have close relations with Russia. These three countries have ports and feeder ships to connect with the basic ports in Europe, and some goods will be transported to Russia through the three Baltic countries. Some of this mode belongs to the gray space zone, which is somewhat similar to the goods entering the mainland through Hong Kong after the founding of the people’s Republic of China and before the reform and opening up. It can be predicted that some goods originally directly transported to St. Petersburg will be transferred to this kind of transportation.

People engaged in such transportation in the Baltic countries often wander on the edge of nominal laws, and sanctions will even increase their interests. I don’t think the anti Russian sentiment of the three countries can stand the test of money, and I don’t have much confidence in the integrity of the law enforcement personnel in the three countries. As long as it is not too excessive, this kind of transportation will not be stopped due to sanctions, so the route through the European basic port will not be completely interrupted.

The second line is the railway that China leaves the country through Manzhouli, Erenhot, Alataw pass and other ports, and may reach Moscow directly or through Mongolia and Kazakhstan. These railway lines are part of the extension line of the Eurasian Continental Bridge in Russia and the China Europe train. The whole journey takes about 15-40 days. Many railway stations in China, such as Shenzhen, Shenyang and Suzhou, can start transportation.

This line is the safest because it is all overland. As long as the governments of Kazakhstan and Mongolia are sane, nothing will go wrong. Even if the governments of these two countries have problems in their minds, Russia is believed to be able to cure them.

The third route is from the coastal ports of China to Vladivostok and Dongfang port on the Pacific coast of the Far East of Russia through the Strait of Kumar between Japan and South Korea, and then to Moscow through the Siberian Railway of Russia. This route is mainly operated by Russian Far East Ocean Shipping Co., Ltd.
It takes less than a week from China’s coastal ports to Vladivostok and Dongfang port, and about 20 days to Moscow. Judging from the current ship navigation trajectory, the operation has not stopped. In terms of routes, Russian ships may theoretically face the threat of the Japanese and Korean navies and the seventh fleet of the United States. However, as Russian bombers travel around Japan all year round, the author believes that there is little possibility of problems.

There is also air transportation between China and Russia, and road transportation at ports such as Heihe River and Suifenhe River on the Sino Russian border. The traffic volume and radiation range are not very large. Someone once considered the Arctic route through the Bering Strait. Because the voyage is too long, it needs to break the ice, and there is no supply capacity along the way. The author believes that it is not of practical significance at present.

China’s chemical products should seize this opportunity

Originally, factories all over the world could use containers to transport products to Russia through the liner company’s world shipping network. Now the liner company cancels its attachment to Russian ports, which means that the maritime traffic from all over the world to Russia has been interrupted. If the transportation from China to Russia is still smooth, European and American chemical brands that have not quit Russia may increase the orders of Chinese factories to make up for the lost supply of factories in other parts of the world.

Previously, the products manufactured by China may take the first route, from China to the European basic port by sea, and then to St. Petersburg by feeder ship. Now there is no need to turn from Europe to pretend to be European origin. It may become to take the second and third routes, which can be directly sent by railway or transported by sea to Vladivostok / Dongfang port, and then transferred by railway to Moscow.


Tens of thousands of containers and transport vehicles are waiting to be sent to Europe at the origin of the China Europe train

At the same time, China has the opportunity to become a transit station for products from all over the world to Russia. The sea transportation from all over the world to Russia is broken, while the sea transportation from all over the world to China is still smooth, so some foreign chemical brands that do not give up the Russian market may first transport their products to China, and then use the transportation channel from China to Russia to repack and transport them to Russia.

China has bonded warehouses in almost all coastal ports, and products transferred in bonded warehouses do not need to pay tariffs, which can save costs for these foreign products. However, as long as products enter China, China can earn income from various links such as warehousing, loading and unloading.

In terms of capital flows, China is also a suitable transit place. Russia is restricted in the international capital clearing system (Swift), but there is no restriction on the settlement between Russia and China, and there is no change in the settlement between China and other countries in the world. At the same time, the RMB exchange rate is basically stable, so China may also receive some financial settlement dividends and expand the scope of use of the RMB.

It should be pointed out that there are also many difficulties for China to expand its economic influence in Russia. For example, many Russian manufacturers favor European and American chemical products and are biased against Chinese products; Russia’s legal system and business environment are poor, and grey customs clearance and other problems need us to overcome. The state may have to play a more important role in protecting China’s economy.

In terms of engineering capacity, China’s chemical production capacity is basically no different from that of foreign chemical giants. Especially for bulk chemicals, due to the assistance of the Soviet Union and the subsequent purchase of process packages and design packages from abroad, independent design and construction can be basically achieved in combination with the digestion and absorption of the design unit for many years. Compared with foreign countries, fine chemicals are indistinguishable, because most of them are new products, and everyone has no experience. In fact, the process of fine chemicals is more important, which is why China has more advantages. For some chemical equipment, foreign countries have the first mover advantage, but there is no problem with reverse engineering based on domestic design ability. Even if you know the general idea, it is possible to copy it.

David Zhang, Sales Manager of Junyuan Petroleum Group, gave us an example to illustrate the production characteristics of China’s chemical industry. In fact, it is still a little universal. A chemical solvent production plant wants to produce a chemical, which has been available abroad. According to the foreign process, there is a step in the synthesis route that requires hydrogenation and reduction. This hydrogenation and reduction process uses a special reactor and reaction system. At this time, when the manufacturer wants to produce this kind of chemical products, it naturally wants to learn from this foreign process. Its core is the reactor design. Because the domestic engineering capacity is fairly good, after some twists and turns, they finally mastered the design method of this reactor, drew the design drawings of the reactor, and then the manufacturer did an experiment with air and water, It was found that the mixing effect could fully meet the requirements, so it was excitedly handed over to the equipment factory to make equipment. The equipment factory looked at the technical requirements and said that it could not do this because there was a gap between their surrounding chemical industries. The temperature and pressure of this hydrogenation process was very high, and a circulating pump and instrument in the process had to operate under extreme conditions. This technology could not be achieved in China at present, so this process had to be abandoned. Finally, we can only think of ways from the process, not hydrogenation, but other reduction methods. Because China’s chemical process ability is very strong and the experimenters work very hard, finally, after repeated experiments to explore the conditions, we decided to use iron powder for reduction, and finally completed the production of this product. Although it has some disadvantages compared with hydrogenation, with the help of cheap labor and low cost of other raw materials, this product still has strong competitiveness in the global market, and finally completely occupies the global chemical raw material market.

European and American sanctions have given Chinese chemicals and solvents the opportunity to enter the Russian market, which must be seized.

n-Heptane in bottle,CAS # 142-82-5 Formula C₇H₁₆. Synonyms n-heptane (normal heptane), dipropyl methane.

Densities for Pentane, Hexane and Heptane

Densities for common substances chart

Substance Density Temp.
1,1,2 trichlorotrifluoroethane 1564 kg/m³ 25 °C
1,2,4 trichlorobenzene 1454 kg/m³ 20 °C
1,4 dioxane 1033.6 kg/m³ 20 °C
2 methoxyethanol 964.6 kg/m³ 20 °C
acetic acid 1049.1 kg/m³ 25 °C
acetone 784.58 kg/m³ 25 °C
acetonitrile 782.2 kg/m³ 20 °C
alcohol, ethyl 785.06 kg/m³ 25 °C
alcohol, methyl 786.51 kg/m³ 25 °C
alcohol, propyl 799.96 kg/m³ 25 °C
ammonia 604 kg/m³ 25 °C
ammonia (aqua) 823.35 kg/m³ 25 °C
aniline 1018.93 kg/m³ 25 °C
automobile oils (average) 910 kg/m³ 15 °C
beer (average) 1010 kg/m³ 10 °C
benzene 873.81 kg/m³ 25 °C
benzil 1079.64 kg/m³ 25 °C
brine 1230 kg/m³ 15 °C
bromine 3120.4 kg/m³ 25 °C
butane 599.09 kg/m³ 25 °C
butyric acid 959 kg/m³ 20 °C
caproic acid 921.06 kg/m³ 25 °C
carbolic acid 956.3 kg/m³ 15 °C
carbon disulfide 1260.97 kg/m³ 25 °C
carbon tetrachloride 1584.39 kg/m³ 25 °C
carene 856.99 kg/m³ 25 °C
castor oil 956.14 kg/m³ 25 °C
CCL4 1584 kg/m³ 25 °C
chloride 1559.88 kg/m³ 25 °C
chlorobenzene 1105.8 kg/m³ 20 °C
chloroform 1489.2 kg/m³ 20 °C
chloroform 1464.73 kg/m³ 20 °C
citric acid 1659.51 kg/m³ 25 °C
CO2 680 kg/m³ 25 °C
coconut oil 924.27 kg/m³ 15 °C
cotton seed oil 925.87 kg/m³ 15 °C
creosote 1066.83 kg/m³ 15 °C
cresol 1023.58 kg/m³ 25 °C
crude oil, 32.6° api 862 kg/m³ 60 °F
crude oil, 35.6° api 847 kg/m³ 60 °F
crude oil, 40° api 825 kg/m³ 60 °F
crude oil, 48° api 790 kg/m³ 60 °F
crude oil, california 915 kg/m³ 60 °F
crude oil, mexican 973 kg/m³ 60 °F
crude oil, texas 873 kg/m³ 60 °F
cumene 860.19 kg/m³ 25 °C
cyclohexane 778.5 kg/m³ 20 °C
cyclopentane 745.4 kg/m³ 20 °C
decane 726.28 kg/m³ 25 °C
dichloromethane 1326 kg/m³ 20 °C
dichloromethane 1326 kg/m³ 20 °C
diesel fuel oil 20 to 60 885 kg/m³ 15 °C
diethyl ether 714 kg/m³ 20 °C
diethylene glycol 1120 kg/m³ 15 °C
dimethyl acetamide 941.5 kg/m³ 20 °C
dimethyl sulfoxide 1100.4 kg/m³ 20 °C
dodecane 754.63 kg/m³ 25 °C
ethane 570.26 kg/m³ -89 °C
ethanol 783 kg/m³ 25 °C
ether 72.72 kg/m³ 25 °C
ethyl acetate 900.6 kg/m³ 20 °C
ethyl alcohol 789.2 kg/m³ 20 °C
ethyl ether 713.3 kg/m³ 20 °C
ethylamine 680.78 kg/m³ 16 °C
ethylene dichloride 1253 kg/m³ 20 °C
ethylene glycol 1096.78 kg/m³ 25 °C
fluorine refrigerant r 12 1310.95 kg/m³ 25 °C
formaldehyde 812.14 kg/m³ 45 °C
formic acid 10% concentration 1025 kg/m³ 20 °C
formic acid 80% concentration 1221 kg/m³ 20 °C
freon 11 1490 kg/m³ 21 °C
freon 21 1370 kg/m³ 21 °C
fuel oil 890.13 kg/m³ 60 °F
furan 1416.03 kg/m³ 25 °C
furforol 1154.93 kg/m³ 25 °C
gas oils 890 kg/m³ 60 °F
gasoline 750 kg/m³ 25 °C
gasoline, natural 711.22 kg/m³ 60 °F
gasoline, vehicle 737.22 kg/m³ 60 °F
glucose 1395 kg/m³ 60 °F
glycerin 1259.37 kg/m³ 25 °C
glycerine 1260 kg/m³ 25 °C
glycerol 1126.1 kg/m³ 25 °C
glyme 869.1 kg/m³ 20 °C
heptane 679.5 kg/m³ 25 °C
hexane 654.83 kg/m³ 25 °C

 

Substance Density Temp.
hexanol 810.53 kg/m³ 25 °C
hexene 671.17 kg/m³ 25 °C
hydrazine 794.52 kg/m³ 25 °C
iodine 4927.28 kg/m³ 25 °C
ionene 932.27 kg/m³ 25 °C
iso octane 691.9 kg/m³ 20 °C
isobutyl alcohol 801.6 kg/m³ 20 °C
isopropyl alcohol 785.4 kg/m³ 20 °C
isopropyl myristate 853.2 kg/m³ 20 °C
kerosene 817.15 kg/m³ 60 °F
linolenic acid 898.64 kg/m³ 25 °C
linseed oil 929.07 kg/m³ 25 °C
mek 802.52 kg/m³ 25 °C
methane 464.54 kg/m³ -164 °C
methanol 791.3 kg/m³ 20 °C
methyl ethyl ketone (mek) 804.9 kg/m³ 20 °C
methyl isoamyl ketone 888 kg/m³ 20 °C
methyl isobutyl ketone 800.8 kg/m³ 20 °C
methyl n propyl ketone 808.2 kg/m³ 20 °C
methyl t butyl ether 740.5 kg/m³ 20 °C
milk 970 kg/m³ 15 °C
n butyl acetate 879.6 kg/m³ 20 °C
n butyl alcohol 809.7 kg/m³ 20 °C
n butyl chloride 886.2 kg/m³ 20 °C
n methylpyrrolidone 1030.4 kg/m³ 20 °C
n octane 692 kg/m³ 25 °C
n propyl alcohol 803.7 kg/m³ 20 °C
n,n dimethylformamide 948.7 kg/m³ 20 °C
naphtha 664.77 kg/m³ 15 °C
naphtha, wood 959.51 kg/m³ 25 °C
napthalene 820.15 kg/m³ 25 °C
o dichlorobenzene 1305.8 kg/m³ 20 °C
o xylene 880.2 kg/m³ 20 °C
ocimene 797.72 kg/m³ 25 °C
octane 917.86 kg/m³ 15 °C
oil engine 885 kg/m³ 25 °C
oil light 910 kg/m³ 25 °C
olive oil 1395 kg/m³ 20 °C
oxygen (liquid) 1140 kg/m³ -183 °C
palmitic acid 850.58 kg/m³ 25 °C
pentane 626.2 kg/m³ 20 °C
pentane 624.82 kg/m³ 20 °C
petrol, natural 711.22 kg/m³ 60 °F
petrol 737.22 kg/m³ 60 °F
petroleum ether 640 kg/m³ 20 °C
phenol 1072.28 kg/m³ 25 °C
phosgene 1377.59 kg/m³ 0 °C
phytadiene 823.35 kg/m³ 25 °C
pinene 856.99 kg/m³ 25 °C
propane 583.07 kg/m³ -40 °C
propane, R 290 493.53 kg/m³ 25 °C
propanol 804.13 kg/m³ 25 °C
propylene 514.35 kg/m³ 25 °C
propylene carbonate 1200.6 kg/m³ 20 °C
propylene glycol 965.27 kg/m³ 25 °C
pyridine 978.73 kg/m³ 25 °C
pyrrole 965.91 kg/m³ 25 °C
R 12 1310 kg/m³ 25 °C
R 134a 1206 kg/m³ 25 °C
R 22 1190 kg/m³ 25 °C
rape seed oil 920 kg/m³ 20 °C
resorcinol 1268.66 kg/m³ 25 °C
rosin oil 980 kg/m³ 15 °C
sabiname 812.14 kg/m³ 25 °C
sea water 1025.18 kg/m³ 25 °C
silane 717.63 kg/m³ 25 °C
sodium hydroxide (caustic soda) 1250 kg/m³ 15 °C
sorbaldehyde 895.43 kg/m³ 25 °C
soya bean oil 1395 kg/m³ 15 °C
stearic acid 890.63 kg/m³ 25 °C
styrene 903.44 kg/m³ 25 °C
sugar solution 68 brix 1338 kg/m³ 15 °C
sulphuric acid 95% conc. 1839 kg/m³ 20 °C
sunflower oil 920 kg/m³ 20 °C
terpinene 847.38 kg/m³ 25 °C
tetrahydrofuran 888 kg/m³ 20 °C
toluene 866.9 kg/m³ 20 °C
toluene 862.27 kg/m³ 20 °C
triethylamine 727.6 kg/m³ 20 °C
trifluoroacetic acid 1489 kg/m³ 20 °C
turpentine 868.2 kg/m³ 25 °C
water 1000 kg/m³ 25 °C
water, pure 1000 kg/m³ 4 °C
water, sea 1021.98 kg/m³ 77 °F
whale oil 925 kg/m³ 15 °C

Read More

21,600 Liters of n-Hexane to Tonnes

How to convert 21,600 liters of hexane to tonnes

To convert a quantity of a substance or material expressed as a volume to mass we simply use the formula:

mass = density × volume

We want to calculate the mass in tonnes from a volume in liters. We have the density table at the bottom of this web page that shows us the densities values in kg/m³, so we will use the folowing formula (see why below):

mass = d × v × vcfmcf, where mcf is the conversion factor to convert from tonne to kilogram (table near the end of this page) and vcf is the conversion factor to convert from liter to cubic meters.

So, plugging these values in the formula above, we get:

mass = 654.83 × 21600 × 0.0011000

mass = 14144.31000

mass = 14.1443 tonnes (answer)

There are other ways to convert from volume to mass. This is one of them.

n-Hexane,99% in bottles

How to convert from volume to mass (incorrectly called weight)?

Well, by definition of density we just need to use the formula:

mass = density × volume

Example: How much does 2 cubic meters of gasoline weigh in kilograms if the gasoline density is 750 kg/m³?

Plugging the values in the formula, we get

mass = density × volume = 750 × 2 = 1500 Kg

Very simple isn’t it? Yes, it is as simple as that. But this works fine when the density value we have (from a chart for example) is defined using the same unit of volume and mass that we will use in the formula. For example, mass in kg and volume in liters. If we have, for example, mass in pounds and volume in gallons, we should do something to correct our result.

To transform the mass from pounds to kilograms we should multiply the mass in pounds by 0.45359237. We will call 0.45359237 the mass conversion factor – mcf

Matematically we write:

mass in kilograms = mass in pounds × mcf or

mkg = mlb × mcf (1)

To transform the volume from gallons to cubic meters we should multiply the volume in cubic meters by 0.003785411784. We will call 0.003785411784 the volume conversion factor – vcf

Matematically we write:

volume in cubic meters = volume in gallons × vcf or

v = vgal × vcf (2)

Now, dividing the equation (1) by the equation (2), we get

mkgv = mlb × mcfvgal × vcf, or

mkgv = mlbvgal × mcfvcf, but mkgv is, by definition, the density (d) in kg/m³, so

d = mlbvgal × mcfvcf

Rearranging the formula above we get

mlb = d × vgal × vcfmcf

Finally, we can generalize this formula any units of mass and volume, since we know how to find the values for mcf and vcf (Check the factor tables below).

m = d × v × vcfmcf

That is exactly the formula that we use in this calculator. You can see how this formula works reading the example above or/and choosing another one at the bottom of this page.

Liters of hexane to tonnes Chart

Liters of hexane to tonnes
12600 liters of hexane = 8.25 tonnes
13600 liters of hexane = 8.91 tonnes
14600 liters of hexane = 9.56 tonnes
15600 liters of hexane = 10.2 tonnes
16600 liters of hexane = 10.9 tonnes
17600 liters of hexane = 11.5 tonnes
18600 liters of hexane = 12.2 tonnes
19600 liters of hexane = 12.8 tonnes
20600 liters of hexane = 13.5 tonnes
21600 liters of hexane = 14.1 tonnes
Liters of hexane to tonnes
21600 liters of hexane = 14.1 tonnes
22600 liters of hexane = 14.8 tonnes
23600 liters of hexane = 15.5 tonnes
24600 liters of hexane = 16.1 tonnes
25600 liters of hexane = 16.8 tonnes
26600 liters of hexane = 17.4 tonnes
27600 liters of hexane = 18.1 tonnes
28600 liters of hexane = 18.7 tonnes
29600 liters of hexane = 19.4 tonnes
30600 liters of hexane = 20 tonnes

Note: some values may be rounded.

These tables contain the most frequently used vcf and mcf.

Volume Unit Factor to convert to m³ (vcf)
milliliter 0.000001
UK fluid ounce 0.0000284130625
US fluid ounce 0.00002957352956
UK gallon 0.00454609
US gallon 0.003785411784

 

Mass Unit Factor to convert to kg (mcf)
milligram 0.000001
gram 0.001
tonne 1000
pound 0.45359237
ounce 0.02834952313

FAQs on hexane weight to volume conversion

21600 liters of hexane equals how many tonnes?

21600 liters of hexane is equivalent 14 ( ~ 14 1/4) tonnes.

How much is 14 tonnes of hexane in liters?

14 tonnes of hexane equals 21600 liters.

Prices of Blowing Agents have fallen for the first time since January

14-MAR-22: the supply of Pentane foaming agent is sufficient and the demand is weak. Coupled with the increase of supply, the market of foaming agent products in the domestic market began to shift from tight supply and demand to oversupply. For the first time since January 2022, the price has fallen by – 1.09%.

Pentane is an aliphatic saturated hydrocarbon with stable chemical properties. It does not react with acids and bases at normal temperature and pressure. Pyrolysis occurs at high temperature above 600 ℃ or in the presence of appropriate catalyst to produce mixtures of propylene, butene, isobutene, butane and isopropane. Aluminum trichloride was used as catalyst for isomerization to produce 2-methylbutane. 2. Stability 3 Prohibited compounds: strong oxidant, strong acid, strong alkali, halogen 4 Polymerization hazard: no polymerization. Pentane products are widely used and can be used as foaming agents for expandable polystyrene and polyurethane foam systems. They are used in areas such as fluorine free refrigerators, freezers, cold storage and pipeline insulation.

The content of mixed pentane of Junyuan Petroleum Group is more than 99%; Distillation range: 34 ~ 39; Density: 620-630, acting on pentane foaming agent, oil blending pentane, medicine, pesticide intermediates, etc. Junyuan Petroleum Group sincerely welcomes people from all walks of life to consult, visit and negotiate business with strict quality assurance system and the most satisfactory service.

Pentane storage tanks

Pentane Blowing Agent
Product Description:
Appearance: colorless transparent liquid
Content:
1 Cyclopentane / Isopentane Blend: 70% / 30%, 85% / 15%, 80% / 20%
2. n-Pentane / Isopentane Blend: 70% / 30%, 85% / 15%, 60% / 40%, 50% / 50%
3. Blend according to other proportion requirements.
Manufacturer: Junyuan Petroleum Group
Annual output: 800000 tons

Application of Pentane Blowing Agent
Pentane is the main foaming agent used to produce polystyrene foam and other foams. Generally, mixtures of N -, I – and more and more cyclopentane are used for this purpose. Because of its low boiling point, low cost and relative safety, pentane is used as the working medium of geothermal power stations. It is also added to some refrigerant mixtures.
Pentanes are relatively cheap and are the most volatile alkanes that are liquid at room temperature, so they are usually used as solvents that can be easily evaporated in the laboratory. However, due to their nonpolarity and lack of functionality, they can only dissolve nonpolar and alkyl rich compounds. Pentane is miscible with most common nonpolar solvents, such as chlorocarbons, aromatics and ethers. They are also often used in liquid chromatography.
Product specification
Please contact our salesman to provide product specifications of various formula proportions
Pentane foaming agent synonyms: pentane mixture, pentane foaming agent, np85, cp85, cp80, cp70, NP70, NP60, IP15, NP50, cyclopentane / isopentane mixture, n-pentane isopentane mixture, pentane mixture. N-pentane 85, cyclopentane 85, n-pentane 70, cyclopentane 70, isopentane 15.
Usage and safety information
Pentane mixture is highly flammable. Store in original containers in approved fire protected areas. Keep the container tightly sealed. Keep away from incompatible materials in cool, dry, well ventilated areas. Protect containers from physical damage and regularly check for leaks. Please read the material safety data sheet (MSDS) before use. Dangerous or dangerous reactions will not occur under normal conditions.
Pentane foaming agent packaging
ISO tank, 200 L barrel

0

 

       
        Daily Price Changes in Chemical Solvents
        Sales & Support Contacts
        www.junyuanpetroleumgroup.com
        WhatsApp:+8617810300898  
        info@junyuanpetroleumgroup.com
               
               
Date/Time 3/9/2022 3/10/2022 3/11/2022 3/12/2022 3/13/2022 3/14/2022
  9:00:00 AM 9:00:00 AM 9:00:00 AM 9:00:00 AM 9:00:00 AM 9:00:00 AM
n-Pentane,95%
CAS# 109-66-0
+0.52% 0.00% 0.00% 0.00% 0.00% 0.00%
n-Pentane,99%
CAS# 109-66-0
+0.47% 0.00% 0.00% 0.00% 0.00% 0.00%
Isopentane,95%
CAS# 78-78-4
+0.47% 0.00% 0.00% 0.00% 0.00% 0.00%
Isopentane,99%
CAS# 78-78-4
+0.43% 0.00% 0.00% 0.00% 0.00% 0.00%
Blowing Agent
Isopentane ≥ n-Pentane
Blend Ratios: 80/20, 70/30, 60/40, 50/50
+0.54% 0.00% 0.00% 0.00% 0.00% 0.00%
Blowing Agent
Isopentane ≤ n-Pentane
Blend Ratios: 20/80, 30/70, 40/60, 50/50
+0.55% 0.00% 0.00% 0.00% 0.00% -1.09%
Cyclopentane
CAS# 287-92-3
0.00% 0.00% 0.00% 0.00% 0.00% 0.00%
n-Hexane,60%
CAS# 110-54-3
+1.08% 0.00% 0.00% 0.00% 0.00% 0.00%
n-Hexane,70%
CAS# 110-54-3
+1.05% 0.00% 0.00% 0.00% 0.00% 0.00%
n-Hexane,80%
CAS# 110-54-3
+1.05% 0.00% 0.00% 0.00% 0.00% 0.00%
n-Hexane,90%
CAS# 110-54-3
+1.04% 0.00% 0.00% 0.00% 0.00% 0.00%
n-Hexane,99%
CAS# 110-54-3
+0.81% 0.00% 0.00% 0.00% 0.00% 0.00%
n-Heptane,99%
CAS# 142-82-5
0.00% 0.00% 0.00% 0.00% 0.00% 0.00%
n-Octane,99%
CAS# 111-65-9
0.00% 0.00% 0.00% 0.00% 0.00% 0.00%
D-20 Fluid
CAS# 64742-94-5 
0.00% 0.00% 0.00% 0.00% 0.00% 0.00%

Pentane, Hexane and Heptane Prices, Upstream, Downstream, Analytics & Forecasts
Junyuan Petroleum Group – Dongying Liangxin Petrochemical Technology Development Limited Company | Address: No. 117, Guangqing Rd., Guangrao County, Dongying 257345 China.
Junyuan Petroleum Group is China’s largest manufacturer of blowing agents to the foam insulation markets. We have continued to grow with the development of next generation blowing agents, offering a variety of hydrocarbon products for the PIR, PUR and EPS markets, available in ISO tanks and drums. For more information, or for pricing please contact us: +86 178 1030 0898 Email: info@junyuanpetroleumgroup.com Web: www.junyuanpetroleumgroup.com.
China is the world’s largest buyer and drives prices in Asia and the global solvent trade. Our comprehensive news and pricing coverage of China and global solvent market is constantly updated by our raw material purchase, production and sales team of experts. Solvent markets can react to change quickly. It’s crucial for buyers, sellers and producers to stay alert and aware of what’s happening, both in their region and internationally. We help you stay abreast of change as it’s happening. We keep you informed of the current price and market position, so you can make the most of opportunities to trade or secure a deal.

Dongying Liangxin Petrochemical Technology Development Limited Company

Abstract: n-Pentane manufacturer, Dongying Liangxin Petrochemical Technology Development Limited Company. The Pentane is produced by the company. It is the latest technology and traditional technology. It takes its essence to remove its dross, and bases its quality on the market and reputation based on the industry. The company’s n-Pentane products, when used as solvents, can be widely used in the manufacture of artificial ice.

The pentane is produced by Dongying Liangxin Petrochemical Technology Development Limited Company, which is the latest technology and traditional technology. It takes its essence to remove its dross, and bases its quality on the market and reputation based on the industry. The company’s n-Pentane products, when used as solvents, can be widely used in the manufacture of artificial ice, anesthetics, synthetic pentanol, isopentane, etc. Especially when making anesthetics, as a precision product in the pharmaceutical industry, it needs high purity and excellent quality. The purity of n-Pentane of Dongying Liangxin Petrochemical Technology Development Limited Company can reach 99.99%, which can be used in the pharmaceutical industry and has been widely recognized.

Inside our factory - Dongying Liangxin Petrochemical   Technology Development Limited Company

Customers from the Middle East, Pakistan and India are visiting our factories and production bases to further discuss the delivery of n-Pentane, Isopentane, Cyclopentane and Pentane blowing agent orders.

n-Pentane manufacturer, Dongying Liangxin Petrochemical Technology Development Limited Company, in addition to being a high-quality chemical in the pharmaceutical industry, the company’s n-Pentane is also widely used in other chemical industries, especially in the extraction of pentanol and the processing and manufacturing of isopentane. Some people may ask that pentane is so widely used in the company, and it is also the main upstream raw material of isopentane. Why not process and produce it yourself? Our company not only produces high-quality n-Pentane, but also pentane foaming agent (mixed pentane) and isopentane. That is to say, our company is also using its own n-Pentane products while we are bringing them to the market. It can be seen that the quality of our n-Pentane products is completely trustworthy.

n-Pentane manufacturer, Dongying Liangxin Petrochemical Technology Development Limited Company, after 16 years of continuous refinement and development, n-Pentane has been widely recognized. Now, due to plant expansion, it needs the cooperation of new competitive downstream enterprises. Dongying Liangxin Petrochemical Technology Development Limited Company looks forward to cooperating with you. Please contact: info@junyuanpetroleumgroup.com

Bulk n-Heptane Supplier

Finding the Right Bulk Heptane Supplier

Bulk Heptane supplies are often used as industrial solvents when manufacturing products such as adhesives and paint thinners. Heptane can also be used as an industrial cleaner for various manufacturing processes and can be found as an ingredient in products like fast drying glues, rubber cement, and paint remover. Desirable for its low boiling point, flash point, solubility, and surface tension, Heptane is used across several industries, and being able to purchase this solvent in bulk can help your business save money.  If your business uses Heptane as a solvent or cleaner, you want to make sure that you find a reliable, cost effective, and high quality provider, ensuring your specific needs are met.

Bulk Heptane Supplier – Benefits of Purchasing Bulk Heptane

Junyuan Petroleum Group is a long time, environmentally conscious provider of bulk chemical supplies, including Heptane. Junyuan Petroleum Group understands the importance of quality when it comes to using chemicals like Heptane, that have such a broad range of applications.

China's largest manufacturer of n-Heptane

Exterior view of Junyuan Petroleum Group – the largest n-Heptane manufacturer in China

HEPTANE: VARIOUS USES AND APPLICATIONS

Hydrocarbons have long been known and used in wide range of applications across industries. Heptane is one of the most widely used hydrocarbons. It’s a colorless liquid, belonging to the alkane series. Possessing a gas-like odor, it is often found in gasoline and derived from crude oils such as petroleum.
For years, companies have been engaged in selling heptanes in the form of cleaners and solvent thinners. Usually, the industry deals with two types of the chemical: n-heptane and heptane-s.

Generally speaking, n-Heptane is pure heptane material. It’s straight chain isomer of heptane only. Other type has a mixture of several isomeric chains.

Why would the industry need pure heptane?

Basically, pure heptane is needed only in scientific laboratories and pharmaceutical firms. These companies need it for precise identification of chemicals and rigid control of all possible variables. Others such as architects, artists and home crafters need regular heptanes for cleaning up inks and rubber cements.

In laboratory conditions, heptane is used as a reagent, a solvent, and also for organic synthesis.

Key industrial applications of heptanes:
Large scale industrial use of heptane happens for manufacturing various types of inks such as stamp pad ink, printer ink, etc.
Heptane also finds application in the production of compounders, cements, and hospital anesthetics.
Heptane is a popular chemical of choice for extraction of oil from vegetables, cheaply and in a more environmental-friendly way than traditional pressed methods. Pure heptane is not suitable for the application, but industrial grade heptane that is a mixture of isomers.
Consumer applications:
Many common consumer products use heptane as an important ingredient, such as: 
Outdoor stove fuel, rubber cement, and paint coatings.
Printer ink also has heptane. The hydrocarbon is used to suspend the dye which is essential for smooth, glossy and long-lasting prints.

What makes heptane suitable for all applications?
Various properties of heptane make it suitable for a wide range of applications:
    Insolubility in water
    Low density
    Low boiling point
    Slower evaporation
    Low toxicity
A non-polar solvent, heptane has a wide range of applications, hence sees immense demand. Fortunately for customers, the chemical is now available online from leading sellers in quality packaging. Buyers can easily find high-quality heptane for sale online for different applications.
    Gasoline
    Laboratories
    Military and Aerospace
    Roofing
    Oil Extraction
    Textiles
    Shoe Making
All of the industries and processes have a regular need for Heptane. Being able to purchase Heptane in bulk is not only convenient and cost effective, but when purchased from a company like Junyuan Petroleum Group, you can trust that you will be receiving a quality chemical, allowing you to manufacture a quality product.
There is a lot to consider when deciding where to purchase chemicals. Concerns about safety, environmental impact, proper use, and chemical purity, are all important when shopping for a chemical like Heptane, but with the help of Junyuan Petroleum Group, you do not have to worry. Junyuan Petroleum Group’s bulk chemical supplies are sold from 137 kg drums to 16 MT ISO Tanks, they are high purity, and Junyuan Petroleum Group’s mission is to supply these necessary chemicals, without negatively impacting the environment. Junyuan Petroleum Group will also work with you to make sure you understand the chemical you are purchasing, and that you receive the chemical that best suits your specific needs.  If you could benefit from purchasing chemicals like Heptane in bulk, learn more about our chemical products and solutions here or contact us today!

Heavy news! Confirmed! Maersk and MSC have successively announced the suspension of all Russian business bookings!

Heavy news! Confirmed! Maersk and MSC have successively announced the suspension of all Russian business bookings!

Maersk and Mediterranean successively announced

Suspend all business reservations to and from Russia

Since March 1, 2022, Maersk’s official website has continuously issued announcements due to escalating concerns about the Russian Ukrainian crisis. Maersk is paying close attention to the changing situation and the new sanctions imposed by governments on Russia. In view of this, it is necessary to establish and modify the existing process of accepting and processing reservations.

At present, Maersk has noticed the impact of the incident on the global supply chain, such as the delay and detention of goods at various transit hubs – which has an unpredictable operational impact on the whole. As the stability and safety of its business have been directly and indirectly affected by the sanctions, Maersk will suspend new bookings for sea, air and intercontinental railways to and from Russia, except for food, medical and humanitarian supplies. It will be implemented from now on (March 1), covering all Russian gateway ports. As the plan progresses, Maersk will release more details in the next few days.

In order to minimize supply chain disruption and not exacerbate congestion in global ports and warehouses. Maersk will try its best to deliver the goods that have been shipped and booked before the suspension is announced.

However, significant delays are expected due to the detention of ships bound for Russia by countries such as the Netherlands, Belgium and Germany. (it is reported that the container ship “vayenga Maersk” deployed on the Rotterdam St. Petersburg feeder route has been refused to enter the port of Rotterdam since its arrival from St. Petersburg on February 26 and has been berthed at the anchorage outside Rotterdam) the inspection of export and transshipment goods destined for Russia is related to the implementation procedures to comply with the recent sanctions and export controls imposed by different jurisdictions.

“Vayenga mask” No

Maersk team has been in contact with local customs and port authorities to speed up the release of all goods not affected by sanctions and export controls, giving priority to humanitarian goods such as food, drugs, health and personal care. It is expected that these delays will have a chain reaction on the entire regional shipping network, leading to further delays and congestion.

Maersk said that due to full compliance with laws, regulations and policies, it could not collect or pay money from any sanctioned Russian bank or any other sanctioned party.

MSc suspends all round-trip cargo bookings to and from Russia

On March 1, MSC Mediterranean Shipping announced that all de bookings of goods to and from Russia, including the Baltic Sea, the Black Sea and the Far East of Russia, would be suspended immediately from March 1. However, MSC will continue to accept and screen reservations for the delivery of necessities such as food, medical equipment and humanitarian supplies.

MSc said that after the conflict between Russia and Ukraine, it has been paying close attention to the suggestions of governments on new sanctions, and has been operating shipping and inland services to and from Russia in full compliance with the international sanctions applicable to Russia.

On the first day of the conflict between Russia and Ukraine, that is, last Thursday, Herbert became the first shipping company to suspend Russian bookings. On the 28th, one also announced the suspension of bookings.

At present, other logistics companies, including Seko logistics, have also stopped accepting orders from Russia, and UPS United Parcel and FedEx have also suspended shipping to Russia. DHL is still waiting. Freight forwarding giants such as DSV and DTK have suspended their Ukrainian business, while the Russian business is operating normally.



Britain bans Russian ships from berthing
American pilot: refuse to board the Russian vessel entering the port
The Russian satellite news agency reported on February 28 local time that the UK banned Russian ships from calling at its ports. The UK transport minister called on all UK ports to deny access to any “vessels flying the Russian flag, registered, owned, controlled, chartered or operated”. British Transport Secretary grant Sharpes said in a letter, “the maritime sector is crucial to international trade. We must play a role in limiting Russia’s economic interests and holding the Russian government accountable.”

It is reported that the senior pilot of a major U.S. port told the authorities on February 28 local time that he refused to board any Russian flagged vessel entering the port. In an email specially provided to the local port authority, the pilot asked the officials of the west coast port authority of the United States to inform him whether any ships flying the Russian flag asked to enter the port. It is reported that if the pilot’s request is approved, it may cause greater pressure on the increasingly crowded U.S. ports and Russia’s shipping interests.

“The decision not to board a Russian ship must be approved by the state or federal government,” said an executive of the board of directors of another large port on the west coast. “We will refuse to pilot some sanctioned ships, but we cannot track the ownership of the ships, so the order whether we can pilot must come from government officials.”

According to fleetmon, a ship AIS tracking service provider, there are currently no ships flying the Russian flag near U.S. ports. It is unclear how many Russian owned, controlled, chartered or operated vessels are in U.S. waters.

Request a Quote

Request a Quote

for Pentanes, Hexanes, Heptanes, Butanes and more

I will be back soon

Request a Quote
If you would like to receive a quote to purchase a product or you would like more information, please message us on WhatsApp.