Linshang Chemical
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Benzene, 2-Chloro-1-Fluoro-3-Methyl-
Linshang Chemical
|
HS Code |
406621 |
| Chemical Formula | C7H6ClF |
As an accredited Benzene, 2-Chloro-1-Fluoro-3-Methyl- factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 500g of 2 - chloro - 1 - fluoro - 3 - methyl benzene in a sealed, chemical - resistant bottle. |
| Storage | Store “Benzene, 2 - chloro - 1 - fluoro - 3 - methyl -” in a cool, well - ventilated area, away from heat sources and open flames as it is likely flammable. Keep it in a tightly sealed container to prevent vapor release. Store it separately from oxidizing agents and incompatible substances to avoid potential reactions. Ensure the storage area has spill - containment measures in place. |
| Shipping | **Shipping of 2 - chloro - 1 - fluoro - 3 - methyl benzene**: This chemical is shipped in tightly sealed, corrosion - resistant containers. It must comply with hazardous material regulations, with proper labeling indicating its toxic and flammable nature. |
Competitive Benzene, 2-Chloro-1-Fluoro-3-Methyl- prices that fit your budget—flexible terms and customized quotes for every order.
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As a leading Benzene, 2-Chloro-1-Fluoro-3-Methyl- supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.
What is the Chinese name of this compound?
This compound is called "alum". Alum is a common mineral medicine. Its color is green, hence the name.
"Tiangong Kaiwu" states: "All soaps, red, and alum are made of one kind, and their quality is changed. Take coal ore (commonly known as copper charcoal), put it into the furnace every 500 catties, and use coal cakes in the furnace (those who do not need to drum in the wind) for more than a thousand catties, and wrap the stone around it. The furnace is surrounded by a wall of earth, and a round hole on the top of the furnace is as large as the mouth of a tea bowl, which penetrates the flame straight up, and the hole is thick with alum dregs (about a foot thick). Then fire from the bottom, and the fire will be extinguished after ten days. Its eyelets sometimes have a golden glow (if the sulfur is taken as lead powder, the furnace is therefore empty). After ten days, it is cold and taken out. Those who are half-crispy and chopped are picked out separately, and they are called time alum, which is used for frying alum. Its blocks are as white as snow, and they are called alum, which is used by dyeers and painters. The dregs of alum are thrown into the chute and will never be reused. "Although the main purpose of this paragraph is the refining of alum, alum is also among them.
Alum is lively in nature and often exists in ores. It is used in many fields such as industry and medicine. In industry, it can be used as a mordant, etc.; in medicine, it has the effect of drying dampness and killing insects, replenishing blood and eliminating accumulation, detoxifying and reducing sores. The ancients recognized its nature early and used it as medicine to treat diseases and eliminate diseases for the common people. When alchemy was popular, alum was also valued by alchemists and was often used to refine pills. Although there were many absurd moves, it also reflected the ancients' exploration of material changes. Alum had an important position in the production and life of ancient society, medicine and alchemy, and it was a compound that could not be ignored.
"Tiangong Kaiwu" states: "All soaps, red, and alum are made of one kind, and their quality is changed. Take coal ore (commonly known as copper charcoal), put it into the furnace every 500 catties, and use coal cakes in the furnace (those who do not need to drum in the wind) for more than a thousand catties, and wrap the stone around it. The furnace is surrounded by a wall of earth, and a round hole on the top of the furnace is as large as the mouth of a tea bowl, which penetrates the flame straight up, and the hole is thick with alum dregs (about a foot thick). Then fire from the bottom, and the fire will be extinguished after ten days. Its eyelets sometimes have a golden glow (if the sulfur is taken as lead powder, the furnace is therefore empty). After ten days, it is cold and taken out. Those who are half-crispy and chopped are picked out separately, and they are called time alum, which is used for frying alum. Its blocks are as white as snow, and they are called alum, which is used by dyeers and painters. The dregs of alum are thrown into the chute and will never be reused. "Although the main purpose of this paragraph is the refining of alum, alum is also among them.
Alum is lively in nature and often exists in ores. It is used in many fields such as industry and medicine. In industry, it can be used as a mordant, etc.; in medicine, it has the effect of drying dampness and killing insects, replenishing blood and eliminating accumulation, detoxifying and reducing sores. The ancients recognized its nature early and used it as medicine to treat diseases and eliminate diseases for the common people. When alchemy was popular, alum was also valued by alchemists and was often used to refine pills. Although there were many absurd moves, it also reflected the ancients' exploration of material changes. Alum had an important position in the production and life of ancient society, medicine and alchemy, and it was a compound that could not be ignored.
What are the physical properties of this compound?
This compound has unique physical properties and is worth exploring. Its quality is hard and strong, like the solidification of gold and stone. Under external force, it is not easy to deform. It has very high strength and toughness, and can withstand greater pressure without destroying.
Looking at its color, it is pure and clear, or it is crystal clear, like the transparency of a clear spring, like the brightness of glaze. Under the light, it shines brightly and attracts attention. And its surface is smooth and delicate, warm to the touch, like the softness of suet, without the slightest roughness.
Furthermore, its melting point is quite high, and it needs extremely high temperature to melt. Under common temperature environments, it is as stable as Mount Tai, and its shape is constant. The boiling point also has characteristics. When it reaches a certain temperature, it can change into gasification.
Its density is moderate, neither as light as a feather nor as heavy as a thousand, making it unique among similar substances. At the same time, this compound has good electrical conductivity, such as the conductivity of metals, when the current passes through, there is little obstruction, and it can efficiently transmit electrical energy.
In terms of light propagation, it exhibits special properties, either good transmission to specific wavelengths of light, or refraction and scattering, making it potentially useful in the field of optics.
The magnetic properties of this compound are also the main points of research, either paramagnetic or anti-magnetic. In a magnetic field, it exhibits a unique magnetic response according to its inherent properties. The various physical properties make it valuable in many fields, or bring new opportunities for materials science, electronic technology, and other fields.
Looking at its color, it is pure and clear, or it is crystal clear, like the transparency of a clear spring, like the brightness of glaze. Under the light, it shines brightly and attracts attention. And its surface is smooth and delicate, warm to the touch, like the softness of suet, without the slightest roughness.
Furthermore, its melting point is quite high, and it needs extremely high temperature to melt. Under common temperature environments, it is as stable as Mount Tai, and its shape is constant. The boiling point also has characteristics. When it reaches a certain temperature, it can change into gasification.
Its density is moderate, neither as light as a feather nor as heavy as a thousand, making it unique among similar substances. At the same time, this compound has good electrical conductivity, such as the conductivity of metals, when the current passes through, there is little obstruction, and it can efficiently transmit electrical energy.
In terms of light propagation, it exhibits special properties, either good transmission to specific wavelengths of light, or refraction and scattering, making it potentially useful in the field of optics.
The magnetic properties of this compound are also the main points of research, either paramagnetic or anti-magnetic. In a magnetic field, it exhibits a unique magnetic response according to its inherent properties. The various physical properties make it valuable in many fields, or bring new opportunities for materials science, electronic technology, and other fields.
What are the chemical properties of this compound?
First, it has a hot topic stability. Under extremely high temperatures, its structure is as stable as a rock and difficult to destroy. Even if it is roasted in flames, it is not easy to decompose. It is like a god of immortal refining. It can be calcined by fire without losing its essence. This characteristic makes it an important task in many industrial processes in high temperature environments, such as smelting iron and casting steel. It can be used as an auxiliary to ensure the smooth process.
Second, it has unique solubility. In ordinary water, it is more difficult to dissolve, like a stubborn stone in water, and does not mix easily with water. However, in a specific solvent, it can melt quickly like ice and snow in the warm sun, turning into a uniform state. This characteristic makes it unique in the processing of pharmaceuticals, chemical preparation, etc., and can be precisely prepared according to different needs.
Third, the reactivity is changeable. In the face of some ordinary substances, it is like a sleeping beast, with a slow reaction and no intense appearance. However, if it encounters a specific reactant, it will be like a flood dragon getting water, instantly stimulating a strong reaction, releasing huge energy or generating novel products. This characteristic makes it like a smart dancer on the stage of chemical reactions, capable of dancing a dance of thousands of changes, and has infinite possibilities in the fields of material synthesis, new drug research and development, etc.
Fourth, the conductivity is strange. Under normal circumstances, it is like a barrier that blocks the current, and it is difficult for the current to pass through. However, when external conditions such as temperature and pressure change subtly, it can be transformed into a passageway for the smooth flow of electricity, and the conductivity is greatly improved. This characteristic has potential application value in electronic devices, smart materials, etc., just like the key to opening the door of future technology.
What are the main applications of this compound?
This compound wood is mainly used in agriculture, fortifications and medicinal stones.
In agriculture, it can fertile fields and nourish crops. Such as spring ploughing, spreading this material in the fields can make the soil fertile, the soil is full of strength, and the genus of cereal can take root and leaves, and the flowers are fruitful, so as to achieve the effect of richness. And it can adjust the acid and alkali of the soil, making the soil suitable for the growth of various crops, preventing the soil from compacting, and retaining the fertility of water and soil.
In fortifications, it is also used. In the construction of houses, combined with this material in mud and ash, it can increase its viscosity and firmness, making the walls firm and the house durable. When building roads and bridges, adding this compound material can strengthen the roadbed and bridge foundation, making the road solid, the bridge stable, and the erosion of the wind and rain of the years.
As for the field of medicinal stones, this compound material has been processed and refined, and can be used as medicine to help the world. Or it has the ability to clear heat and detoxify, or it has the power of promoting blood circulation and removing blood stasis, and can treat all kinds of diseases. According to the disease and pharmacology, doctors use it to treat diseases and save people, relieve people's pain, and promote people's well-being.
Therefore, this compound material is used in agriculture to protect people's livelihood, to build the foundation of the country, and to solve the suffering of the people in medicinal stones. It is actually related to people's livelihood and national planning, and it is widely used and most important.
In agriculture, it can fertile fields and nourish crops. Such as spring ploughing, spreading this material in the fields can make the soil fertile, the soil is full of strength, and the genus of cereal can take root and leaves, and the flowers are fruitful, so as to achieve the effect of richness. And it can adjust the acid and alkali of the soil, making the soil suitable for the growth of various crops, preventing the soil from compacting, and retaining the fertility of water and soil.
In fortifications, it is also used. In the construction of houses, combined with this material in mud and ash, it can increase its viscosity and firmness, making the walls firm and the house durable. When building roads and bridges, adding this compound material can strengthen the roadbed and bridge foundation, making the road solid, the bridge stable, and the erosion of the wind and rain of the years.
As for the field of medicinal stones, this compound material has been processed and refined, and can be used as medicine to help the world. Or it has the ability to clear heat and detoxify, or it has the power of promoting blood circulation and removing blood stasis, and can treat all kinds of diseases. According to the disease and pharmacology, doctors use it to treat diseases and save people, relieve people's pain, and promote people's well-being.
Therefore, this compound material is used in agriculture to protect people's livelihood, to build the foundation of the country, and to solve the suffering of the people in medicinal stones. It is actually related to people's livelihood and national planning, and it is widely used and most important.
What are the methods for synthesizing this compound?
There are many methods for synthesizing certain compounds. The following are common methods:
First, the method of compound reaction. Make two or more pure substances interact according to specific conditions to directly combine to produce the compound. Such as hydrogen and oxygen, when ignited, the two combine into raw water, and the reaction formula is: 2H ² + O ² $\ stackrel {ignited }{=\!=\!=}$ 2H ² O. This is through the combination of simple substances to achieve complex compounds.
Second, the method of decomposition reaction. Take a compound and let it decompose under specific conditions to produce the desired substance. Taking calcium carbonate as an example, when calcined at high temperature, calcium carbonate decomposes into calcium oxide and carbon dioxide, and the formula is: CaCO
Third, the method of displacement reaction. An elemental substance interacts with a compound to replace an element in the compound to form a new elemental substance and a new compound. For example, when iron reacts with a copper sulfate solution, iron replaces copper to obtain a ferrous sulfate solution. The reaction formula is: Fe + CuSO < == FeSO < + Cu. If the compound can be obtained by such substitution, this technique can be used.
Fourth, the method of metathesis reaction. The two compounds exchange components with each other to form two new compounds. Like sodium hydroxide reacting with hydrochloric acid to form sodium chloride and water, the formula is: NaOH + HCl == NaCl + H2O O. When the ions of the two compounds can be recombined to form a target compound and meet the conditions of metathesis reaction, such as formation of precipitation, gas or water, etc., this reaction can be used to synthesize.
Fifth, the method of organic synthesis. In the field of organic chemistry, in order to obtain specific organic compounds, a series of organic reactions are often adopted according to the structure and properties of organic compounds. If ethylene is used as the starting material, a variety of organic compounds can be synthesized through various reactions such as addition, oxidation, and esterification. First, ethylene and water are added to obtain ethanol, CH < unk > = CH < unk > + H < unk > O $\ stackrel {catalyst }{=\!=\!=}$ CH < unk > CH < unk > OH; ethanol can be oxidized to obtain acetic acid, and then ethanol and acetate can be estered to obtain ethyl acetate, CH < unk > COOH + CH < unk > CH < unk > OH $\ underset {\ lower {7pt} {concentrated sulfuric acid}} {\ overset {\ triangle} {\ rightleftharpoons}} $CH < unk > COOCH < unk > CH < unk > + H < unk > O.
All these methods have their own applicable conditions, and careful selection is required according to the characteristics of the compound, the availability of raw materials, the conditions of the reaction, and many other factors in order to achieve the purpose of synthesizing the compound.
First, the method of compound reaction. Make two or more pure substances interact according to specific conditions to directly combine to produce the compound. Such as hydrogen and oxygen, when ignited, the two combine into raw water, and the reaction formula is: 2H ² + O ² $\ stackrel {ignited }{=\!=\!=}$ 2H ² O. This is through the combination of simple substances to achieve complex compounds.
Second, the method of decomposition reaction. Take a compound and let it decompose under specific conditions to produce the desired substance. Taking calcium carbonate as an example, when calcined at high temperature, calcium carbonate decomposes into calcium oxide and carbon dioxide, and the formula is: CaCO
Third, the method of displacement reaction. An elemental substance interacts with a compound to replace an element in the compound to form a new elemental substance and a new compound. For example, when iron reacts with a copper sulfate solution, iron replaces copper to obtain a ferrous sulfate solution. The reaction formula is: Fe + CuSO < == FeSO < + Cu. If the compound can be obtained by such substitution, this technique can be used.
Fourth, the method of metathesis reaction. The two compounds exchange components with each other to form two new compounds. Like sodium hydroxide reacting with hydrochloric acid to form sodium chloride and water, the formula is: NaOH + HCl == NaCl + H2O O. When the ions of the two compounds can be recombined to form a target compound and meet the conditions of metathesis reaction, such as formation of precipitation, gas or water, etc., this reaction can be used to synthesize.
Fifth, the method of organic synthesis. In the field of organic chemistry, in order to obtain specific organic compounds, a series of organic reactions are often adopted according to the structure and properties of organic compounds. If ethylene is used as the starting material, a variety of organic compounds can be synthesized through various reactions such as addition, oxidation, and esterification. First, ethylene and water are added to obtain ethanol, CH < unk > = CH < unk > + H < unk > O $\ stackrel {catalyst }{=\!=\!=}$ CH < unk > CH < unk > OH; ethanol can be oxidized to obtain acetic acid, and then ethanol and acetate can be estered to obtain ethyl acetate, CH < unk > COOH + CH < unk > CH < unk > OH $\ underset {\ lower {7pt} {concentrated sulfuric acid}} {\ overset {\ triangle} {\ rightleftharpoons}} $CH < unk > COOCH < unk > CH < unk > + H < unk > O.
All these methods have their own applicable conditions, and careful selection is required according to the characteristics of the compound, the availability of raw materials, the conditions of the reaction, and many other factors in order to achieve the purpose of synthesizing the compound.
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