Linshang Chemical
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Benzene, 2-Bromo-1-Chloro-4-Methyl-
Linshang Chemical
|
HS Code |
242012 |
| Chemical Formula | C7H6BrCl |
| Molar Mass | 207.48 g/mol |
| Appearance | Solid (predicted) |
| Boiling Point | Estimated around 220 - 230 °C |
| Melting Point | Estimated in a certain range (no exact common data found yet) |
| Density | Estimated based on similar compounds, around 1.6 - 1.7 g/cm³ |
| Solubility In Water | Low solubility, practically insoluble |
| Solubility In Organic Solvents | Soluble in common organic solvents like ethanol, ether |
| Flash Point | Estimated to be relatively high, above 100 °C |
| Vapor Pressure | Low vapor pressure at room temperature |
As an accredited Benzene, 2-Bromo-1-Chloro-4-Methyl- factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 500 - gram bottle of 2 - bromo - 1 - chloro - 4 - methyl - benzene, well - sealed for chemical storage. |
| Storage | **Storage of 2 - bromo - 1 - chloro - 4 - methylbenzene**: Store in a cool, well - ventilated area away from heat, sparks, and open flames as it is flammable. Keep it in a tightly sealed container to prevent vapor leakage. Separate from oxidizing agents and incompatible substances. Use appropriate secondary containment to prevent spills from spreading, and ensure proper labeling for easy identification. |
| Shipping | Shipping of "Benzene, 2 - bromo - 1 - chloro - 4 - methyl -" must follow strict hazardous chemical regulations. It should be properly packaged in approved containers, labeled clearly, and transported by carriers licensed for such substances. |
Competitive Benzene, 2-Bromo-1-Chloro-4-Methyl- prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615365006308 or mail to info@alchemist-chem.com.
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What is the chemical name of this substance?
Because I don't know the specific substance referred to, take "cinnabar" as an example to answer, you can adjust it according to the actual situation.
Cinnabar is a common mineral. Its chemical name is mercury sulfide, and its chemical formula is HgS. This substance exists in nature, with a vermilion color and dazzling brilliance. The ancients regarded it as quite precious.
The nature of cinnabar is relatively stable at room temperature, but it is easy to decompose when heated. It has a wide range of uses in ancient times, and was first used as a medicine. Traditional medicine believes that cinnabar has the effect of clearing the heart, calming the mind and detoxifying, and is often used in the treatment of heart palpitations, insomnia and dreaminess, mania, children's convulsions, dizziness in vision, mouth sores, laryngeal paralysis, and swelling of sores. However, it should also be noted that cinnabar contains mercury, which is toxic to a certain extent. When taking medicine, you should follow the doctor's advice and must not overdose or take it for a long time.
In addition, cinnabar also plays an important role in the fields of culture and art. The ancients used it to paint calligraphy and paintings, and the color did not fade for a long time, so many masterpieces of calligraphy and painting handed down have traces of cinnabar. In religious ceremonies and traditional folk customs, cinnabar is also often seen as a thing to ward off evil spirits and pray for blessings, carrying the ancient people's good wishes for peace and auspiciousness.
Cinnabar, with its chemical nature of mercury sulfide, profoundly affected the lives of the ancients in medicine, culture and many other aspects. It is an important part of ancient Chinese material culture.
Cinnabar is a common mineral. Its chemical name is mercury sulfide, and its chemical formula is HgS. This substance exists in nature, with a vermilion color and dazzling brilliance. The ancients regarded it as quite precious.
The nature of cinnabar is relatively stable at room temperature, but it is easy to decompose when heated. It has a wide range of uses in ancient times, and was first used as a medicine. Traditional medicine believes that cinnabar has the effect of clearing the heart, calming the mind and detoxifying, and is often used in the treatment of heart palpitations, insomnia and dreaminess, mania, children's convulsions, dizziness in vision, mouth sores, laryngeal paralysis, and swelling of sores. However, it should also be noted that cinnabar contains mercury, which is toxic to a certain extent. When taking medicine, you should follow the doctor's advice and must not overdose or take it for a long time.
In addition, cinnabar also plays an important role in the fields of culture and art. The ancients used it to paint calligraphy and paintings, and the color did not fade for a long time, so many masterpieces of calligraphy and painting handed down have traces of cinnabar. In religious ceremonies and traditional folk customs, cinnabar is also often seen as a thing to ward off evil spirits and pray for blessings, carrying the ancient people's good wishes for peace and auspiciousness.
Cinnabar, with its chemical nature of mercury sulfide, profoundly affected the lives of the ancients in medicine, culture and many other aspects. It is an important part of ancient Chinese material culture.
What are its physical properties?
A certain utensil has all kinds of physical characteristics. Its quality is rigid and hard, and it is made of fine iron. Although it has been rubbed over the years, the edge is still sharp, and the cut is like cutting and rotting, and the sharpness is unparalleled. Its shape is regular, the craftsman is ingenious, and it is made according to the ancient system. The size is suitable, without the slightest bias. The view is quite charming, and it has a natural state. And it is suitable for the hand, so it does not feel sinking, and there is no fear of light floating. It can be swayed freely, and it can be used to the best of its ability.
Furthermore, the corrosion resistance of this utensil. Although it is often placed outside, it has been attacked by wind and rain, but there is very little rust. Due to the excellent material and the unique casting method, it has strong corrosion resistance and is new for a long Its temperature is also different from that of ordinary things. It is slightly cold to the touch and seems frosty. However, if you hold it for a long time, it is suitable for body temperature. It is not cold or hot, and it is comfortable to use.
And this device has good conductivity. It is heated by fire, the heat speed reaches both ends, and the heat dissipation is slow, so it can be kept warm for a while. When you hit it, the sound is longer and the curl is endless. It seems to have the rhyme of gold and stone, and it is pleasant to the ear. This is its unique physical characteristics, which is the manifestation of the craftsman's skills and the delicacy of the utensils.
Furthermore, the corrosion resistance of this utensil. Although it is often placed outside, it has been attacked by wind and rain, but there is very little rust. Due to the excellent material and the unique casting method, it has strong corrosion resistance and is new for a long Its temperature is also different from that of ordinary things. It is slightly cold to the touch and seems frosty. However, if you hold it for a long time, it is suitable for body temperature. It is not cold or hot, and it is comfortable to use.
And this device has good conductivity. It is heated by fire, the heat speed reaches both ends, and the heat dissipation is slow, so it can be kept warm for a while. When you hit it, the sound is longer and the curl is endless. It seems to have the rhyme of gold and stone, and it is pleasant to the ear. This is its unique physical characteristics, which is the manifestation of the craftsman's skills and the delicacy of the utensils.
What are its chemical properties?
This is a question of exploring the chemical properties of something. To clarify its properties, you should look at it from multiple aspects.
First, look at its ability to react with other things. If a metal encounters acid, hydrogen gas is often generated, which is a common chemical property of metals. If something encounters strong acid and alkali, or reacts violently, or has no obvious change, it shows its properties. If some active metals encounter acid, bubbles gush out instantly, and the intensity can be observed. And inert substances, strong acids and alkalis are also difficult to move.
Second, look at its redox state. Substances in redox reactions, either as oxidants, gain electrons; or as reducing agents, lose electrons. Taking iron as an example, it is left in the air for a long time and gradually rusts. This is the image of iron being oxidized, showing its reductivity. If something is prone to losing electrons, it is often a reducing agent in the reaction, with strong reductivity; if it is easy to obtain electrons, it is an oxidizing agent, with oxidation.
Third, consider its thermal stability. Heat something, or decompose into something else, or it is still stable. For example, calcium carbonate is heated and decomposes into calcium oxide and carbon dioxide, which shows its thermal stability is poor; while metals such as gold and silver do not decompose at high temperatures, and their thermal stability is quite strong.
Fourth, consider its reaction with water. When something meets water, it may dissolve but not react, or react chemically. If sodium is put into water, it will react violently, float and hiss, generating sodium hydroxide and hydrogen, which shows the strong reaction between sodium and water; while sucrose and other soluble in water, only physical dissolution, no chemical reaction.
The chemical properties of something need to be investigated through various experiments, careful observation, self-reactivity, redox, thermal stability and reaction with water, etc., to obtain a comprehensive understanding.
First, look at its ability to react with other things. If a metal encounters acid, hydrogen gas is often generated, which is a common chemical property of metals. If something encounters strong acid and alkali, or reacts violently, or has no obvious change, it shows its properties. If some active metals encounter acid, bubbles gush out instantly, and the intensity can be observed. And inert substances, strong acids and alkalis are also difficult to move.
Second, look at its redox state. Substances in redox reactions, either as oxidants, gain electrons; or as reducing agents, lose electrons. Taking iron as an example, it is left in the air for a long time and gradually rusts. This is the image of iron being oxidized, showing its reductivity. If something is prone to losing electrons, it is often a reducing agent in the reaction, with strong reductivity; if it is easy to obtain electrons, it is an oxidizing agent, with oxidation.
Third, consider its thermal stability. Heat something, or decompose into something else, or it is still stable. For example, calcium carbonate is heated and decomposes into calcium oxide and carbon dioxide, which shows its thermal stability is poor; while metals such as gold and silver do not decompose at high temperatures, and their thermal stability is quite strong.
Fourth, consider its reaction with water. When something meets water, it may dissolve but not react, or react chemically. If sodium is put into water, it will react violently, float and hiss, generating sodium hydroxide and hydrogen, which shows the strong reaction between sodium and water; while sucrose and other soluble in water, only physical dissolution, no chemical reaction.
The chemical properties of something need to be investigated through various experiments, careful observation, self-reactivity, redox, thermal stability and reaction with water, etc., to obtain a comprehensive understanding.
In what fields is it applied?
"Tiangong Kaiwu" was written by Song Yingxing in the Ming Dynasty. It describes the application in many fields in detail. Today, I will answer your question in classical Chinese.
The field of agricultural mulberry has a wide range of applications. The book details the method of reeling silkworms, from the choice of silkworm seeds to the setting of silkworms, the rules of feeding silkworms, and the art of reeling silk. According to this method, the yield of silkworm cocoons has increased, the silk quality is also excellent, and it has a far-reaching impact on the silk weaving industry. And on cotton planting and cotton spinning, the suitability of teaching the people to grow cotton, and the cotton spinning process, so that the cotton textile technology can be passed on to all directions, and the people can wear clothes easily.
Hardware and mining are also widely used. Remember all kinds of metal mining, such as gold, silver, copper, iron, lead, zinc, etc. Talk about mining methods and prospecting techniques, so that mining practitioners can understand the way. The method of smelting is particularly detailed, such as ironmaking blast tools, steelmaking fire control, it is recorded that the efficiency of metal smelting is improved, the quality is improved, and high-quality materials are provided for the manufacture of utensils and weapons.
The ceramic industry is also involved. From the selection of clay, to the forming of billets, glazing and firing, there are all fine theories. The structure of the kiln and the firing temperature of the kiln are followed by ceramic craftsmen. The quality of the ceramics produced is excellent, either for daily use, or for exquisite furnishings, and is exported overseas, promoting the name of China.
The method of salt production is also found in the book. Remember the production of sea salt, pool salt, and well salt. Sea salt drying, talking about the setting of beach fields, and the sequence of brine evaporation; pool salt fishing and mining, talking about the season and timing; well salt drilling, describing tools and techniques. The method recorded has increased the production of salt, and the people have enough salt, which is also conducive to the operation of salt merchants.
To sum up, "Tiangong Kaiwu" has practical methods in many fields such as agriculture and mulberry, hardware, ceramics, salt making, etc., which helps the development of all industries, passes on Chinese skills, and benefits future generations.
The field of agricultural mulberry has a wide range of applications. The book details the method of reeling silkworms, from the choice of silkworm seeds to the setting of silkworms, the rules of feeding silkworms, and the art of reeling silk. According to this method, the yield of silkworm cocoons has increased, the silk quality is also excellent, and it has a far-reaching impact on the silk weaving industry. And on cotton planting and cotton spinning, the suitability of teaching the people to grow cotton, and the cotton spinning process, so that the cotton textile technology can be passed on to all directions, and the people can wear clothes easily.
Hardware and mining are also widely used. Remember all kinds of metal mining, such as gold, silver, copper, iron, lead, zinc, etc. Talk about mining methods and prospecting techniques, so that mining practitioners can understand the way. The method of smelting is particularly detailed, such as ironmaking blast tools, steelmaking fire control, it is recorded that the efficiency of metal smelting is improved, the quality is improved, and high-quality materials are provided for the manufacture of utensils and weapons.
The ceramic industry is also involved. From the selection of clay, to the forming of billets, glazing and firing, there are all fine theories. The structure of the kiln and the firing temperature of the kiln are followed by ceramic craftsmen. The quality of the ceramics produced is excellent, either for daily use, or for exquisite furnishings, and is exported overseas, promoting the name of China.
The method of salt production is also found in the book. Remember the production of sea salt, pool salt, and well salt. Sea salt drying, talking about the setting of beach fields, and the sequence of brine evaporation; pool salt fishing and mining, talking about the season and timing; well salt drilling, describing tools and techniques. The method recorded has increased the production of salt, and the people have enough salt, which is also conducive to the operation of salt merchants.
To sum up, "Tiangong Kaiwu" has practical methods in many fields such as agriculture and mulberry, hardware, ceramics, salt making, etc., which helps the development of all industries, passes on Chinese skills, and benefits future generations.
How is it prepared?
The method of making tools is to gather the wisdom of everyone, the principle of poor heaven and earth, and use exquisite techniques to do it.
First choose good materials, which are strong and dense in quality, stable and durable in nature. Take the best wood in the mountains, or the underground concentrate, and choose thousands of ways to get the material that can be used. Like the iron of the sword, you need to choose the pure one, and hammer it repeatedly to remove its impurities, so that the iron is pure, so that it can be used as a blade.
After that, according to the shape of the utensil, draw various drawings, and specify the size and proportion in detail. This picture is the outline of the utensil, and according to it, you can get the shape and spirit of the utensil. Such as building a ship, the length and width of the hull, and the layout of the cabin are all clear in the picture.
Then the craftsman applies skills, using various tools, or carving or carving, or casting or forging. The carver carries a knife like a pen, engraving patterns on wood and stone, which are lifelike; the caster, melting gold and refining liquid, pours it into the model, and waits for it to cool and form. Like the casting of a tripod, it needs to precisely control the temperature and grasp the heat in order to achieve its solemn state.
When making tools, pay attention to details. A nail and a riveting are all about the sturdiness of the utensils; a grain and a decoration show the exquisite craftsmanship. Such as the ancient bell tripod, the inscriptions and decorations on it have been carefully conceived by craftsmen, one stroke at a time, meticulous, to pass on to future generations.
And in the making of utensils, the principle of yin and yang and five elements is often used. The shape, color and quality of utensils are all corresponding to the five elements, in order to achieve harmony and perfection. If you use gold as an utensil, take it strong; if you use wood as an utensil, take its flexibility, and reconcile it according to this, so that the utensils are not only practical, but also contain the way of heaven and earth.
In this way, with good materials, fine pictures, skills, meticulous care, and comprehension, the method of making utensils can be used to create exquisite utensils, which can be passed down for a long time and will be valued by future generations.
First choose good materials, which are strong and dense in quality, stable and durable in nature. Take the best wood in the mountains, or the underground concentrate, and choose thousands of ways to get the material that can be used. Like the iron of the sword, you need to choose the pure one, and hammer it repeatedly to remove its impurities, so that the iron is pure, so that it can be used as a blade.
After that, according to the shape of the utensil, draw various drawings, and specify the size and proportion in detail. This picture is the outline of the utensil, and according to it, you can get the shape and spirit of the utensil. Such as building a ship, the length and width of the hull, and the layout of the cabin are all clear in the picture.
Then the craftsman applies skills, using various tools, or carving or carving, or casting or forging. The carver carries a knife like a pen, engraving patterns on wood and stone, which are lifelike; the caster, melting gold and refining liquid, pours it into the model, and waits for it to cool and form. Like the casting of a tripod, it needs to precisely control the temperature and grasp the heat in order to achieve its solemn state.
When making tools, pay attention to details. A nail and a riveting are all about the sturdiness of the utensils; a grain and a decoration show the exquisite craftsmanship. Such as the ancient bell tripod, the inscriptions and decorations on it have been carefully conceived by craftsmen, one stroke at a time, meticulous, to pass on to future generations.
And in the making of utensils, the principle of yin and yang and five elements is often used. The shape, color and quality of utensils are all corresponding to the five elements, in order to achieve harmony and perfection. If you use gold as an utensil, take it strong; if you use wood as an utensil, take its flexibility, and reconcile it according to this, so that the utensils are not only practical, but also contain the way of heaven and earth.
In this way, with good materials, fine pictures, skills, meticulous care, and comprehension, the method of making utensils can be used to create exquisite utensils, which can be passed down for a long time and will be valued by future generations.
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