Linshang Chemical
PRODUCTS
Benzene, 2-Bromo-4-Chloro-1-Iodo-
Linshang Chemical
|
HS Code |
440539 |
| Chemical Formula | C6H3BrClI |
| Molar Mass | 329.35 g/mol |
| Boiling Point | No common value found, but likely high due to heavy halogens |
| Solubility In Water | Low, as it is an organic halide with non - polar benzene ring |
| Solubility In Organic Solvents | Soluble in common organic solvents like dichloromethane, chloroform |
| Vapor Pressure | Low at room temperature due to its relatively high molecular weight |
| Stability | Stable under normal conditions, but can react with strong nucleophiles or reducing agents |
As an accredited Benzene, 2-Bromo-4-Chloro-1-Iodo- factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 100g of 2 - bromo - 4 - chloro - 1 - iodo - benzene in a sealed, labeled chemical bottle. |
| Storage | **Storage of 2 - bromo - 4 - chloro - 1 - iodo - benzene**: Store this chemical in a cool, dry, well - ventilated area away from heat sources and open flames. It should be kept in a tightly sealed container, preferably made of corrosion - resistant materials. Avoid storage near oxidizing agents and incompatible substances. Due to its potential toxicity, ensure it is in a secure location accessible only to authorized personnel. |
| Shipping | The chemical "Benzene, 2 - bromo - 4 - chloro - 1 - iodo -" should be shipped in accordance with hazardous chemical regulations. Use suitable, leak - proof containers. Label clearly with details on the substance and its hazards for safe transportation. |
Competitive Benzene, 2-Bromo-4-Chloro-1-Iodo- 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 Chinese name of this compound?
What is the Chinese name of this compound? I really don't know what compound you are referring to. You need to specify its characteristics, structure or related information before you can know its name. Today, I will try to discuss it in the ancient classical Chinese style of "Tiangong Kaiwu".
There are many kinds of compounds in the world, and the naming methods also have their own rules. Either according to its constituent elements, or according to its special properties, or because of the person or place it was found. However, if there is no specific reference, it is difficult to determine its name.
For example, if it is a metal oxide, it is mostly named after the metal, followed by "oxidation", followed by the metal valence state (if there is a price change). Such as iron oxide, the trivalent iron is called iron oxide, and the divalent iron is ferrous oxide.
Another example is acids. Oxygen-containing acids are often named after their central elements, such as sulfuric acid, because they contain sulfur elements and have specific structures and properties. Anaerobic acids are called "hydrogen-acid", such as hydrochloric acid, that is, hydrochloric acid.
The names of salts are mostly metal ions (or ammonium ions) in the front and acid ions in the back, such as sodium chloride, copper sulfate and the like.
However, these are all general terms. Without the specific details of the compound, even if there is a way to name it, it is difficult to confirm its name. If you can describe the color, state, and properties of this compound in detail, or its constituent elements and chemical structures, I will be able to deduce it logically and tell you its Chinese name.
There are many kinds of compounds in the world, and the naming methods also have their own rules. Either according to its constituent elements, or according to its special properties, or because of the person or place it was found. However, if there is no specific reference, it is difficult to determine its name.
For example, if it is a metal oxide, it is mostly named after the metal, followed by "oxidation", followed by the metal valence state (if there is a price change). Such as iron oxide, the trivalent iron is called iron oxide, and the divalent iron is ferrous oxide.
Another example is acids. Oxygen-containing acids are often named after their central elements, such as sulfuric acid, because they contain sulfur elements and have specific structures and properties. Anaerobic acids are called "hydrogen-acid", such as hydrochloric acid, that is, hydrochloric acid.
The names of salts are mostly metal ions (or ammonium ions) in the front and acid ions in the back, such as sodium chloride, copper sulfate and the like.
However, these are all general terms. Without the specific details of the compound, even if there is a way to name it, it is difficult to confirm its name. If you can describe the color, state, and properties of this compound in detail, or its constituent elements and chemical structures, I will be able to deduce it logically and tell you its Chinese name.
What are its physical properties?
The physical properties of an utensil are related to its texture, shape, weight, hardness, color and many other aspects. Today, in the paradigm of "Tiangong Kaiwu", it is described as follows.
The material of the utensil is either gold or stone, or civil, or silk and linen, or pottery. Such as gold, soft and heavy in nature, with good conductivity and ductility, dazzling in color, often a distinguished symbol; stone, firm and stable in quality, with a wide variety of categories, or rough, or delicate, and has a wide range of uses. It can be used for construction or carved materials.
Its shape is also different, whether square or round, long or short, or regular, or strange. Circular objects often contain the meaning of perfection and circumstance; Fangzheng objects, which imply rigidity and stability. The difference in shape is not only determined by the original intention of the creation, but also affected by the production process.
Weight is the key to the physical properties of the utensils. The heavy ones are calm and can ward off evil spirits in the house; the light ones are agile and easy to carry and use. Metal casting utensils, if the volume is large and heavy, show solemnity and majesty; things woven with bamboo strips are often light and convenient, suitable for daily life.
Hardness is related to the durability of the utensils. Steel and the like are extremely hard, and can be used as swords to cut iron like mud; while kapok is soft in texture and comfortable to the touch. It is often the choice of clothing and bedding. The difference in hardness of utensils determines the difference in their application scenarios.
In terms of color and luster, each is colorful and beautiful. The red one is like fire, enthusiastic and unrestrained; the green one is like green, full of vitality; the white one is like snow, pure and flawless. The color can not only be generated naturally, but also achieved through artificial dyeing, glazing and other processes, which not only adds the beauty of the utensils, but also conveys specific cultural meanings.
The physical properties of utensils are related to each other, which together constitute their unique qualities. When making, it is necessary to choose the materials according to their uses, and study the craftsmanship carefully in order to create beautiful and practical utensils. This is the wisdom of ancient craftsmen and the essence of "Tiangong Kaiwu".
The material of the utensil is either gold or stone, or civil, or silk and linen, or pottery. Such as gold, soft and heavy in nature, with good conductivity and ductility, dazzling in color, often a distinguished symbol; stone, firm and stable in quality, with a wide variety of categories, or rough, or delicate, and has a wide range of uses. It can be used for construction or carved materials.
Its shape is also different, whether square or round, long or short, or regular, or strange. Circular objects often contain the meaning of perfection and circumstance; Fangzheng objects, which imply rigidity and stability. The difference in shape is not only determined by the original intention of the creation, but also affected by the production process.
Weight is the key to the physical properties of the utensils. The heavy ones are calm and can ward off evil spirits in the house; the light ones are agile and easy to carry and use. Metal casting utensils, if the volume is large and heavy, show solemnity and majesty; things woven with bamboo strips are often light and convenient, suitable for daily life.
Hardness is related to the durability of the utensils. Steel and the like are extremely hard, and can be used as swords to cut iron like mud; while kapok is soft in texture and comfortable to the touch. It is often the choice of clothing and bedding. The difference in hardness of utensils determines the difference in their application scenarios.
In terms of color and luster, each is colorful and beautiful. The red one is like fire, enthusiastic and unrestrained; the green one is like green, full of vitality; the white one is like snow, pure and flawless. The color can not only be generated naturally, but also achieved through artificial dyeing, glazing and other processes, which not only adds the beauty of the utensils, but also conveys specific cultural meanings.
The physical properties of utensils are related to each other, which together constitute their unique qualities. When making, it is necessary to choose the materials according to their uses, and study the craftsmanship carefully in order to create beautiful and practical utensils. This is the wisdom of ancient craftsmen and the essence of "Tiangong Kaiwu".
What are its chemical properties?
A substance has changeable chemical properties. When it is at room temperature, it is in a stable state, like a quiet and still water, and rarely responds to other things. In case of burning fire, it exhibits active properties, can combine with oxygen, burn rapidly, emit dazzling light, and emit a lot of heat.
When it encounters strong acids and alkalis, it also shows unique properties. When it encounters strong acids, or it should be replaced. If an active metal encounters acids, the metal atoms will leave their original position and enter the solution to form ions, and the hydrogen in the acid will separate out. The hydrogen-forming gas, such as an active metal, is thrown into the dilute acid, and the gas is effervescent. In case of strong alkali, some substances also start to decompose, and the ions interact and transpose, generating new compounds. The process is delicate and complex, just like the delicate dance of the microscopic world.
In the realm of redox, its properties are also apparent. It can be a reducing agent that sacrifices electrons and other substances, and self-increases the valence state. For example, when carbon encounters metal oxides at high temperature, carbon contributes electrons, helps metal ions to obtain electrons and reduce, and itself converts carbon dioxide. On the contrary, in specific circumstances, it can also be an oxidizing agent that grabs electrons from other substances, so that it can reduce its valence state and develop rich chemical properties.
Under light, some substances may undergo photochemical reactions, the molecular structure changes, and new substances are generated. For example, some silver halide decomposes under light, and it is photosensitive. This is also one end of its chemical properties. When the temperature and pressure change, its chemical activity may change. Under high temperature and high pressure, or a reaction that is difficult to achieve at room temperature, such as the reaction of synthetic ammonia, it is necessary to cooperate with the catalyst at high temperature and high pressure to make nitrogen and hydrogenation synthesize ammonia, which shows that its chemical properties change with the outside world, rich and wonderful.
When it encounters strong acids and alkalis, it also shows unique properties. When it encounters strong acids, or it should be replaced. If an active metal encounters acids, the metal atoms will leave their original position and enter the solution to form ions, and the hydrogen in the acid will separate out. The hydrogen-forming gas, such as an active metal, is thrown into the dilute acid, and the gas is effervescent. In case of strong alkali, some substances also start to decompose, and the ions interact and transpose, generating new compounds. The process is delicate and complex, just like the delicate dance of the microscopic world.
In the realm of redox, its properties are also apparent. It can be a reducing agent that sacrifices electrons and other substances, and self-increases the valence state. For example, when carbon encounters metal oxides at high temperature, carbon contributes electrons, helps metal ions to obtain electrons and reduce, and itself converts carbon dioxide. On the contrary, in specific circumstances, it can also be an oxidizing agent that grabs electrons from other substances, so that it can reduce its valence state and develop rich chemical properties.
Under light, some substances may undergo photochemical reactions, the molecular structure changes, and new substances are generated. For example, some silver halide decomposes under light, and it is photosensitive. This is also one end of its chemical properties. When the temperature and pressure change, its chemical activity may change. Under high temperature and high pressure, or a reaction that is difficult to achieve at room temperature, such as the reaction of synthetic ammonia, it is necessary to cooperate with the catalyst at high temperature and high pressure to make nitrogen and hydrogenation synthesize ammonia, which shows that its chemical properties change with the outside world, rich and wonderful.
What is its main purpose?
"Tiangong Kaiwu" is a scientific and technological masterpiece written by Song Yingxing in the Ming Dynasty. It has a wide range of main uses and covers many fields.
In agriculture, the book details various crop planting techniques, such as rice, wheat and other grains. From sowing season, soil requirements to field management, it provides detailed guidance for traditional agricultural production, helps farmers improve yield and quality, and guarantees the foundation of people's livelihood.
In the handicraft industry, it has exquisite descriptions of metal smelting, ceramic firing, textile printing and dyeing and other processes. Taking metal smelting as an example, it records in detail from ore selection, smelting methods to casting skills, imparting valuable experience to handicraft practitioners, promoting handicraft technology inheritance and innovation, and making our country's ancient handicraft products world-renowned for their exquisite craftsmanship.
At the level of scientific and technological knowledge dissemination, "Tiangong Kaiwu" systematically summarizes the technical knowledge of various industries at that time, and presents it in the form of text and illustrations, which is convenient for future generations to learn and study. Many lost or on the verge of losing technologies have been preserved through this, becoming key materials for future generations to explore the development of ancient science and technology, and making great contributions to the inheritance of science and technology and culture.
At the level of economic exchange, its rich records of products and processes provide information for domestic trade and foreign trade. Foreign countries have an understanding of China's rich products and exquisite skills, promoting Sino-foreign economic exchanges and cooperation, and making China occupy an important position in the world economic exchange pattern. In short, "Tiangong Kaiwu" is of great significance and far-reaching influence in agriculture, handicraft production, scientific and technological knowledge inheritance and economic exchanges.
In agriculture, the book details various crop planting techniques, such as rice, wheat and other grains. From sowing season, soil requirements to field management, it provides detailed guidance for traditional agricultural production, helps farmers improve yield and quality, and guarantees the foundation of people's livelihood.
In the handicraft industry, it has exquisite descriptions of metal smelting, ceramic firing, textile printing and dyeing and other processes. Taking metal smelting as an example, it records in detail from ore selection, smelting methods to casting skills, imparting valuable experience to handicraft practitioners, promoting handicraft technology inheritance and innovation, and making our country's ancient handicraft products world-renowned for their exquisite craftsmanship.
At the level of scientific and technological knowledge dissemination, "Tiangong Kaiwu" systematically summarizes the technical knowledge of various industries at that time, and presents it in the form of text and illustrations, which is convenient for future generations to learn and study. Many lost or on the verge of losing technologies have been preserved through this, becoming key materials for future generations to explore the development of ancient science and technology, and making great contributions to the inheritance of science and technology and culture.
At the level of economic exchange, its rich records of products and processes provide information for domestic trade and foreign trade. Foreign countries have an understanding of China's rich products and exquisite skills, promoting Sino-foreign economic exchanges and cooperation, and making China occupy an important position in the world economic exchange pattern. In short, "Tiangong Kaiwu" is of great significance and far-reaching influence in agriculture, handicraft production, scientific and technological knowledge inheritance and economic exchanges.
What are its synthesis methods?
There are many ways to synthesize a certain divine object, each method has its own wonders, and has its own advantages and disadvantages in different situations.
One is the method of extracting spiritual plants. Seek rare spiritual plants in the world, pick them when their vitality is at its peak, soak them in secret medicines, and then slowly boil them in a special pill furnace. When all their essence is precipitated, they can be condensed and shaped. This method requires spiritual plants to be rare, but the quality is pure, and they have the spirituality of spiritual plants.
The second is the method of ore smelting. Seek ores that contain special spiritual power in the world, put them in ancient furnaces, and smelt them with three flavors of true fire. The ore is turned into a spiritual liquid at high temperature, removing its impurities, condensing its essence, and then repeatedly beating and forging to form it. With this method, the ore is rare, but the product is strong and tough.
The third is the method of rune inscription. Use a special spirit pen, dip it in spirit ink, and inscribe runes on a specific carrier. The runes need to be precise, and every stroke contains the truth of heaven and earth. After the inscription is completed, activate the runes with spiritual power, so that the carrier is fused with the power of the runes, and then synthesized. This method requires extremely high attainments in runes, so the object has the wonderful effect of runes.
The fourth is the method of condensing spiritual power. Collect the free spiritual power between heaven and earth, guide it with profound techniques, and make it gather in one place, gradually condensing. This process requires the practitioner's spiritual power to be strong and exquisite in control, and the finished product is pure and rich in powerful spiritual power.
Although there are many methods of synthesis, they all require opportunities, materials and skills. Users should choose the method that fits their own needs, opportunities and abilities, and then they can achieve something satisfactory.
One is the method of extracting spiritual plants. Seek rare spiritual plants in the world, pick them when their vitality is at its peak, soak them in secret medicines, and then slowly boil them in a special pill furnace. When all their essence is precipitated, they can be condensed and shaped. This method requires spiritual plants to be rare, but the quality is pure, and they have the spirituality of spiritual plants.
The second is the method of ore smelting. Seek ores that contain special spiritual power in the world, put them in ancient furnaces, and smelt them with three flavors of true fire. The ore is turned into a spiritual liquid at high temperature, removing its impurities, condensing its essence, and then repeatedly beating and forging to form it. With this method, the ore is rare, but the product is strong and tough.
The third is the method of rune inscription. Use a special spirit pen, dip it in spirit ink, and inscribe runes on a specific carrier. The runes need to be precise, and every stroke contains the truth of heaven and earth. After the inscription is completed, activate the runes with spiritual power, so that the carrier is fused with the power of the runes, and then synthesized. This method requires extremely high attainments in runes, so the object has the wonderful effect of runes.
The fourth is the method of condensing spiritual power. Collect the free spiritual power between heaven and earth, guide it with profound techniques, and make it gather in one place, gradually condensing. This process requires the practitioner's spiritual power to be strong and exquisite in control, and the finished product is pure and rich in powerful spiritual power.
Although there are many methods of synthesis, they all require opportunities, materials and skills. Users should choose the method that fits their own needs, opportunities and abilities, and then they can achieve something satisfactory.
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