Linshang Chemical
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Benzene, 1,3,5-Tribromo-2-Chloro-
Linshang Chemical
|
HS Code |
472717 |
| Name | Benzene, 1,3,5-Tribromo-2-Chloro- |
| Molecular Formula | C6H2Br3Cl |
| Molecular Weight | 372.25 g/mol |
| Appearance | Solid (likely off - white or colored powder) |
| Physical State At Room Temperature | Solid |
| Melting Point | Varies, but relatively high for an organic solid |
| Density | Higher than water (qualitative estimate based on heavy atoms) |
| Solubility In Water | Low (non - polar due to benzene ring and halogen substitution) |
| Solubility In Organic Solvents | Soluble in non - polar organic solvents like dichloromethane, toluene |
| Vapor Pressure | Low at room temperature |
As an accredited Benzene, 1,3,5-Tribromo-2-Chloro- factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 500 - gram bottle of 1,3,5 - tribromo - 2 - chlorobenzene, well - sealed for chemical storage. |
| Storage | 1,3,5 - Tribromo - 2 - chlorobenzene should be stored in a cool, dry, well - ventilated area, away from heat sources and open flames due to its flammability risks. Keep it in a tightly sealed container, preferably made of corrosion - resistant materials like glass, to prevent leakage and contact with air and moisture. Store it separately from oxidizing agents and incompatible substances to avoid potential reactions. |
| Shipping | 1,3,5 - Tribromo - 2 - chlorobenzene is shipped in specialized, tightly - sealed containers compliant with chemical transport regulations. Packaging safeguards against spills, ensuring safe transit due to its potentially hazardous nature. |
Competitive Benzene, 1,3,5-Tribromo-2-Chloro- 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.
We will respond to you as soon as possible.
Tel: +8615365006308
Email: info@alchemist-chem.com
Where to Buy Benzene, 1,3,5-Tribromo-2-Chloro- in China?
As a trusted Benzene, 1,3,5-Tribromo-2-Chloro- manufacturer, we deliver:
Factory-Direct Value: Competitive pricing with no middleman markups, tailored for bulk orders and project-scale requirements.
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Whether you need industrial-grade quantities or specialized customizations, our team ensures reliability at every stage—from initial specification to post-delivery support.
As a leading Benzene, 1,3,5-Tribromo-2-Chloro- 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 chemical name of this substance?
Because I don't know the specific information of the substance, I will create it for you with "cinnabar" as an example. You can modify it as needed, or add more information to me.
Cinnabar is a spiritual object created by heaven and earth, which is bred in ores. Its color is as red as red sand and bright as fire, so it is named cinnabar. This object occupies a unique position in the history of China for thousands of years.
The chemical name of cinnabar is mercury sulfide (HgS). It is cleverly combined from mercury and sulfur elements. The combination of the two in a specific ratio and structure creates the unique chemical properties of cinnabar.
Although the ancients did not understand its precise chemical composition, they gained insight into its many characteristics and uses in practice. In the alchemy of alchemists, cinnabar is the key thing. Due to the wonders of its heating changes, it can decompose mercury. The ancients thought that this was a magical process of material transformation, hoping to use it to refine the elixir of immortality.
In the field of medicine, cinnabar also plays an important role. According to traditional Chinese medicine theory, cinnabar is cold, sweet in taste, and poisonous. It has the effect of clearing the heart and calming the mind and detoxifying. It can treat heart palpitations and tremors, insomnia and dreams, epilepsy, children's consternation, blurry vision, mouth sores, laryngeal paralysis, sore swelling and poison. However, because it contains mercury, it needs to be used with caution to prevent poisoning.
At the level of cultural customs, cinnabar is regarded as a treasure to ward off evil spirits and pray for blessings. It is often used to draw talismans, and Taoists believe that the cinnabar on the talismans can use the mind to exorcise evil spirits. Folks also use cinnabar to make jewelry and wear it on the body, hoping to avoid disasters and seek blessings and ensure peace and prosperity.
Cinnabar, with its unique chemical nature, has left a strong imprint on ancient alchemy, medicine, and culture, witnessing the ancient people's exploration and utilization of natural materials.
Cinnabar is a spiritual object created by heaven and earth, which is bred in ores. Its color is as red as red sand and bright as fire, so it is named cinnabar. This object occupies a unique position in the history of China for thousands of years.
The chemical name of cinnabar is mercury sulfide (HgS). It is cleverly combined from mercury and sulfur elements. The combination of the two in a specific ratio and structure creates the unique chemical properties of cinnabar.
Although the ancients did not understand its precise chemical composition, they gained insight into its many characteristics and uses in practice. In the alchemy of alchemists, cinnabar is the key thing. Due to the wonders of its heating changes, it can decompose mercury. The ancients thought that this was a magical process of material transformation, hoping to use it to refine the elixir of immortality.
In the field of medicine, cinnabar also plays an important role. According to traditional Chinese medicine theory, cinnabar is cold, sweet in taste, and poisonous. It has the effect of clearing the heart and calming the mind and detoxifying. It can treat heart palpitations and tremors, insomnia and dreams, epilepsy, children's consternation, blurry vision, mouth sores, laryngeal paralysis, sore swelling and poison. However, because it contains mercury, it needs to be used with caution to prevent poisoning.
At the level of cultural customs, cinnabar is regarded as a treasure to ward off evil spirits and pray for blessings. It is often used to draw talismans, and Taoists believe that the cinnabar on the talismans can use the mind to exorcise evil spirits. Folks also use cinnabar to make jewelry and wear it on the body, hoping to avoid disasters and seek blessings and ensure peace and prosperity.
Cinnabar, with its unique chemical nature, has left a strong imprint on ancient alchemy, medicine, and culture, witnessing the ancient people's exploration and utilization of natural materials.
What is the molecular structure of this substance?
What is the molecular structure of this substance? Let me explain it in the classical style of "Tiangong Kaiwu".
Everything in the world is built from tiny molecules, and this substance is no exception. Its molecules are like exquisite creations, connected and arranged in an orderly manner by various types of atoms according to specific rules.
There may be atoms such as bricks and stones, which are the foundation for the construction of molecules. They are either in a state of harmony, or in a sharp shape, and according to their nature and mutual attractive forces, they fit closely. Looking at its structure, it is either a chain type, where the atoms are named in sequence like a string of beads, spreading out and laying out, like the veins of rivers, winding and consistent; or it is a layered shape, such as a platform made of soil, stacked on top of each other, orderly, with a stable quality.
Or it is in the shape of a network, with atoms criss-crossing, such as weaving brocade, dense and interphase, forming complex patterns. This network structure makes molecules both flexible and solid, capable of responding to changes in the outside world.
And the connection between atoms is not random. Those with strong bonds are like mortise and tenon, tough and indestructible, keeping the structure of the molecule stable and not destroyed by wind and rain; those with weak forces are like silk threads, flexible and movable, so that the molecule can bend and stretch, and adapt to different environments.
As for the type and number of atoms, there are also fixed numbers. Different atoms carry their unique properties and perform their respective functions in the molecule. Either provide a stable force, or give active energy, cooperate to shape the unique molecular structure of this substance, so that the substance is presented in the world with different qualities and characteristics.
Everything in the world is built from tiny molecules, and this substance is no exception. Its molecules are like exquisite creations, connected and arranged in an orderly manner by various types of atoms according to specific rules.
There may be atoms such as bricks and stones, which are the foundation for the construction of molecules. They are either in a state of harmony, or in a sharp shape, and according to their nature and mutual attractive forces, they fit closely. Looking at its structure, it is either a chain type, where the atoms are named in sequence like a string of beads, spreading out and laying out, like the veins of rivers, winding and consistent; or it is a layered shape, such as a platform made of soil, stacked on top of each other, orderly, with a stable quality.
Or it is in the shape of a network, with atoms criss-crossing, such as weaving brocade, dense and interphase, forming complex patterns. This network structure makes molecules both flexible and solid, capable of responding to changes in the outside world.
And the connection between atoms is not random. Those with strong bonds are like mortise and tenon, tough and indestructible, keeping the structure of the molecule stable and not destroyed by wind and rain; those with weak forces are like silk threads, flexible and movable, so that the molecule can bend and stretch, and adapt to different environments.
As for the type and number of atoms, there are also fixed numbers. Different atoms carry their unique properties and perform their respective functions in the molecule. Either provide a stable force, or give active energy, cooperate to shape the unique molecular structure of this substance, so that the substance is presented in the world with different qualities and characteristics.
What are the physical properties of this substance?
This substance has various physical properties. Its color, or crystal clear, if pure as ice crystals; or with a light and elegant color, like the beginning of the morning glow, the color is warm and soft. Its shape is often in a regular state, or it is a square body, with clear edges and corners; or it is like a round pearl, smooth and without edges, showing natural ingenuity.
In terms of its hardness, or as strong as a rock, it can resist the strong impact of foreign objects and face the grinding with tenacity; or as soft as plaster, it can change its shape with a little external force, as if it has agility. Its touch, when touched by the hand, may feel a trace of coolness, just like touching a clear spring in the mountains, refreshing the heart; or it feels warm and warm, just like the warm winter sun caressing, making the heart feel comfortable.
As for density, or light like a feather, it can float gently in the breeze, as if it is not bound by the gravity of the world; or heavy like iron, it takes a lot of effort to move, showing a calm and heavy quality. Its luster, or like a mirror, reflects the shadow of all things in the world, clear and realistic; or it is matte, low-key and reserved, exuding a subtle and profound beauty.
And the conductivity of this substance, or as a good conductor, the current passes unimpeded, such as smart water flowing happily in the ditch, which can efficiently transmit electrical energy; or nearly insulated, the current is difficult to penetrate, like a strong barrier, blocking the power of electricity. Its thermal conductivity is also different, or it can quickly transfer heat, causing the surrounding temperature to change rapidly, like a rapid messenger of heat; or slow thermal conductivity, like a calm guard, which can better maintain its own temperature and respond gently to changes in external heat. Various physical properties make this substance unique, showing a different style in the world.
In terms of its hardness, or as strong as a rock, it can resist the strong impact of foreign objects and face the grinding with tenacity; or as soft as plaster, it can change its shape with a little external force, as if it has agility. Its touch, when touched by the hand, may feel a trace of coolness, just like touching a clear spring in the mountains, refreshing the heart; or it feels warm and warm, just like the warm winter sun caressing, making the heart feel comfortable.
As for density, or light like a feather, it can float gently in the breeze, as if it is not bound by the gravity of the world; or heavy like iron, it takes a lot of effort to move, showing a calm and heavy quality. Its luster, or like a mirror, reflects the shadow of all things in the world, clear and realistic; or it is matte, low-key and reserved, exuding a subtle and profound beauty.
And the conductivity of this substance, or as a good conductor, the current passes unimpeded, such as smart water flowing happily in the ditch, which can efficiently transmit electrical energy; or nearly insulated, the current is difficult to penetrate, like a strong barrier, blocking the power of electricity. Its thermal conductivity is also different, or it can quickly transfer heat, causing the surrounding temperature to change rapidly, like a rapid messenger of heat; or slow thermal conductivity, like a calm guard, which can better maintain its own temperature and respond gently to changes in external heat. Various physical properties make this substance unique, showing a different style in the world.
What are the chemical properties of this substance?
This substance has many chemical properties. It is flammable in the event of fire, and the flame color is yellow when burned, and it is accompanied by thick smoke, emitting a pungent smell. This is because it contains elements such as hydrocarbons, which burn violently in the air, and the carbon is not fully burned to cause thick smoke.
When it encounters an acid, it will react significantly. When it encounters a strong acid, some of the components will dissolve and at the same time escape a gas. The gas is colorless and irritating, mostly hydrogen or carbon dioxide, depending on the composition of the substance. This is because some of the groups in it have a displacement or metathesis reaction with the acid.
When it encounters alkali, it will also change. Some substances will neutralize with the alkali solution, causing the solution temperature to rise slightly, and the product morphology to change, or form precipitation, or become soluble salts, depending on the reactivity of the acidic groups or metal ions contained in the base.
In the air for a long time, it will slowly interact with oxygen. The surface may gradually change color and texture. If it contains metal elements, it may oxidize and rust; if it is an organic substance, it may cause structural changes due to oxidation and reduce performance.
Its solubility in water is specific. Partially soluble, when dissolved, or endothermic water temperature drops, or exothermic water temperature rises, which is related to the heat of dissolution. Some of them are insoluble, and they will be stored in water in a precipitated or suspended state, without chemical reaction with water, but only mechanically mixed. This chemical property is affected by the structure and composition of the substance. In practical applications, these properties determine its storage, use and application scenarios.
When it encounters an acid, it will react significantly. When it encounters a strong acid, some of the components will dissolve and at the same time escape a gas. The gas is colorless and irritating, mostly hydrogen or carbon dioxide, depending on the composition of the substance. This is because some of the groups in it have a displacement or metathesis reaction with the acid.
When it encounters alkali, it will also change. Some substances will neutralize with the alkali solution, causing the solution temperature to rise slightly, and the product morphology to change, or form precipitation, or become soluble salts, depending on the reactivity of the acidic groups or metal ions contained in the base.
In the air for a long time, it will slowly interact with oxygen. The surface may gradually change color and texture. If it contains metal elements, it may oxidize and rust; if it is an organic substance, it may cause structural changes due to oxidation and reduce performance.
Its solubility in water is specific. Partially soluble, when dissolved, or endothermic water temperature drops, or exothermic water temperature rises, which is related to the heat of dissolution. Some of them are insoluble, and they will be stored in water in a precipitated or suspended state, without chemical reaction with water, but only mechanically mixed. This chemical property is affected by the structure and composition of the substance. In practical applications, these properties determine its storage, use and application scenarios.
What are the main applications of this substance?
This substance has a wide range of uses and is involved in many fields.
In the military domain, it can be used as a material for weapons. Its texture is tough, forged by skilled craftsmen, and can be turned into a sharp sword. On the battlefield, it is a sharp blade for soldiers to kill the enemy. It can also cast strong armor to protect soldiers and help them protect themselves in the bloody storm.
In the world of architecture, it can be used as a pillar of choice. It is sturdy and durable, and can hold up high-rise buildings, making houses as stable as Mount Tai. It will not fall through the wind and rain over the years, providing shelter for the people and creating a place to live. And because of its characteristics, it can be carved into exquisite decoration, adding the magnificence of the building, such as the carving of the eaves, the pattern of the beams and columns, showing the ingenuity and skills of the craftsman.
In the process of craft creation, it also shines brightly. It can be used as a wonderful material in the hands of craftsmen, carved into various exquisite utensils, or for exquisite ornaments, placed on the desk for people to enjoy and increase the elegance of life; or for practical utensils, such as cups, boxes, etc., both practical and beautiful, showing unique artistic charm.
In agricultural production, agricultural tools can be made. Its sturdy and wear-resistant, made of plows, hoes and other agricultural tools, help farmers to cultivate deeply, improve labor efficiency, lay a solid foundation for harvest, play an important role in the vast fields, and ensure the foundation of people's livelihood.
In the field of transportation, although there were no modern means of transportation in ancient times, it can be used to build key components such as axles. Make vehicles more durable, travel on the road, carry people, transport goods, help the circulation of people and materials, and promote inter-regional exchanges and development.
In the military domain, it can be used as a material for weapons. Its texture is tough, forged by skilled craftsmen, and can be turned into a sharp sword. On the battlefield, it is a sharp blade for soldiers to kill the enemy. It can also cast strong armor to protect soldiers and help them protect themselves in the bloody storm.
In the world of architecture, it can be used as a pillar of choice. It is sturdy and durable, and can hold up high-rise buildings, making houses as stable as Mount Tai. It will not fall through the wind and rain over the years, providing shelter for the people and creating a place to live. And because of its characteristics, it can be carved into exquisite decoration, adding the magnificence of the building, such as the carving of the eaves, the pattern of the beams and columns, showing the ingenuity and skills of the craftsman.
In the process of craft creation, it also shines brightly. It can be used as a wonderful material in the hands of craftsmen, carved into various exquisite utensils, or for exquisite ornaments, placed on the desk for people to enjoy and increase the elegance of life; or for practical utensils, such as cups, boxes, etc., both practical and beautiful, showing unique artistic charm.
In agricultural production, agricultural tools can be made. Its sturdy and wear-resistant, made of plows, hoes and other agricultural tools, help farmers to cultivate deeply, improve labor efficiency, lay a solid foundation for harvest, play an important role in the vast fields, and ensure the foundation of people's livelihood.
In the field of transportation, although there were no modern means of transportation in ancient times, it can be used to build key components such as axles. Make vehicles more durable, travel on the road, carry people, transport goods, help the circulation of people and materials, and promote inter-regional exchanges and development.
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