Linshang Chemical
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2-Hydroxychlorobenzene
Linshang Chemical
|
HS Code |
361287 |
| Chemical Formula | C6H5ClO |
| Molar Mass | 128.556 g/mol |
| Appearance | Colorless to light yellow liquid or solid |
| Odor | Phenolic odor |
| Density | 1.263 g/cm³ (20 °C) |
| Melting Point | 7 - 9 °C |
| Boiling Point | 174 - 175 °C |
| Solubility In Water | Slightly soluble |
| Solubility In Organic Solvents | Soluble in ethanol, ether, benzene |
| Flash Point | 73 °C |
| Refractive Index | 1.559 - 1.561 |
As an accredited 2-Hydroxychlorobenzene factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 250 - gram bottle of 2 - hydroxychlorobenzene, well - sealed for chemical storage. |
| Storage | 2 - Hydroxychlorobenzene should be stored in a cool, dry, well - ventilated area, away from sources of heat and ignition. It should be kept in a tightly sealed container to prevent moisture and air exposure, which could potentially lead to degradation. Store it separately from oxidizing agents and incompatible substances to avoid chemical reactions. |
| Shipping | 2 - Hydroxychlorobenzene is shipped in tightly - sealed, corrosion - resistant containers. It's transported under proper safety protocols, avoiding contact with incompatible substances, ensuring secure and compliant delivery due to its chemical nature. |
Competitive 2-Hydroxychlorobenzene 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 2-Hydroxychlorobenzene in China?
As a trusted 2-Hydroxychlorobenzene manufacturer, we deliver:
Factory-Direct Value: Competitive pricing with no middleman markups, tailored for bulk orders and project-scale requirements.
Technical Excellence: Precision-engineered solutions backed by R&D expertise, from formulation to end-to-end delivery.
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 2-Hydroxychlorobenzene supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.
What are the main uses of 2-hydroxychlorobenzene?
In "Tiangong Kaiwu", arsenic is obtained by burning and sublimating arsenic-containing minerals. Its main use is mostly related to both agriculture and medicine.
In agriculture, arsenic can be used as an insecticide to fight poison with poison. In the past, pest infestations often caused crop failure, which seriously endangered people's livelihood. Because of its toxicity, arsenic is sprinkled on fields, which can kill many pests and protect crop growth. If locusts overrun and erode large areas of farmland, arsenic is allocated in a certain proportion and scattered in dense locusts. The locusts will die immediately after eating, effectively curbing the spread of pests, ensuring a bumper crop, and making great contributions to stabilizing food production and maintaining people's livelihood.
In medicine, arsenic also has unique effects. In traditional Chinese medicine theory, poison is an important treatment idea. Arsenic is specially processed and can be used as medicine to treat acne, scrotum and other diseases. Vicious sores are mostly caused by the accumulation of heat poison, and the toxicity of arsenic can solve this heat poison and promote the convergence and healing of sores; scrotum is often caused by the stagnation of qi and blood, and the accumulation of phlegm poison. Arsenic can break knots and dissipate blood stasis, and has a positive effect on the alleviation of diseases. Although arsenic is highly toxic, it can exert its medicinal value and relieve pain for patients after exquisite processing and strict dosage control.
However, it needs to be remembered that arsenic is highly toxic and must be used with caution. Whether it is agricultural insecticide or medical application, professional people need to strictly follow the standard operation to prevent poisoning caused by accidental ingestion or abuse, endangering life and safety.
In agriculture, arsenic can be used as an insecticide to fight poison with poison. In the past, pest infestations often caused crop failure, which seriously endangered people's livelihood. Because of its toxicity, arsenic is sprinkled on fields, which can kill many pests and protect crop growth. If locusts overrun and erode large areas of farmland, arsenic is allocated in a certain proportion and scattered in dense locusts. The locusts will die immediately after eating, effectively curbing the spread of pests, ensuring a bumper crop, and making great contributions to stabilizing food production and maintaining people's livelihood.
In medicine, arsenic also has unique effects. In traditional Chinese medicine theory, poison is an important treatment idea. Arsenic is specially processed and can be used as medicine to treat acne, scrotum and other diseases. Vicious sores are mostly caused by the accumulation of heat poison, and the toxicity of arsenic can solve this heat poison and promote the convergence and healing of sores; scrotum is often caused by the stagnation of qi and blood, and the accumulation of phlegm poison. Arsenic can break knots and dissipate blood stasis, and has a positive effect on the alleviation of diseases. Although arsenic is highly toxic, it can exert its medicinal value and relieve pain for patients after exquisite processing and strict dosage control.
However, it needs to be remembered that arsenic is highly toxic and must be used with caution. Whether it is agricultural insecticide or medical application, professional people need to strictly follow the standard operation to prevent poisoning caused by accidental ingestion or abuse, endangering life and safety.
What are the physical properties of 2-hydroxychlorobenzene?
Mercury-based lead halide has various strange physical properties. Its crystal structure is exquisite and its properties are unique.
In terms of optics, such compounds have excellent luminescence properties. Its fluorescence efficiency is quite high, and it can emit light efficiently in specific wavelengths. This characteristic makes it highly attractive in lighting, display and other fields. And it has a large light absorption coefficient and strong photon capture ability. It has broad application prospects in photovoltaic devices and can effectively improve the photoelectric conversion efficiency.
Thermally, mercury-based lead halide has a low thermal conductivity. This characteristic is conducive to maintaining the temperature stability of the system, and has practical value in some scenarios that require temperature control, such as thermal management of electronic devices. Lower thermal conductivity can slow down heat transfer, reduce heat loss, and help devices operate efficiently.
In terms of electrical properties, its carrier mobility is good. Carriers can move rapidly in the crystal lattice to ensure good conductivity. This property makes it very useful in semiconductor device manufacturing, which can accelerate electron transmission, improve device response speed, and optimize electronic device performance.
However, mercury-based lead halide also has drawbacks. Mercury is toxic and has potential harm to the environment and human health. Therefore, in research, it is necessary to weigh its excellent performance and latent risk, and explore safer alternative materials or treatment methods, so as to make related technologies sustainable and enjoy the convenience brought by its unique physical properties while avoiding its harm.
In terms of optics, such compounds have excellent luminescence properties. Its fluorescence efficiency is quite high, and it can emit light efficiently in specific wavelengths. This characteristic makes it highly attractive in lighting, display and other fields. And it has a large light absorption coefficient and strong photon capture ability. It has broad application prospects in photovoltaic devices and can effectively improve the photoelectric conversion efficiency.
Thermally, mercury-based lead halide has a low thermal conductivity. This characteristic is conducive to maintaining the temperature stability of the system, and has practical value in some scenarios that require temperature control, such as thermal management of electronic devices. Lower thermal conductivity can slow down heat transfer, reduce heat loss, and help devices operate efficiently.
In terms of electrical properties, its carrier mobility is good. Carriers can move rapidly in the crystal lattice to ensure good conductivity. This property makes it very useful in semiconductor device manufacturing, which can accelerate electron transmission, improve device response speed, and optimize electronic device performance.
However, mercury-based lead halide also has drawbacks. Mercury is toxic and has potential harm to the environment and human health. Therefore, in research, it is necessary to weigh its excellent performance and latent risk, and explore safer alternative materials or treatment methods, so as to make related technologies sustainable and enjoy the convenience brought by its unique physical properties while avoiding its harm.
Is the chemical property of 2-hydroxychlorobenzene stable?
The chemical properties of mercury-based halides are relatively stable. Mercury-based halides are compounds composed of mercury and halogen elements.
Among mercury-based halides, mercury chloride, mercury bromide, and mercury iodide are all common. Mercury chloride, commonly known as mercury liter, has a crystal as white as snow, is highly toxic, and dissolves moderately in water. This substance has been used from time to time in chemical experiments and medical disinfection in the past, but it has been used less today due to its strong toxicity.
The chemical stability of mercury-based halides is derived from the chemical bond between mercury and halogen elements. Mercury has a unique electronic structure. After bonding with halogen elements, the internal energy of the compounds formed is low, so the structure tends to be stable. For example, mercury iodide, under room temperature and pressure, is bright red crystalline, can last for a long time and is not easy to decompose spontaneously.
However, the stability of mercury-based halides is not absolute. In case of specific chemical reagents or under specific environmental conditions, chemical reactions can also occur. If it is treated with a strong reducing agent, mercury in mercury-based halides can be reduced to metallic mercury. For example, in a high temperature and oxygen environment, some mercury-based halides may undergo oxidation reactions, resulting in changes in their chemical composition.
And the stability of mercury-based halides varies among those composed of different halogen elements. Generally speaking, the stability of mercury-based halides varies slightly with the increase of the atomic number of halogen elements. The atomic radius of iodine is larger, and the mercury-iodine bond in mercury iodide is relatively long. Compared with mercury chloride and mercury bromide, under certain conditions, it may be more prone to reaction. However, in general, mercury-based halides are chemically stable in conventional environments, which makes them used in many fields in the past. However, the toxicity of mercury is not invisible, and it needs to be used with caution.
Among mercury-based halides, mercury chloride, mercury bromide, and mercury iodide are all common. Mercury chloride, commonly known as mercury liter, has a crystal as white as snow, is highly toxic, and dissolves moderately in water. This substance has been used from time to time in chemical experiments and medical disinfection in the past, but it has been used less today due to its strong toxicity.
The chemical stability of mercury-based halides is derived from the chemical bond between mercury and halogen elements. Mercury has a unique electronic structure. After bonding with halogen elements, the internal energy of the compounds formed is low, so the structure tends to be stable. For example, mercury iodide, under room temperature and pressure, is bright red crystalline, can last for a long time and is not easy to decompose spontaneously.
However, the stability of mercury-based halides is not absolute. In case of specific chemical reagents or under specific environmental conditions, chemical reactions can also occur. If it is treated with a strong reducing agent, mercury in mercury-based halides can be reduced to metallic mercury. For example, in a high temperature and oxygen environment, some mercury-based halides may undergo oxidation reactions, resulting in changes in their chemical composition.
And the stability of mercury-based halides varies among those composed of different halogen elements. Generally speaking, the stability of mercury-based halides varies slightly with the increase of the atomic number of halogen elements. The atomic radius of iodine is larger, and the mercury-iodine bond in mercury iodide is relatively long. Compared with mercury chloride and mercury bromide, under certain conditions, it may be more prone to reaction. However, in general, mercury-based halides are chemically stable in conventional environments, which makes them used in many fields in the past. However, the toxicity of mercury is not invisible, and it needs to be used with caution.
What are the preparation methods of 2-hydroxychlorobenzene?
"Tiangong Kaiwu" has a record of the method of preparing sulfur. The method is as follows:
First, where sulfur is combined with nitrate, and then gunpowder becomes sound. The northern soil is more sulphur in the mountains. The mountains are all rocks, no grass and trees, and the soil and rocks are charred black. However, the pregnant sulfur is light yellow in color. Workers first chisel the stones like a bucket elephant, and then put them in the stove. The top is covered with a kettle, and the bottom is burned to raise a fire. The smoke is fumigated from the holes on the kettle, that is, those like goose feathers and needles are called sulfur.
Second, another kind, soil sulfur, is born in the soil. For example, Huainan Anqing and other provinces produce this sulfur. Its earthy yellow color is boiled in a kettle with a hundred catties of soil and a kettle of water, and the sulphur powder flows out with the water. When it is clarified, then take what floats on its surface, and what sinks is soil, and discard it.
Third, there are also those who fry from stone sulphur. The stone sulphur is the liquid of the stone mountain, which flows on the ground and forms stone flakes, which are like stone fat. Its color is yellow and red, and there are also turquoise ones. After picking, boil it in water first, remove the dross, and then fry it in the kettle. The sulphur rises with the fire and condenses on the lid of the kettle, which is sulfur.
The above methods can all obtain sulfur. When mining, be careful to prevent accidents. Sulfur is dry and flammable, and it is a major event related to firework and should not be ignored.
First, where sulfur is combined with nitrate, and then gunpowder becomes sound. The northern soil is more sulphur in the mountains. The mountains are all rocks, no grass and trees, and the soil and rocks are charred black. However, the pregnant sulfur is light yellow in color. Workers first chisel the stones like a bucket elephant, and then put them in the stove. The top is covered with a kettle, and the bottom is burned to raise a fire. The smoke is fumigated from the holes on the kettle, that is, those like goose feathers and needles are called sulfur.
Second, another kind, soil sulfur, is born in the soil. For example, Huainan Anqing and other provinces produce this sulfur. Its earthy yellow color is boiled in a kettle with a hundred catties of soil and a kettle of water, and the sulphur powder flows out with the water. When it is clarified, then take what floats on its surface, and what sinks is soil, and discard it.
Third, there are also those who fry from stone sulphur. The stone sulphur is the liquid of the stone mountain, which flows on the ground and forms stone flakes, which are like stone fat. Its color is yellow and red, and there are also turquoise ones. After picking, boil it in water first, remove the dross, and then fry it in the kettle. The sulphur rises with the fire and condenses on the lid of the kettle, which is sulfur.
The above methods can all obtain sulfur. When mining, be careful to prevent accidents. Sulfur is dry and flammable, and it is a major event related to firework and should not be ignored.
What are the precautions for storing and transporting 2-hydroxychlorobenzene?
When storing and transporting nitrostone gallbladder, many matters need to be paid attention to.
When storing, the first environment is dry. Nitrostone gallbladder is easy to deliquescence. If it is in a humid place, its properties will change and its efficacy will be damaged. When choosing a dry place, hold it in a crock or porcelain urn, seal its mouth, and do not allow moisture to invade. And it should be kept away from fire and heat sources, which can easily cause changes in the chemical properties of nitrostone gallbladder and cause danger.
Furthermore, the storage place should avoid mixing with other things. Nitrostone gallbladder encounters with certain substances, or reacts chemically, causing quality deterioration. In case of sulfur, charcoal, etc., after mixing, it will react violently when it encounters a fire candle, so it needs to be stored separately and carefully distinguished.
As for the transportation journey, the packaging must be sturdy. Contain it in a thick wooden box or an iron box. The inside of the box is lined with soft objects, such as cotton wool, hay, etc., to prevent the container from breaking due to bumps and collisions, and the nitro stone gallbladder leaks.
During transportation, escorts must be cautious. Do not transport with flammable and explosive objects. When traveling, pay attention to weather changes. In case of rain, quickly seek shelter to avoid moisture. And between stops, stay away from crowded places to prevent accidents.
In short, the storage and transportation of nitrostone gallbladder are related to safety and quality, and all details should not be ignored. It is necessary to follow the law and proceed with caution to ensure safety.
When storing, the first environment is dry. Nitrostone gallbladder is easy to deliquescence. If it is in a humid place, its properties will change and its efficacy will be damaged. When choosing a dry place, hold it in a crock or porcelain urn, seal its mouth, and do not allow moisture to invade. And it should be kept away from fire and heat sources, which can easily cause changes in the chemical properties of nitrostone gallbladder and cause danger.
Furthermore, the storage place should avoid mixing with other things. Nitrostone gallbladder encounters with certain substances, or reacts chemically, causing quality deterioration. In case of sulfur, charcoal, etc., after mixing, it will react violently when it encounters a fire candle, so it needs to be stored separately and carefully distinguished.
As for the transportation journey, the packaging must be sturdy. Contain it in a thick wooden box or an iron box. The inside of the box is lined with soft objects, such as cotton wool, hay, etc., to prevent the container from breaking due to bumps and collisions, and the nitro stone gallbladder leaks.
During transportation, escorts must be cautious. Do not transport with flammable and explosive objects. When traveling, pay attention to weather changes. In case of rain, quickly seek shelter to avoid moisture. And between stops, stay away from crowded places to prevent accidents.
In short, the storage and transportation of nitrostone gallbladder are related to safety and quality, and all details should not be ignored. It is necessary to follow the law and proceed with caution to ensure safety.
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