Copper Chloride Dihydrate ( https://www.wsdty.com/product/copper-chloride-dihydrate ) dissolves in water and the free copper ions can destroy the activity of the oxidoreductase system in the insects, hinder the metabolism of the insects or combine the proteins of the insects into protein salts. At present, it has become commonly used by fishermen to kill insects and remove algae. drug. However, if it is used improperly, not only will it not be effective in killing insects and curing diseases, but it will affect the growth of the fish and even cause poisoning. Therefore, you must pay attention to the following matters when using copper sulfate:
(1) The toxicity of copper sulfate is directly proportional to the water temperature. Therefore, it should generally be used in the morning on a sunny day, and the dosage should be relatively reduced according to the water temperature;
(2) The amount of copper sulfate is directly proportional to the fertility of the water body, the content of organic matter and suspended solids, the salinity, and the pH value. Therefore, the appropriate amount should be selected according to the specific conditions of the pond during use;
(3) Use copper sulfate with caution when the water body is alkaline to avoid the formation of copper oxide to poison fish;
(4) The safe concentration range of copper sulfate for fish and other aquatic animals is relatively small, and the toxicity is relatively large (especially for fry), so the dosage should be accurately calculated when using;
(5) Do not use metal utensils when dissolving, and do not use water above 60°C to prevent loss of efficacy. After administration, oxygen should be fully increased to prevent dead algae from consuming oxygen, affecting water quality and causing flooding;
(6) Copper sulfate has certain toxic and side effects (such as hematopoietic function, feeding and growth, etc.) and residual accumulation, so it cannot be used frequently;
(7) Do not use copper sulfate in the treatment of melon worm disease and powdery mildew.
Copper sulfate poisoning mainly causes fish red blood cells and white blood cells to decrease, liver and kidney necrosis, and damage to hematopoietic tissue. Once copper sulfate poisoning occurs, fresh water should be added in time, and water quality protection antidote should be splashed throughout the pool.
(1) The toxicity of copper sulfate is directly proportional to the water temperature. Therefore, it should generally be used in the morning on a sunny day, and the dosage should be relatively reduced according to the water temperature;
(2) The amount of copper sulfate is directly proportional to the fertility of the water body, the content of organic matter and suspended solids, the salinity, and the pH value. Therefore, the appropriate amount should be selected according to the specific conditions of the pond during use;
(3) Use copper sulfate with caution when the water body is alkaline to avoid the formation of copper oxide to poison fish;
(4) The safe concentration range of copper sulfate for fish and other aquatic animals is relatively small, and the toxicity is relatively large (especially for fry), so the dosage should be accurately calculated when using;
(5) Do not use metal utensils when dissolving, and do not use water above 60°C to prevent loss of efficacy. After administration, oxygen should be fully increased to prevent dead algae from consuming oxygen, affecting water quality and causing flooding;
(6) Copper sulfate has certain toxic and side effects (such as hematopoietic function, feeding and growth, etc.) and residual accumulation, so it cannot be used frequently;
(7) Do not use copper sulfate in the treatment of melon worm disease and powdery mildew.
Copper sulfate poisoning mainly causes fish red blood cells and white blood cells to decrease, liver and kidney necrosis, and damage to hematopoietic tissue. Once copper sulfate poisoning occurs, fresh water should be added in time, and water quality protection antidote should be splashed throughout the pool.
The working principle of Copper Acetate ( https://www.wsdty.com/ ) is:
1. Copper Acetate flocculation: When PAM is used for flocculation, it is related to the surface properties of the flocculated species, especially the dynamic potential, viscosity, turbidity and the hydrogen ion concentration index of the suspension. The dynamic potential on the particle surface is the particle inhibition The reason for adding PAM with the opposite surface charge can reduce the fast-moving potential and condense. When Copper Acetate solid Copper Acetate is diluted into liquid, firstly, according to the condition of the raw water, do a small test before use to obtain the best dose.
2. Copper Acetate (Al) adsorption bridging: PAM molecular chains are fixed on the surface of different particles, and polymer bridges are formed between each particle, which makes the particles form aggregates and settle. Copper Acetate Iron Copper Acetate is an inorganic polymer coagulant. Due to the bridging effect of hydroxide ions and the polymerization of polyvalent anions, it is a kind of inorganic polymer water treatment agent with larger molecular weight and higher charge. The characteristics are mainly determined by the working principle of the pressure atomizer.
3. Copper Acetate (also known as PAC, polyaluminum, polyaluminum chloride) surface adsorption: various adsorption of polar group particles on PAM molecules.
4. Copper Acetate Enhancement of Copper Acetate Manufacturers ( https://www.wsdty.com/product/copper-acetate/ ): PAM molecular chain and the dispersed phase are linked together by various mechanical, physical, chemical and other actions to form a network, thereby enhancing the effect.
1. Copper Acetate flocculation: When PAM is used for flocculation, it is related to the surface properties of the flocculated species, especially the dynamic potential, viscosity, turbidity and the hydrogen ion concentration index of the suspension. The dynamic potential on the particle surface is the particle inhibition The reason for adding PAM with the opposite surface charge can reduce the fast-moving potential and condense. When Copper Acetate solid Copper Acetate is diluted into liquid, firstly, according to the condition of the raw water, do a small test before use to obtain the best dose.
2. Copper Acetate (Al) adsorption bridging: PAM molecular chains are fixed on the surface of different particles, and polymer bridges are formed between each particle, which makes the particles form aggregates and settle. Copper Acetate Iron Copper Acetate is an inorganic polymer coagulant. Due to the bridging effect of hydroxide ions and the polymerization of polyvalent anions, it is a kind of inorganic polymer water treatment agent with larger molecular weight and higher charge. The characteristics are mainly determined by the working principle of the pressure atomizer.
3. Copper Acetate (also known as PAC, polyaluminum, polyaluminum chloride) surface adsorption: various adsorption of polar group particles on PAM molecules.
4. Copper Acetate Enhancement of Copper Acetate Manufacturers ( https://www.wsdty.com/product/copper-acetate/ ): PAM molecular chain and the dispersed phase are linked together by various mechanical, physical, chemical and other actions to form a network, thereby enhancing the effect.
In order to achieve the purpose of treatment, it is usually necessary to use Copper Acetate ( https://www.wsdty.com/ ) repeatedly for a period of time. Repeated medication is mainly to maintain the concentration of the drug in the blood to completely treat the disease; in long-term medication and repeated medication, it is easy to cause pathogenic microorganisms to develop resistance. The tolerability is enhanced, and you need to switch to other drugs at this time.
Fish disease is usually not an independent single cause, but the result of a combination of multiple pathogens and multiple causes. Therefore, combination drugs should be used clinically to enhance the efficacy of drugs and reduce or eliminate adverse drug reactions, but pay attention The compatibility of drugs is taboo, so as not to increase the side effects.
Environmental factors
Environmental factors such as feeding management, water quality, and water temperature can also affect the effects of drugs. After using certain drugs, the feeding and management of the drug subjects should be strengthened, and the reactions or changes of the drug subjects should be closely observed, and abnormal conditions should be dealt with in time.
The heavy metals in the aquaculture water, the transparency and pH of the water, the amount of dissolved oxygen, the content of ammonia nitrogen, etc., will affect the health of fish and the normal function of drugs to varying degrees.
The Copper Acetate Manufacturers ( https://www.wsdty.com/product/copper-acetate/ ) influence of water temperature on the action of drugs is extremely important, because most aquatic animals are animals with temperature changes; under normal circumstances, the dosage of medicine refers to the basic dosage under the condition of water temperature of 20℃. When the water temperature reaches 25℃ or higher, the dosage should be reduced, but less than The dosage should be increased appropriately at 18°C. Pond transfer, transportation, fishing, feed change, heavy rain, low temperature and pressure, sultry weather, changes in stocking density, changes in water exchange volume, etc. will cause fish stress responses, which will affect the effect of medication.
Fish disease is usually not an independent single cause, but the result of a combination of multiple pathogens and multiple causes. Therefore, combination drugs should be used clinically to enhance the efficacy of drugs and reduce or eliminate adverse drug reactions, but pay attention The compatibility of drugs is taboo, so as not to increase the side effects.
Environmental factors
Environmental factors such as feeding management, water quality, and water temperature can also affect the effects of drugs. After using certain drugs, the feeding and management of the drug subjects should be strengthened, and the reactions or changes of the drug subjects should be closely observed, and abnormal conditions should be dealt with in time.
The heavy metals in the aquaculture water, the transparency and pH of the water, the amount of dissolved oxygen, the content of ammonia nitrogen, etc., will affect the health of fish and the normal function of drugs to varying degrees.
The Copper Acetate Manufacturers ( https://www.wsdty.com/product/copper-acetate/ ) influence of water temperature on the action of drugs is extremely important, because most aquatic animals are animals with temperature changes; under normal circumstances, the dosage of medicine refers to the basic dosage under the condition of water temperature of 20℃. When the water temperature reaches 25℃ or higher, the dosage should be reduced, but less than The dosage should be increased appropriately at 18°C. Pond transfer, transportation, fishing, feed change, heavy rain, low temperature and pressure, sultry weather, changes in stocking density, changes in water exchange volume, etc. will cause fish stress responses, which will affect the effect of medication.
You can buy it at chemical reagent stores. Copper acetate （ https://www.wsdty.com/ ） can not be used for flowers, and leaves can be used. The specific operation is as follows: original color mulching specimen preparation. First, separate green branches and leaves from flowers, and use different chemistry for green leaves and flowers of different colors Method of treatment. Treatment of green branches and leaves: Add Copper Acetate to a 50% acetic acid solution to make morpholine copper acetate, which is a bacterial bactericide. Morpholine guanidine copper is also known as morpholine guanidine copper and morpholine guanidine copper hydrochloride , Is a compound mixture of morpholinoguanidine hydrochloride and copper acetate, used to prevent and control tomato virus diseases. Morpholine guanidine hydrochloride is a broad-spectrum, low-toxic virus control agent, after spraying crop leaves, it enters the crop body through the water stomata , Inhibit or destroy nucleic acid
This is because the complexation reaction occurs, copper acetate is blue, because hydrated copper ions are blue. Add water to turn green because hydrated copper acetate ions are formed, and hydrated copper acetate ions are green. But hydrated copper acetate is easy to Crystallization, so the solution will crystallize green flocs when it is volatilized, and the solution will return to the color of hydrated copper ions. Please check the chemical manual for the specific concentration.
Copper Acetate Manufacturers’ （ https://www.wsdty.com/product/copper-acetate/ ） ethyl aluminum copper acetate is a compound mixture of H ethyl phosphonate and copper acetate. The products are 30% and 60% soluble powders. It is used to prevent and treat cucumber bacterial angular spot and downy mildew. Before or at the initial stage of the onset, use 100-150 grams of 30% soluble powder per mu, and spray it regularly with water, once every 7 to 8 days. To prevent and treat watermelon anthracnose, use 60% soluble powder 100-120 per mu at the initial stage of onset. G, regular spray on water, spray once in 7-8 days.
This is because the complexation reaction occurs, copper acetate is blue, because hydrated copper ions are blue. Add water to turn green because hydrated copper acetate ions are formed, and hydrated copper acetate ions are green. But hydrated copper acetate is easy to Crystallization, so the solution will crystallize green flocs when it is volatilized, and the solution will return to the color of hydrated copper ions. Please check the chemical manual for the specific concentration.
Copper Acetate Manufacturers’ （ https://www.wsdty.com/product/copper-acetate/ ） ethyl aluminum copper acetate is a compound mixture of H ethyl phosphonate and copper acetate. The products are 30% and 60% soluble powders. It is used to prevent and treat cucumber bacterial angular spot and downy mildew. Before or at the initial stage of the onset, use 100-150 grams of 30% soluble powder per mu, and spray it regularly with water, once every 7 to 8 days. To prevent and treat watermelon anthracnose, use 60% soluble powder 100-120 per mu at the initial stage of onset. G, regular spray on water, spray once in 7-8 days.
Proof Of Copper Acetate Performance
2020年8月27日The high-quality Copper Acetate ( https://www.wsdty.com/ ) turns blue when it meets starch. The deeper the blue, the higher its content. The high-quality Copper Acetate disinfectant drops it on the surface of the wooden material and shows its strong diffusibility and permeability.
Look at product adhesion performance: Copper Acetate disinfectants with high quality tend to have stronger adhesion performance.
Measure PH value: The pH value of Copper Acetate is generally 3.0 to 6.5, and the PH value of Compound Copper Acetate is 2.0 to 2.5, and its stability is relatively good within the qualified PH range.
Look at the fading time of the product diluent: Copper Acetate is easy to decompose when exposed to light. After the Copper Acetate disinfectant is diluted, the diluent will continue to decompose under the action of light.
As a result, the diluent continues to fade. Copper Acetate Manufacturers’ ( https://www.wsdty.com/product/copper-acetate/ ) high-quality Copper Acetate disinfectants have a slow fading time, which proves their stability.
Look at product adhesion performance: Copper Acetate disinfectants with high quality tend to have stronger adhesion performance.
Measure PH value: The pH value of Copper Acetate is generally 3.0 to 6.5, and the PH value of Compound Copper Acetate is 2.0 to 2.5, and its stability is relatively good within the qualified PH range.
Look at the fading time of the product diluent: Copper Acetate is easy to decompose when exposed to light. After the Copper Acetate disinfectant is diluted, the diluent will continue to decompose under the action of light.
As a result, the diluent continues to fade. Copper Acetate Manufacturers’ ( https://www.wsdty.com/product/copper-acetate/ ) high-quality Copper Acetate disinfectants have a slow fading time, which proves their stability.
Copper Acetate ( https://www.wsdty.com/ ) is a chemical agent commonly used in sewage treatment. It is widely used in many fields to save water and prevent water pollution. After so many years of development, Copper Acetate has developed many kinds of pharmaceuticals, such as corrosion inhibitors, scale inhibitors and dispersants, bactericidal algaecides, flocculants, ion exchange resins, purifiers, cleaning agents, pre-filming agents, etc. Our general treatment method, in addition to using Copper Acetate, there are also some water treatment technologies that can be used to achieve better results.
1. Sterilization and disinfection: Water disinfection methods can be divided into chemical and physical methods. Physical disinfection methods include heating method, ultraviolet method, ultrasonic method, etc.; chemical methods include chlorination method, ozone method, heavy metal ion method and other oxidant methods. 2. Magnetization: the treatment of water by the magnetic field effect is called water magnetization. 3. Precision filtration technology: The microporous filter element and filter membrane made of special materials use their uniform pore size to retain particles and bacteria in the water, so that they cannot pass through the filter element and membrane to be removed and retained. Precision filtration can filter micrometer (μm) or nanometer (nm) particles and bacteria. Copper Acetate Manufacturers ( https://www.wsdty.com/product/copper-acetate/ ) are also widely used in advanced water treatment. 4. Ultrafiltration technology: Ultrafiltration is a membrane separation technology. That is, under a certain pressure (the pressure is 0.07-0.7Mpa, the highest is not more than 1.05Mpa), water flows on the membrane surface, and the water and dissolved salts are tiny particles with other electrolytes, which can penetrate the ultrafiltration membrane, and the molecular weight is large. Particles and colloidal substances are blocked by the ultrafiltration membrane, so that some particles in the water are separated. The pore size of the ultrafiltration membrane is determined by the cut-off test of a certain molecular weight material, and is expressed by the numerical value of the molecular weight.
1. Sterilization and disinfection: Water disinfection methods can be divided into chemical and physical methods. Physical disinfection methods include heating method, ultraviolet method, ultrasonic method, etc.; chemical methods include chlorination method, ozone method, heavy metal ion method and other oxidant methods. 2. Magnetization: the treatment of water by the magnetic field effect is called water magnetization. 3. Precision filtration technology: The microporous filter element and filter membrane made of special materials use their uniform pore size to retain particles and bacteria in the water, so that they cannot pass through the filter element and membrane to be removed and retained. Precision filtration can filter micrometer (μm) or nanometer (nm) particles and bacteria. Copper Acetate Manufacturers ( https://www.wsdty.com/product/copper-acetate/ ) are also widely used in advanced water treatment. 4. Ultrafiltration technology: Ultrafiltration is a membrane separation technology. That is, under a certain pressure (the pressure is 0.07-0.7Mpa, the highest is not more than 1.05Mpa), water flows on the membrane surface, and the water and dissolved salts are tiny particles with other electrolytes, which can penetrate the ultrafiltration membrane, and the molecular weight is large. Particles and colloidal substances are blocked by the ultrafiltration membrane, so that some particles in the water are separated. The pore size of the ultrafiltration membrane is determined by the cut-off test of a certain molecular weight material, and is expressed by the numerical value of the molecular weight.
In the past, our research and application on Basic Copper Chloride ( https://www.wsdty.com/product/copper-chloride/basic-copper-chloride/ ) as a retarder was not enough, and no effect was seen. We only knew that Basic Copper Chloride was a hydroxycarboxylic acid and could be used as a retarder, but we did not know how to apply it and how to blend it. We don’t know how effective the application is, we have delayed the research time. Now, the application effect of Basic Copper Chloride is very significant, and a breakthrough in its application has been opened. Experts have studied the influence of the amount of Basic Copper Chloride on the performance of concrete
The appearance of Basic Copper Chloridev ( https://www.wsdty.com/ ) is white or yellowish particles or crystalline powder. It is easily soluble in water, slightly soluble in ethanol, and insoluble in ether. Its high-purity water agent is light yellow.
1 Used in medicine
2. Used as water quality stabilizer
3. Used as steel surface cleaning agent
4. As a special cleaning agent for glass bottles
5. Used as a cement admixture: The application of Basic Copper Chloride in concrete has its benefits mainly reflected in three aspects: prolonging the setting time of concrete, reducing concrete slump loss with time, and improving concrete strength.
6. Can be used in many industrial fields such as electroplating, film manufacturing, etc.
7. Used in the food industry
Basic Copper Chloride and Basic Copper Carbonate have excellent taste threshold. Basic Copper Chloride has no irritation, no bitterness and astringency. The salt taste is close to table salt. The threshold is much higher than other organic acid salts. It is 5 times of table salt (inorganic salt), 2.6 times of sodium malate, and 16.3 times of sodium lactate. Basic Copper Chloride and Basic Copper Carbonate are used in food processing to adjust the pH and improve the taste of food. Instead of salt, they are processed into healthy low-salt or salt-free (no sodium chloride) foods, which contribute to improving human health and enriching people’s lives. Great effect.
The appearance of Basic Copper Chloridev ( https://www.wsdty.com/ ) is white or yellowish particles or crystalline powder. It is easily soluble in water, slightly soluble in ethanol, and insoluble in ether. Its high-purity water agent is light yellow.
1 Used in medicine
2. Used as water quality stabilizer
3. Used as steel surface cleaning agent
4. As a special cleaning agent for glass bottles
5. Used as a cement admixture: The application of Basic Copper Chloride in concrete has its benefits mainly reflected in three aspects: prolonging the setting time of concrete, reducing concrete slump loss with time, and improving concrete strength.
6. Can be used in many industrial fields such as electroplating, film manufacturing, etc.
7. Used in the food industry
Basic Copper Chloride and Basic Copper Carbonate have excellent taste threshold. Basic Copper Chloride has no irritation, no bitterness and astringency. The salt taste is close to table salt. The threshold is much higher than other organic acid salts. It is 5 times of table salt (inorganic salt), 2.6 times of sodium malate, and 16.3 times of sodium lactate. Basic Copper Chloride and Basic Copper Carbonate are used in food processing to adjust the pH and improve the taste of food. Instead of salt, they are processed into healthy low-salt or salt-free (no sodium chloride) foods, which contribute to improving human health and enriching people’s lives. Great effect.
Introduction To Copper Acetate
2020年7月30日I believe that everyone can understand through the previous articles that Copper Acetate is quite useful in our daily life and industrial life. Then, as it can be seen everywhere in our lives, a problem has surfaced, that is, Is Copper Acetate poisonous? What impact does it have on our lives? Let’s take a look at it together. Whether Copper Acetate is poisonous or not, Copper Acetate Manufacturers （ https://www.wsdty.com/product/copper-acetate/ ） will solve this mystery for you!
Copper Acetate, chemical formula CoO. Copper Acetate （ https://www.wsdty.com/ ） is a stable oxide of cobalt, which exhibits grayish green, brown, pink, and dark gray due to different preparation methods and purity. The relative density is 6.45. Soluble in acid, insoluble in water, alcohol and ammonia. Easily reduced by carbon monoxide to metallic cobalt. At high temperatures, it easily reacts with silica, alumina or zinc oxide to produce a variety of pigments. It is also an important transition metal oxide, usually used as a catalyst and fuel, and has a wide range of applications. It is mostly used in paint pigments, ceramic glazes and cobalt catalysts. Although Copper Acetate has many uses, we have to look at it with a dialectical perspective. thing.
Is Copper Acetate poisonous? The answer is yes. After all of us are exposed, it is easy to cause pharyngeal mucosal irritation, followed by gastrointestinal irritation, vomiting and abdominal cramps, elevated body temperature, weakness of limbs, etc., non-occupational exposure can cause polycythemia, cardiomyopathy and thyroid Swelling can cause dermatitis.
Do you know more about Copper Acetate, but don’t worry, because in our daily lives, we rarely have direct contact with Copper Acetate, so are you curious? This is useful and dangerous at the same time. What does the substance of the world look like? Contact Weishida Copper to learn more about this.
Copper Acetate, chemical formula CoO. Copper Acetate （ https://www.wsdty.com/ ） is a stable oxide of cobalt, which exhibits grayish green, brown, pink, and dark gray due to different preparation methods and purity. The relative density is 6.45. Soluble in acid, insoluble in water, alcohol and ammonia. Easily reduced by carbon monoxide to metallic cobalt. At high temperatures, it easily reacts with silica, alumina or zinc oxide to produce a variety of pigments. It is also an important transition metal oxide, usually used as a catalyst and fuel, and has a wide range of applications. It is mostly used in paint pigments, ceramic glazes and cobalt catalysts. Although Copper Acetate has many uses, we have to look at it with a dialectical perspective. thing.
Is Copper Acetate poisonous? The answer is yes. After all of us are exposed, it is easy to cause pharyngeal mucosal irritation, followed by gastrointestinal irritation, vomiting and abdominal cramps, elevated body temperature, weakness of limbs, etc., non-occupational exposure can cause polycythemia, cardiomyopathy and thyroid Swelling can cause dermatitis.
Do you know more about Copper Acetate, but don’t worry, because in our daily lives, we rarely have direct contact with Copper Acetate, so are you curious? This is useful and dangerous at the same time. What does the substance of the world look like? Contact Weishida Copper to learn more about this.
(1) Printing and dyeing. After the cotton fabric is treated with Basic Copper Carbonate （ https://www.wsdty.com/ ） solution, it can remove the wax, grease, starch and other substances covering the cotton fabric, and at the same time can increase the mercerized color of the fabric and make the dyeing more uniform.
(2) Improve the soil with lime. In the soil, since organic matter generates organic acid during the decomposition process, the weathering of minerals may also produce acidic matter. In addition, the use of inorganic fertilizers such as ammonium sulfate and ammonium chloride will also make the soil acidic. Applying a proper amount of lime can neutralize the acidic substances in the soil, make the soil suitable for crop growth, and promote the reproduction of microorganisms. After the increase of Ca2+ in the soil, it can promote the coagulation of soil colloids, which is conducive to the formation of aggregates, and at the same time can supply the calcium required for plant growth.
(3) Making soap. The main component of soap is the sodium salt of higher fatty acid, usually made by saponification reaction with oil and sodium hydroxide as raw materials.
(4) In the metallurgical industry, the active ingredients in the ore are often converted into soluble sodium salts in order to remove the insoluble impurities. Therefore, it is often necessary to add soda ash (which is also a flux), and sometimes basic carbonic acid is also used. copper. For example, in the aluminum smelting process, soda ash and basic copper carbonate are used in the preparation of cryolite and the treatment of bauxite. Another example is the smelting of tungsten, where the concentrate and soda ash are first roasted into soluble sodium tungstate, and then subjected to acid precipitation, dehydration, reduction and other processes to obtain powdered tungsten.
(5) In the chemical industry, Basic Copper Chloride （ https://www.wsdty.com/product/copper-chloride/basic-copper-chloride/ ） is used to make metallic sodium and electrolyzed water. The production of many inorganic salts, especially the preparation of some sodium salts (such as borax, sodium silicate, sodium phosphate, sodium dichromate, sodium sulfite, etc.) requires basic copper chloride or soda ash. Basic copper chloride or soda ash is also used in the synthesis of dyes, drugs and organic intermediates.
(2) Improve the soil with lime. In the soil, since organic matter generates organic acid during the decomposition process, the weathering of minerals may also produce acidic matter. In addition, the use of inorganic fertilizers such as ammonium sulfate and ammonium chloride will also make the soil acidic. Applying a proper amount of lime can neutralize the acidic substances in the soil, make the soil suitable for crop growth, and promote the reproduction of microorganisms. After the increase of Ca2+ in the soil, it can promote the coagulation of soil colloids, which is conducive to the formation of aggregates, and at the same time can supply the calcium required for plant growth.
(3) Making soap. The main component of soap is the sodium salt of higher fatty acid, usually made by saponification reaction with oil and sodium hydroxide as raw materials.
(4) In the metallurgical industry, the active ingredients in the ore are often converted into soluble sodium salts in order to remove the insoluble impurities. Therefore, it is often necessary to add soda ash (which is also a flux), and sometimes basic carbonic acid is also used. copper. For example, in the aluminum smelting process, soda ash and basic copper carbonate are used in the preparation of cryolite and the treatment of bauxite. Another example is the smelting of tungsten, where the concentrate and soda ash are first roasted into soluble sodium tungstate, and then subjected to acid precipitation, dehydration, reduction and other processes to obtain powdered tungsten.
(5) In the chemical industry, Basic Copper Chloride （ https://www.wsdty.com/product/copper-chloride/basic-copper-chloride/ ） is used to make metallic sodium and electrolyzed water. The production of many inorganic salts, especially the preparation of some sodium salts (such as borax, sodium silicate, sodium phosphate, sodium dichromate, sodium sulfite, etc.) requires basic copper chloride or soda ash. Basic copper chloride or soda ash is also used in the synthesis of dyes, drugs and organic intermediates.
use
1. Used as a quick-drying agent for paints, pharmaceutical chemicals, pesticide additives, enamel pigment materials, analytical reagents, etc.
2. Copper Acetate （ https://www.wsdty.com/ ） can also be used as an agricultural fungicide, analytical reagent, astringent, mordant and paint. When copper acetate is used as a fungicide, it has significant effects on cucumber bacterial spot disease, eggplant red spot disease, apple tree rot, grape downy mildew, and is a highly effective, low-toxic, broad-spectrum fungicide.
3. Used as analytical reagent and chromatographic reagent.
4. It is also used as an organic synthesis catalyst, ceramic coloring and pesticides.
5. Preparation of Paris green intermediates.
6. Insecticide, dye fixing agent.
7. The Copper Acetate Manufacturers’s （ https://www.wsdty.com/ ）copper acetate can be used as an oxidizing agent for carbon anions, free radicals and hydrocarbon compounds, which can realize the oxidative coupling reaction of electronegative substrates and Si-C, Bi-C, Pb-C and Sb- C bond solvent cleavage reaction. It can also be used for cyclopropanation of olefins and diazo esters. Copper acetate can also participate in the reaction as a Lewis acid.
1. Used as a quick-drying agent for paints, pharmaceutical chemicals, pesticide additives, enamel pigment materials, analytical reagents, etc.
2. Copper Acetate （ https://www.wsdty.com/ ） can also be used as an agricultural fungicide, analytical reagent, astringent, mordant and paint. When copper acetate is used as a fungicide, it has significant effects on cucumber bacterial spot disease, eggplant red spot disease, apple tree rot, grape downy mildew, and is a highly effective, low-toxic, broad-spectrum fungicide.
3. Used as analytical reagent and chromatographic reagent.
4. It is also used as an organic synthesis catalyst, ceramic coloring and pesticides.
5. Preparation of Paris green intermediates.
6. Insecticide, dye fixing agent.
7. The Copper Acetate Manufacturers’s （ https://www.wsdty.com/ ）copper acetate can be used as an oxidizing agent for carbon anions, free radicals and hydrocarbon compounds, which can realize the oxidative coupling reaction of electronegative substrates and Si-C, Bi-C, Pb-C and Sb- C bond solvent cleavage reaction. It can also be used for cyclopropanation of olefins and diazo esters. Copper acetate can also participate in the reaction as a Lewis acid.
The main factors affecting the whiteness of Basic Copper Sulphate （ https://www.wsdty.com/product/copper-sulfate/basic-copper-sulphate/ ）:
Types and contents of harmful impurities in copper acetate Even if the content of harmful impurities is very small, it will have a significant effect on whiteness, such as iron, chromium, diamond, cerium, copper, manganese, vanadium, lead, etc. The harmful effects of impurities are not only due to the color development of the impurities, but also due to the presence of impurity ions, especially heavy metal ions, which causes the distortion and distortion of the copper acetate lattice curve to lose symmetry. Rutile copper acetate is more sensitive to impurities. For example, when the content of iron oxide in rutile copper acetate is greater than 0.003%, it will show color, while the content in anatase copper acetate will be greater than 0.009%. Color reaction.
Copper acetate is widely used in coatings, plastics, paper making, printing inks, chemical fiber, rubber, ceramics, cosmetics, food and medicine industries. With the best whiteness, best opacity and brightness, it is considered to be the most excellent white pigment in the world.
The production process of copper acetate mainly uses glucose as a raw material, decomposes glucose into a copper acetate solution, filters and removes insoluble impurities in glucose, then removes the impurities by vacuum crystallization and solid-liquid separation, and then concentrates and thermally hydrolyzes to obtain copper acetate , Washing and bleaching to remove soluble copper acetate and filtering to dry, convert to copper acetate through calcination, desulfurization and desulfurization, and then obtain copper acetate type product after dry milling or add crystal accelerator during calcination to obtain uncoated copper acetate type initial product Or product. For the production of higher-grade copper acetate products, the initial product must also be slurried, wet-milled, depolymerized and graded, subjected to inorganic surface treatment to wash away the salt in the material, and then dried for ultra-fine crushing and organic treatment.
Copper acetate is slightly soluble in sperm, which is easily dissolved in water and insoluble in ether. White crystalline particles or powder, is a kind of sodium polyhydroxy carboxylate, also known as sodium pentahydroxyhexanoate. The use of copper acetate is very wide. It can be used not only as a water stabilizer, acid-base balance agent, but also as a cement admixture and surface cleaner. Its main applications include:
1. Sodium plays an important role in regulating the acid-base balance, maintaining the cell’s external osmotic pressure and external osmotic capacity, and exerting the normal function of neuromuscular, which is widely used in medicine.
2. The strong corrosion and scale inhibition of copper acetate is widely used as a water quality stabilizer.
The characteristics of copper acetate in corrosion and scale inhibition:
(1) The corrosion inhibition rate gradually increases with increasing temperature;
(2) Suitable for various formulations of silicon, molybdenum, phosphorus, etc., the coordination effect is obvious;
(3) The complexing ability to calcium, iron salt, magnesium, etc. is very strong, the scale inhibition ability cannot be ignored;
3. Copper acetate can be used as a special cleaning agent for glass bottles.
General glass bottle cleaning agent has the following problems:
(1) It is easy to block the pipes and nozzles of the bottle washer, and the ability to remove dirt is not strong;
(2) The discharged washing water generally causes pollution to the environment and cannot meet national discharge standards.
(3) The derusting power of rust on bottlenecks and bottle stickers is not ideal;
The Copper Chloride Dihydrate Manufacturers （ https://www.wsdty.com/product/copper-chloride-dihydrate/ ） with copper acetate as the main formula professional cleaning agent for glass bottles can improve the above common problems.
Types and contents of harmful impurities in copper acetate Even if the content of harmful impurities is very small, it will have a significant effect on whiteness, such as iron, chromium, diamond, cerium, copper, manganese, vanadium, lead, etc. The harmful effects of impurities are not only due to the color development of the impurities, but also due to the presence of impurity ions, especially heavy metal ions, which causes the distortion and distortion of the copper acetate lattice curve to lose symmetry. Rutile copper acetate is more sensitive to impurities. For example, when the content of iron oxide in rutile copper acetate is greater than 0.003%, it will show color, while the content in anatase copper acetate will be greater than 0.009%. Color reaction.
Copper acetate is widely used in coatings, plastics, paper making, printing inks, chemical fiber, rubber, ceramics, cosmetics, food and medicine industries. With the best whiteness, best opacity and brightness, it is considered to be the most excellent white pigment in the world.
The production process of copper acetate mainly uses glucose as a raw material, decomposes glucose into a copper acetate solution, filters and removes insoluble impurities in glucose, then removes the impurities by vacuum crystallization and solid-liquid separation, and then concentrates and thermally hydrolyzes to obtain copper acetate , Washing and bleaching to remove soluble copper acetate and filtering to dry, convert to copper acetate through calcination, desulfurization and desulfurization, and then obtain copper acetate type product after dry milling or add crystal accelerator during calcination to obtain uncoated copper acetate type initial product Or product. For the production of higher-grade copper acetate products, the initial product must also be slurried, wet-milled, depolymerized and graded, subjected to inorganic surface treatment to wash away the salt in the material, and then dried for ultra-fine crushing and organic treatment.
Copper acetate is slightly soluble in sperm, which is easily dissolved in water and insoluble in ether. White crystalline particles or powder, is a kind of sodium polyhydroxy carboxylate, also known as sodium pentahydroxyhexanoate. The use of copper acetate is very wide. It can be used not only as a water stabilizer, acid-base balance agent, but also as a cement admixture and surface cleaner. Its main applications include:
1. Sodium plays an important role in regulating the acid-base balance, maintaining the cell’s external osmotic pressure and external osmotic capacity, and exerting the normal function of neuromuscular, which is widely used in medicine.
2. The strong corrosion and scale inhibition of copper acetate is widely used as a water quality stabilizer.
The characteristics of copper acetate in corrosion and scale inhibition:
(1) The corrosion inhibition rate gradually increases with increasing temperature;
(2) Suitable for various formulations of silicon, molybdenum, phosphorus, etc., the coordination effect is obvious;
(3) The complexing ability to calcium, iron salt, magnesium, etc. is very strong, the scale inhibition ability cannot be ignored;
3. Copper acetate can be used as a special cleaning agent for glass bottles.
General glass bottle cleaning agent has the following problems:
(1) It is easy to block the pipes and nozzles of the bottle washer, and the ability to remove dirt is not strong;
(2) The discharged washing water generally causes pollution to the environment and cannot meet national discharge standards.
(3) The derusting power of rust on bottlenecks and bottle stickers is not ideal;
The Copper Chloride Dihydrate Manufacturers （ https://www.wsdty.com/product/copper-chloride-dihydrate/ ） with copper acetate as the main formula professional cleaning agent for glass bottles can improve the above common problems.
Use description
1. Inorganic flame retardant
Basic Copper Sulphate ( https://www.wsdty.com/product/copper-sulfate/basic-copper-sulphate/ ) is a widely used inorganic flame retardant additive. As a flame retardant, it not only can be flame retardant, but also can prevent smoke, no dripping, and no toxic gas. Widely used in flame retardant PE, PP, EVA, HIPS, PVC, ABS, epoxy resin, acrylate, unsaturated polyester, flexible polyurethane foam, paint, rubber, latex, etc., can also be used as PA after modification Flame retardant. When flame retardant, it is often necessary to use it in combination with other flame retardants. The flame retardant efficiency of a single basic copper sulfate is not enough. For substrates with strict addition requirements, a large amount of basic copper sulfate will hinder the substrate. Combustion performance and other properties have an impact.
2. For photovoltaic glass production
Glass made of basic copper sulfate does not contain high concentrations of iron and sodium impurities like ordinary glass. It can make the glass more white, transparent and bright, reduce the thermal expansion and contraction performance of the glass, and enhance the glass’s resistance to external impact The effect of protecting the glass. Adding aluminum oxide to the glass can enhance the stability of the glass and prevent the glass from changing. The glass added with basic copper sulfate is harder than ordinary glass, it is not easy to discolor the glass, and the whitening effect of further protection.
3. Copper chloride dihydrate is a typical and commonly used antacid, which has the functions of antacid, sorption, local hemostasis and protection of ulcer surface. Copper chloride dihydrate can neutralize or buffer the chemical reaction of the stomach acid already in the stomach, but it has no direct effect on the secretion of stomach acid, and its antacid effect is slow and long-lasting. The neutralization and buffering effect of copper chloride dihydrate can cause the pH of stomach contents to increase, thereby alleviating the symptoms of gastric acidity.
Friends who are interested in the application of basic copper sulfate, MSDS, CAS, production process, flame retardant formulation, particle size, detection method, etc., welcome to pay attention to Wujiang weishida Copper Chloride Dihydrate Manufacturers ( https://www.wsdty.com/product/copper-chloride-dihydrate/ ) , we will continue to bring this Expertise.
1. Inorganic flame retardant
Basic Copper Sulphate ( https://www.wsdty.com/product/copper-sulfate/basic-copper-sulphate/ ) is a widely used inorganic flame retardant additive. As a flame retardant, it not only can be flame retardant, but also can prevent smoke, no dripping, and no toxic gas. Widely used in flame retardant PE, PP, EVA, HIPS, PVC, ABS, epoxy resin, acrylate, unsaturated polyester, flexible polyurethane foam, paint, rubber, latex, etc., can also be used as PA after modification Flame retardant. When flame retardant, it is often necessary to use it in combination with other flame retardants. The flame retardant efficiency of a single basic copper sulfate is not enough. For substrates with strict addition requirements, a large amount of basic copper sulfate will hinder the substrate. Combustion performance and other properties have an impact.
2. For photovoltaic glass production
Glass made of basic copper sulfate does not contain high concentrations of iron and sodium impurities like ordinary glass. It can make the glass more white, transparent and bright, reduce the thermal expansion and contraction performance of the glass, and enhance the glass’s resistance to external impact The effect of protecting the glass. Adding aluminum oxide to the glass can enhance the stability of the glass and prevent the glass from changing. The glass added with basic copper sulfate is harder than ordinary glass, it is not easy to discolor the glass, and the whitening effect of further protection.
3. Copper chloride dihydrate is a typical and commonly used antacid, which has the functions of antacid, sorption, local hemostasis and protection of ulcer surface. Copper chloride dihydrate can neutralize or buffer the chemical reaction of the stomach acid already in the stomach, but it has no direct effect on the secretion of stomach acid, and its antacid effect is slow and long-lasting. The neutralization and buffering effect of copper chloride dihydrate can cause the pH of stomach contents to increase, thereby alleviating the symptoms of gastric acidity.
Friends who are interested in the application of basic copper sulfate, MSDS, CAS, production process, flame retardant formulation, particle size, detection method, etc., welcome to pay attention to Wujiang weishida Copper Chloride Dihydrate Manufacturers ( https://www.wsdty.com/product/copper-chloride-dihydrate/ ) , we will continue to bring this Expertise.
Because the basic copper sulfate has special properties, there are many fields that can be applied, but the employees of the Copper Chloride Dihydrate Manufacturers （https://www.wsdty.com/product/copper-chloride-dihydrate/） are not professional chemical workers. After all, the moisture of the basic copper sulfate sometimes needs to be judged by experience. It may not be possible for new employees to master this. This requires the anti-moisture process in daily life to avoid such problems.
1. It is recommended that the basic copper sulfate be susceptible to moisture and be stored under closed conditions.
2. In addition, the requirements for the environment must be stored under moisture-proof conditions to prevent the mildewing of alkaline copper sulfate.
3. It is necessary to do a good job of cooling and cooling in hot weather conditions to keep the temperature of the storage place low and well ventilated.
4. The degree of air drying must be controlled to prevent the Basic Copper Sulphate （https://www.wsdty.com/product/copper-sulfate/basic-copper-sulphate/） from being affected by water molecules in the air when it is removed.
So as long as we pay attention to the above moisture-proof process, we can help the basic copper sulfate to be damp.
1. It is recommended that the basic copper sulfate be susceptible to moisture and be stored under closed conditions.
2. In addition, the requirements for the environment must be stored under moisture-proof conditions to prevent the mildewing of alkaline copper sulfate.
3. It is necessary to do a good job of cooling and cooling in hot weather conditions to keep the temperature of the storage place low and well ventilated.
4. The degree of air drying must be controlled to prevent the Basic Copper Sulphate （https://www.wsdty.com/product/copper-sulfate/basic-copper-sulphate/） from being affected by water molecules in the air when it is removed.
So as long as we pay attention to the above moisture-proof process, we can help the basic copper sulfate to be damp.
As a Copper oxide manufacturers ( https://www.wsdty.com/product/copper-oxide/ ), Wujiang Weishida Copper Technology Co., Ltd. has a detailed understanding of copper oxide.
Copper oxide: the same properties as zinc oxide
When feeding livestock and poultry, copper compounds face the same challenges as zinc: under typical conditions in the animal’s digestive tract, biosolubility is required. Even the stomach pH of weaned piglets is acidic due to immature digestive system and feed buffering capacity. When the solubility is too high, the copper ions are released too quickly, thereby binding to the antagonist in the upper part of the gastrointestinal tract. On the other hand, some copper compounds will not decompose sufficiently, just like copper (II) oxide. This black copper oxide cannot be used for animal nutrition due to its poor bioavailability. Copper oxide is another chemical form: it is the monovalent state of copper oxide and has recently been approved by the European Union. CoRouge is a high concentration (75% Cu) source of copper (I) oxide, in the form of non-hygroscopic, free-flowing and dust-free powder. Due to the monovalent state of copper and its high antibacterial activity, this product improves the intestinal health of monogastric animals. This was confirmed in an experiment at Wageningen University in the Netherlands, which involved 600 piglets. Two sources (copper sulfate; CoRouge) of three doses (15 ppm; 80 ppm; 160 ppm) were tested within 5 weeks after weaning. Measure the effects on animal growth, intestinal flora and mineral metabolism. Increasing the amount of copper can significantly improve body weight. At 35 days, the maximum difference in BW was 3.6 kg, compared to 160 ppm for copper (I) oxide solution and 15 ppm for copper sulfate. CoRouge’s improved growth performance can be explained by changing intestinal population characteristics. The affected treatment Lactobacillus and Streptococcus are the highest in the ileum and colon. When focusing on the intestinal E. coli population, there will be a source effect
Digestion Safety Toolbox
Zinc and copper supplements in pig feed are popular worldwide because they perform well and are cost-effective. Compared with the ban on certain antibiotics, the pharmacological dose of zinc oxide in piglet diets may be more challenging for diarrhea control. It is difficult for any dietary intervention or feed additive supplement to achieve the same growth level as copper. As a mineral tool in the digestive safety toolbox, zinc oxide and copper (I) oxide can provide the best combination. As dosage is reduced due to regulatory restrictions, nutritionists are looking for trace minerals that can fully determine safety to provide the best evidence of optimal gut health and bioavailability.
Copper oxide: the same properties as zinc oxide
When feeding livestock and poultry, copper compounds face the same challenges as zinc: under typical conditions in the animal’s digestive tract, biosolubility is required. Even the stomach pH of weaned piglets is acidic due to immature digestive system and feed buffering capacity. When the solubility is too high, the copper ions are released too quickly, thereby binding to the antagonist in the upper part of the gastrointestinal tract. On the other hand, some copper compounds will not decompose sufficiently, just like copper (II) oxide. This black copper oxide cannot be used for animal nutrition due to its poor bioavailability. Copper oxide is another chemical form: it is the monovalent state of copper oxide and has recently been approved by the European Union. CoRouge is a high concentration (75% Cu) source of copper (I) oxide, in the form of non-hygroscopic, free-flowing and dust-free powder. Due to the monovalent state of copper and its high antibacterial activity, this product improves the intestinal health of monogastric animals. This was confirmed in an experiment at Wageningen University in the Netherlands, which involved 600 piglets. Two sources (copper sulfate; CoRouge) of three doses (15 ppm; 80 ppm; 160 ppm) were tested within 5 weeks after weaning. Measure the effects on animal growth, intestinal flora and mineral metabolism. Increasing the amount of copper can significantly improve body weight. At 35 days, the maximum difference in BW was 3.6 kg, compared to 160 ppm for copper (I) oxide solution and 15 ppm for copper sulfate. CoRouge’s improved growth performance can be explained by changing intestinal population characteristics. The affected treatment Lactobacillus and Streptococcus are the highest in the ileum and colon. When focusing on the intestinal E. coli population, there will be a source effect
Digestion Safety Toolbox
Zinc and copper supplements in pig feed are popular worldwide because they perform well and are cost-effective. Compared with the ban on certain antibiotics, the pharmacological dose of zinc oxide in piglet diets may be more challenging for diarrhea control. It is difficult for any dietary intervention or feed additive supplement to achieve the same growth level as copper. As a mineral tool in the digestive safety toolbox, zinc oxide and copper (I) oxide can provide the best combination. As dosage is reduced due to regulatory restrictions, nutritionists are looking for trace minerals that can fully determine safety to provide the best evidence of optimal gut health and bioavailability.
Do You Know Basic Copper Chloride
2020年5月21日Have you been looking for Basic Copper Chloride (https://www.wsdty.com/product/copper-chloride/basic-copper-chloride/) that you can trust and choose for a long time? Come today to follow Wujiang Weishida Copper Technology Co., Ltd. to understand our product:
The compound basic copper chloride (WSDTY) is also known as copper chloride. It contains the metallic copper ion and chloride, the chlorine ion. The copper ion has a positive charge of two, whereas the chlorine ion has a negative charge of one. Because the copper ion has a charge of positive two, copper chloride requires two chlorine ions in order to cancel out the net charge. Copper ions typically occur in two different states. The first ion has a charge of positive one and is called the cuprous ion. The second ion has a charge of positive two and is called the cupric ion. The cupric ion, present in copper chloride, is the more stable of the two ions. It tends to have a blue color when dissolved in water.
The reactions between copper and nitric acid are examples of oxidation-reduction reactions, where gaining electrons reduce one element and losing them oxidizes the other. Nitric acid is not only a strong acid, but it is an oxidizing agent. Therefore, it can oxidize copper to Cu+2. If you plan to experiment with these reactions, it is important to remember that they release toxic, noxious fumes.
Wujiang Weishida Copper Technology Co.,Ltd. has 12,000 square meters of production base. By virtue of their sincere cooperation, reciprocity of the business philosophy for the industry users around the country to provide high-quality non-ferrous metal products. Weishida specializes in producing cuprous chloride, basic copper carbonate, copper acetate, copper oxide, copper sulfate. Our company has established a perfect quality assurance system, quality inspection and testing equipment, testing, testing and technology development strength, to ensure the stability of product quality, fully able to meet the pre-market after-sales service to provide users with the need.
The knowledge about basic copper chloride has been introduced so much. If you have other questions, please come to our official website:https://www.wsdty.com/
The compound basic copper chloride (WSDTY) is also known as copper chloride. It contains the metallic copper ion and chloride, the chlorine ion. The copper ion has a positive charge of two, whereas the chlorine ion has a negative charge of one. Because the copper ion has a charge of positive two, copper chloride requires two chlorine ions in order to cancel out the net charge. Copper ions typically occur in two different states. The first ion has a charge of positive one and is called the cuprous ion. The second ion has a charge of positive two and is called the cupric ion. The cupric ion, present in copper chloride, is the more stable of the two ions. It tends to have a blue color when dissolved in water.
The reactions between copper and nitric acid are examples of oxidation-reduction reactions, where gaining electrons reduce one element and losing them oxidizes the other. Nitric acid is not only a strong acid, but it is an oxidizing agent. Therefore, it can oxidize copper to Cu+2. If you plan to experiment with these reactions, it is important to remember that they release toxic, noxious fumes.
Wujiang Weishida Copper Technology Co.,Ltd. has 12,000 square meters of production base. By virtue of their sincere cooperation, reciprocity of the business philosophy for the industry users around the country to provide high-quality non-ferrous metal products. Weishida specializes in producing cuprous chloride, basic copper carbonate, copper acetate, copper oxide, copper sulfate. Our company has established a perfect quality assurance system, quality inspection and testing equipment, testing, testing and technology development strength, to ensure the stability of product quality, fully able to meet the pre-market after-sales service to provide users with the need.
The knowledge about basic copper chloride has been introduced so much. If you have other questions, please come to our official website:https://www.wsdty.com/
Nanoscale Basic Copper Chloride
2020年5月14日Have you been looking for Basic Copper Chloride （visit: https://www.wsdty.com/product/copper-chloride/basic-copper-chloride/） that you can trust and choose for a long time? Come today to follow Wujiang Weishida Copper Technology Co., Ltd. to understand our product:
Quick Details
Classification:
Other Inorganic Salts
CAS No.:
1332-40-7
Other Names:
dicopper,dichloride,trihydroxide
MF:
Cu4Cl2H6O6
Place of Origin:
China
Grade Standard:
Agriculture Grade, Electron Grade, Food Grade, Industrial Grade, Medicine Grade
Purity:
98%
Appearance:
Green crystalline or crystalline powder
Application:
Trace elements for feed copper source
Brand Name:
WEISHIDA
Model Number:
WSD-T3
Product name:
nanometre basic copper chloride
CAS:
1332-40-7
Color:
bottle green
Packing:
25kgs Plastic Woven Bag
Melting point:
140
Molecular Weight:
427.134
Molecular Formula:
Cl2Cu4H6O6
MOQ:
1000kg
Capacity:
100MT/month
HS CODE:
2827410000
Supply Ability
Supply Ability:
100 Ton/Tons per Month
Packaging & Delivery
Packaging Details
25kgs Plastic Woven Bag
Port
Shanghai Port
Picture Example:
Lead Time :
Quantity(Kilograms)
1 - 20000
>20000
Est. Time(days)
7
To be negotiated
Product Description
Product Name
Molecular Formula
Appearance
MOQ
Molecular Weight
Basic Copper Chloride
Cu4Cl2H6O6
Green crystalline or crystalline powder
1000KG
427.134
CAS
Purity
Packing
Delivery
Capacity
1332-40-7
98%
25kg PP woven bag
7days- 9days
100MT/Month
Specification
Element Concentration %
Content % 97.68
Copper Content% 58.14
Cadmium（Cd）% 0.0012
Arsenic（As）% 0.0012
Lead（Pb）% 0.0023
Water Content % 0.65
Ph Value 6.5
The knowledge about basic copper chloride has been introduced so much. If you have other questions, please come to our official website:https://www.wsdty.com/
Quick Details
Classification:
Other Inorganic Salts
CAS No.:
1332-40-7
Other Names:
dicopper,dichloride,trihydroxide
MF:
Cu4Cl2H6O6
Place of Origin:
China
Grade Standard:
Agriculture Grade, Electron Grade, Food Grade, Industrial Grade, Medicine Grade
Purity:
98%
Appearance:
Green crystalline or crystalline powder
Application:
Trace elements for feed copper source
Brand Name:
WEISHIDA
Model Number:
WSD-T3
Product name:
nanometre basic copper chloride
CAS:
1332-40-7
Color:
bottle green
Packing:
25kgs Plastic Woven Bag
Melting point:
140
Molecular Weight:
427.134
Molecular Formula:
Cl2Cu4H6O6
MOQ:
1000kg
Capacity:
100MT/month
HS CODE:
2827410000
Supply Ability
Supply Ability:
100 Ton/Tons per Month
Packaging & Delivery
Packaging Details
25kgs Plastic Woven Bag
Port
Shanghai Port
Picture Example:
Lead Time :
Quantity(Kilograms)
1 - 20000
>20000
Est. Time(days)
7
To be negotiated
Product Description
Product Name
Molecular Formula
Appearance
MOQ
Molecular Weight
Basic Copper Chloride
Cu4Cl2H6O6
Green crystalline or crystalline powder
1000KG
427.134
CAS
Purity
Packing
Delivery
Capacity
1332-40-7
98%
25kg PP woven bag
7days- 9days
100MT/Month
Specification
Element Concentration %
Content % 97.68
Copper Content% 58.14
Cadmium（Cd）% 0.0012
Arsenic（As）% 0.0012
Lead（Pb）% 0.0023
Water Content % 0.65
Ph Value 6.5
The knowledge about basic copper chloride has been introduced so much. If you have other questions, please come to our official website:https://www.wsdty.com/
How To Store Basic Copper Chloride
2020年5月7日Basic Copper Chloride （https://www.wsdty.com/product/copper-chloride/basic-copper-chloride/） is a chemical product with toxic and side effects. Whether it is in transportation, application or storage, the entire process must follow the common problems. Are you careful enough about this common problem?
1. The basic copper chloride must be stored in a dry, naturally ventilated warehouse. It cannot be mixed with the reducing agent and will not be generated due to the situation.
2. It is very easy to store basic copper chloride. It is necessary to ensure the sealing condition, and there must be no gaps; otherwise, contact with co2 will be converted into copper oxide, reducing the value of its own products.
3. During the whole process of interior decoration loading and unloading, be sure to handle it with care to prevent leakage caused by packaging damage.
4. If there is a fire in the basic copper chloride, fire fighting gas such as water or sand should be used to extinguish the fire.
he above is the summary of the basic copper chloride manufacturers related to the common problems in the transportation, application, and storage of the commodities. I look forward to assisting you! If you want to buy or know more about Basic Copper Carbonate（https://www.wsdty.com/）, please send us a message, wsdty will provide you with quality products and perfect after-sales service.
1. The basic copper chloride must be stored in a dry, naturally ventilated warehouse. It cannot be mixed with the reducing agent and will not be generated due to the situation.
2. It is very easy to store basic copper chloride. It is necessary to ensure the sealing condition, and there must be no gaps; otherwise, contact with co2 will be converted into copper oxide, reducing the value of its own products.
3. During the whole process of interior decoration loading and unloading, be sure to handle it with care to prevent leakage caused by packaging damage.
4. If there is a fire in the basic copper chloride, fire fighting gas such as water or sand should be used to extinguish the fire.
he above is the summary of the basic copper chloride manufacturers related to the common problems in the transportation, application, and storage of the commodities. I look forward to assisting you! If you want to buy or know more about Basic Copper Carbonate（https://www.wsdty.com/）, please send us a message, wsdty will provide you with quality products and perfect after-sales service.
Basic Copper Chloride Have What Effect
2020年4月23日Ten Mechanisms of Basic Copper Chloride （https://www.wsdty.com/product/copper-chloride/basic-copper-chloride/） 1. Important Components in Plants. Copper is an important nutrient element in plants. Most plants contain copper. Tests show that when 1,000 kg of rice is produced, the uptake of cupric oxide in the overground part of rice reaches 150 kg, exceeding the sum of nitrogen, phosphorus and potassium absorbed by rice. Copper oxide accounts for 14.2%-61.4% of the ash of six crops including rice, wheat, barley, soybean, lentil and fennel?
2. The application of basic copper chloride is beneficial to improve the photosynthesis of crops. After applying basic copper chloride to crops, the epidermal cells can be made copper, the stems and leaves can be straightened, the shade can be reduced, and the photosynthesis of leaves can be promoted. For example, after applying copper to rice, photosynthesis in the canopy increased by more than 10%. ?
3. Basic copper chloride can enhance the resistance of crops to diseases and insect pests and reduce the harm of diseases and insect pests. After copper is absorbed by crops, cuprized cells are formed in the body, so that the cell wall on the surface layer of stems and leaves is thickened and the cuticle layer is increased, thus improving insect and disease resistance. ?
4. Basic copper chloride can improve the lodging resistance of crops. Since the stem of the crop is straight, the lodging resistance can be improved by about 80%. ?
5. Basic copper chloride can enhance the ventilation in crops. The increase of copper content in the crop will strengthen the rigidity of the crop duct and promote aeration, which is of great significance to aquatic and warm crops such as rice and reed. It can not only promote the growth of crop root system, but also prevent root rot and premature aging, and is especially important for preventing rice root rot.
6. Improve the stress resistance of crops. After applying basic cupric chloride, the generated cupric cells can effectively regulate the opening and closing of leaf stomata, excavate water transpiration, and improve the drought resistance, dry hot air resistance and low temperature resistance of crops.
7. Basic copper chloride contains more calcium and magnesium. Basic copper chloride contains a certain amount of zinc, magnesium, boron, iron and other trace elements, and has a compound nutritional effect on crops.
8. Copper can reduce phosphorus fixation in soil. Basic copper chloride can activate phosphorus in soil and promote the movement of phosphorus in crops, thus improving the seed setting rate.
9. Basic copper chloride is a health fertilizer. Basic copper chloride can improve soil, correct soil acidity, increase soil base, promote decomposition of organic fertilizer and inhibit soil bacteria.
10. Copper is a quality element. Basic copper chloride can improve the quality of agricultural products and is beneficial to storage and transportation.
Wujiang weishida copper technology co., ltd. is a professional manufacturer and manufacturer of chemical products. our Basic Copper Carbonate （https://www.wsdty.com/） has also won the recognition and love of consumers in the market. interested customers are welcome to leave us a message.
2. The application of basic copper chloride is beneficial to improve the photosynthesis of crops. After applying basic copper chloride to crops, the epidermal cells can be made copper, the stems and leaves can be straightened, the shade can be reduced, and the photosynthesis of leaves can be promoted. For example, after applying copper to rice, photosynthesis in the canopy increased by more than 10%. ?
3. Basic copper chloride can enhance the resistance of crops to diseases and insect pests and reduce the harm of diseases and insect pests. After copper is absorbed by crops, cuprized cells are formed in the body, so that the cell wall on the surface layer of stems and leaves is thickened and the cuticle layer is increased, thus improving insect and disease resistance. ?
4. Basic copper chloride can improve the lodging resistance of crops. Since the stem of the crop is straight, the lodging resistance can be improved by about 80%. ?
5. Basic copper chloride can enhance the ventilation in crops. The increase of copper content in the crop will strengthen the rigidity of the crop duct and promote aeration, which is of great significance to aquatic and warm crops such as rice and reed. It can not only promote the growth of crop root system, but also prevent root rot and premature aging, and is especially important for preventing rice root rot.
6. Improve the stress resistance of crops. After applying basic cupric chloride, the generated cupric cells can effectively regulate the opening and closing of leaf stomata, excavate water transpiration, and improve the drought resistance, dry hot air resistance and low temperature resistance of crops.
7. Basic copper chloride contains more calcium and magnesium. Basic copper chloride contains a certain amount of zinc, magnesium, boron, iron and other trace elements, and has a compound nutritional effect on crops.
8. Copper can reduce phosphorus fixation in soil. Basic copper chloride can activate phosphorus in soil and promote the movement of phosphorus in crops, thus improving the seed setting rate.
9. Basic copper chloride is a health fertilizer. Basic copper chloride can improve soil, correct soil acidity, increase soil base, promote decomposition of organic fertilizer and inhibit soil bacteria.
10. Copper is a quality element. Basic copper chloride can improve the quality of agricultural products and is beneficial to storage and transportation.
Wujiang weishida copper technology co., ltd. is a professional manufacturer and manufacturer of chemical products. our Basic Copper Carbonate （https://www.wsdty.com/） has also won the recognition and love of consumers in the market. interested customers are welcome to leave us a message.
How To Apply Copper Acetate To Crops
2020年4月16日When we consider the use of Copper Acetate （https://www.wsdty.com/）, we always regard it as a kind of nutrition that can be used in the early stage of growing plants. As we all know, this is an essential nutrient for root growth. As you know, all nutrients have many functions in plants.
Copper acetate is also very important in shortening the ripening time of crops. This requires copper acetate that plants can use! Therefore, the application of copper acetate after planting will help shorten the growth cycle and accelerate the harvest time.
The best way to ensure the availability of copper acetate for plants is to use the products of wujiang weishida Copper Acetate Manufacturers （https://www.wsdty.com/product/copper-acetate/）. It is made of 100% copper acetate and uses proprietary technology to ensure that you get as much copper acetate as possible for plants.
Copper acetate is also very important in shortening the ripening time of crops. This requires copper acetate that plants can use! Therefore, the application of copper acetate after planting will help shorten the growth cycle and accelerate the harvest time.
The best way to ensure the availability of copper acetate for plants is to use the products of wujiang weishida Copper Acetate Manufacturers （https://www.wsdty.com/product/copper-acetate/）. It is made of 100% copper acetate and uses proprietary technology to ensure that you get as much copper acetate as possible for plants.
Agricultural Basic Copper Sulphate (https://www.wsdty.com/product/copper-sulfate/basic-copper-sulphate/) is a copper-containing bactericide, which does not contain any harmful impurities, is not easy to produce phytotoxicity, is resistant to rain erosion, leaves no residue on the surface of plants, and has no drug resistance. It can be mixed with common pesticides, such as 1605, omethoate, monocrotophos, malathion, phoxim and pyrethroid pesticides. Agricultural basic copper sulfate is widely used in agriculture. Common products include dosage forms: 35% suspending agent; 30% colloidal suspension. 27.12% SC, 50%, 80% WP.
The manufacturer of cupric chloride dihydrate introduced that copper preparations such as agricultural basic copper sulfate, cupric hydroxide and quinoline copper are commonly used bactericides in vegetable disease prevention and control, and have the characteristics of wide bactericidal spectrum and long lasting period. In particular, agricultural basic copper sulfate, as a plant protective inorganic bactericide, is applied before the occurrence of vegetable crops, has a defensive effect, has a function of rapidly killing bacteria when applied at the initial stage of occurrence, and can also stimulate wound healing. At the same time, agricultural basic copper sulfate also has the function of activating some soil nutrient elements, increasing crop nutrition and stimulating growth, and plays a role of broad-spectrum sterilization and promotion.
Agricultural basic copper sulfate is a multi-site bactericide. Because of its fine particle size, good dispersibility and rain erosion resistance, it can firmly adhere to the surface of plants to form a protective film. Agricultural basic copper sulfate relies on acidification of water on the surface of plants to gradually release copper ions, inhibit fungal spore germination and hypha development, and can effectively prevent and control fungal and bacterial diseases of crops. The Copper Chloride Dihydrate Manufacturers (https://www.wsdty.com/product/copper-chloride-dihydrate/) reminds us warmly that the use of basic copper sulfate for agriculture needs to be paid great attention. Due to its characteristics, this drug cannot be mixed with fosetyl-aluminum pesticides. In addition, it is suggested that fungicides with different action mechanisms be used alternately to delay the generation of resistance.
The manufacturer of cupric chloride dihydrate introduced that copper preparations such as agricultural basic copper sulfate, cupric hydroxide and quinoline copper are commonly used bactericides in vegetable disease prevention and control, and have the characteristics of wide bactericidal spectrum and long lasting period. In particular, agricultural basic copper sulfate, as a plant protective inorganic bactericide, is applied before the occurrence of vegetable crops, has a defensive effect, has a function of rapidly killing bacteria when applied at the initial stage of occurrence, and can also stimulate wound healing. At the same time, agricultural basic copper sulfate also has the function of activating some soil nutrient elements, increasing crop nutrition and stimulating growth, and plays a role of broad-spectrum sterilization and promotion.
Agricultural basic copper sulfate is a multi-site bactericide. Because of its fine particle size, good dispersibility and rain erosion resistance, it can firmly adhere to the surface of plants to form a protective film. Agricultural basic copper sulfate relies on acidification of water on the surface of plants to gradually release copper ions, inhibit fungal spore germination and hypha development, and can effectively prevent and control fungal and bacterial diseases of crops. The Copper Chloride Dihydrate Manufacturers (https://www.wsdty.com/product/copper-chloride-dihydrate/) reminds us warmly that the use of basic copper sulfate for agriculture needs to be paid great attention. Due to its characteristics, this drug cannot be mixed with fosetyl-aluminum pesticides. In addition, it is suggested that fungicides with different action mechanisms be used alternately to delay the generation of resistance.
