Langyou Chemical
PRODUCTS
Oil Removal Coagulant(High Molecular Polymer)
Langyou Chemical
|
HS Code |
136898 |
| Packing | 5 - kg bags of Oil Removal Coagulant (High Molecular Polymer) for chemical packaging. |
| Storage | Store the Oil Removal Coagulant (High Molecular Polymer) in a cool, dry place away from direct sunlight and heat sources. Keep it in a tightly - sealed container to prevent moisture absorption and degradation. Avoid storing near reactive chemicals. Ensure the storage area has good ventilation to minimize any potential fumes buildup. |
| Shipping | Oil Removal Coagulant (High Molecular Polymer) is shipped in sealed, corrosion - resistant containers. Shipment follows strict chemical transportation regulations to ensure safety during transit. |
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Historical Development
"Historical Development of Oil Removal Coagulant (Polymer) "
I have heard that the treatment of water in ancient times has not been as effective as today in the treatment of oil diseases. In the past, oil entered the water body, or let it flow on its own, or only with simple techniques, it was difficult to have a long-term effect.
In recent times, chemical refinement began, and the research of Oil Removal Coagulant (polymer) began. At the beginning, it was only a prototype, and the effectiveness was not obvious. However, the researchers made unremitting efforts to improve the formula and optimize the process.
After years, this agent gradually matured. It can quickly collect oil droplets, make them settle or float, and the effect of oil removal is greatly increased. Since its inception, it has made great achievements in the treatment of industrial waste oil and sea surface oil spills, making great contributions to water purification and environmental protection. Its historical development has also witnessed the progress of chemistry and the rise of human water management wisdom.
I have heard that the treatment of water in ancient times has not been as effective as today in the treatment of oil diseases. In the past, oil entered the water body, or let it flow on its own, or only with simple techniques, it was difficult to have a long-term effect.
In recent times, chemical refinement began, and the research of Oil Removal Coagulant (polymer) began. At the beginning, it was only a prototype, and the effectiveness was not obvious. However, the researchers made unremitting efforts to improve the formula and optimize the process.
After years, this agent gradually matured. It can quickly collect oil droplets, make them settle or float, and the effect of oil removal is greatly increased. Since its inception, it has made great achievements in the treatment of industrial waste oil and sea surface oil spills, making great contributions to water purification and environmental protection. Its historical development has also witnessed the progress of chemistry and the rise of human water management wisdom.
Product Overview
Today, there is a product called "Oil Removal Coagulant (High Molecular Polymer) ", which is a coagulant for degreasing oil, which is a polymer. This agent can quickly accumulate oil droplets, make them settle and separate, and has a significant degreasing effect. Its shape is either powder or liquid, which is easy to use. When using, according to the water quality and concentration of oil pollution, throw an appropriate amount, stir evenly, and in an instant, the oil will accumulate and water will be net. And it has good stability and wide application range. It can show its skills in the treatment of industrial oily wastewater, catering wastewater, etc., helping to clean the environment and clear the water source. It is actually a good tool for oil treatment.
Physical & Chemical Properties
Oil Removal Coagulant (High Molecular Polymer) has unique physical and chemical properties. Its stickiness can be dissolved in water quickly, and it can quickly gather and settle in case of oil substances. Looking at its quality, it has pure color and good stability, and is not afraid of high temperature and general chemical agent invasion. In the industry of oil removal, the effect is significant, it can make oil droplets coalesce and settle, water and oil quickly divide, and the water quality is clear. Its molecular structure is exquisite, there are many active groups, and it has strong adsorption force to oil. And it has high dispersion, and it is evenly distributed in the water body, so that there is no dead angle in oil removal. The beauty of this agent lies in its physical and chemical characteristics, which become a sharp tool for oil removal. It is useful in many fields, protecting the environment and helping the industry.
Technical Specifications & Labeling
Oil Removal Coagulant (polymer) is also a degreasing agent. Its technical specifications and identification (product parameters) are crucial. Looking at this agent, when it is important to remove oil efficiently, the polymerization molecules are delicately prepared to quickly condense oil and make it settle. Its identification needs to be clearly stated, indicating composition, efficacy, and usage. Product parameters detail dosage, applicable scenarios, etc. If the water is used, the oil can be quickly cleared, and the water can be clear again. Its specifications are set to be accurately measured and adapted to various oil pollution conditions. The logo is like a star, which leads the user to make good use of it. In this way, the original meaning of the Oil Removal Coagulant technical specifications and identification (product parameters) is used to achieve the good effect of oil removal.
Preparation Method
The preparation method of Oil Removal Coagulant (polymer) is related to the raw materials and production process, reaction steps and catalytic mechanism. The selection of raw materials is very critical. When selecting high-quality ethylene monomers, such as acrylamide, etc., supplemented by specific initiators, such as persulfate salts, to promote the polymerization reaction. The production process needs to be precisely controlled, and the solution polymerization method should be carried out at a suitable temperature, between about 50 and 80 degrees Celsius. The reaction steps also need to be orderly. First, the monomer and initiator are dissolved in an appropriate amount of solvent, stirred evenly, and then heated to initiate the reaction. When stirring for a few times, the reaction is sufficient. In the catalytic mechanism, the initiator decomposes to produce free radicals, and the monomers are chain polymerized to form a polymer. Thus, excellent performance can be obtained Oil Removal Coagulant, in order to meet the need for oil removal.
Chemical Reactions & Modifications
Since modern times, chemical refinement, all kinds of products have emerged in an endless stream. Nowadays, there is Oil Removal Coagulant (polymer), which can be studied in chemical reactions and modifications.
Its chemical reaction, when encountering oil pollution, quickly acts as a coalescing effect, separating oil from water, and the mechanism is exquisite. The interaction between molecular structures seems to have an attractive force, causing oil pollution to condense into blocks, which is easy to remove.
As for its modification, chemists have tried many times to adjust its degree of polymerization and change its functional groups. Or add additives, or change the process, hoping to increase its oil removal effect and expand its applicability. After modification, the oil removal rate can be increased, and the tolerance conditions are also wide. Under different water quality and oil temperature, it can develop its effectiveness. It is a powerful tool for oil pollution control and is a good example of chemical product research.
Its chemical reaction, when encountering oil pollution, quickly acts as a coalescing effect, separating oil from water, and the mechanism is exquisite. The interaction between molecular structures seems to have an attractive force, causing oil pollution to condense into blocks, which is easy to remove.
As for its modification, chemists have tried many times to adjust its degree of polymerization and change its functional groups. Or add additives, or change the process, hoping to increase its oil removal effect and expand its applicability. After modification, the oil removal rate can be increased, and the tolerance conditions are also wide. Under different water quality and oil temperature, it can develop its effectiveness. It is a powerful tool for oil pollution control and is a good example of chemical product research.
Synonyms & Product Names
Oil Removal Coagulant (High Molecular Polymer) This product is a degreasing and condensing agent, made of a polymer. Its effect is remarkable, and it is quite evident in the matter of degreasing.
Although the ancient books do not contain the name of this product, in terms of its function, it is the same as the degreasing agent used in the past. In the past, or use grass and wood ash, sand and gravel to filter oil, today's Oil Removal Coagulant (High Molecular Polymer) is an efficient agent by the method of technology.
Although its name is new, the principle of degreasing is in the same vein. All are to separate oil from water and purify its water quality. Today's agent is more convenient and efficient. It is actually a good thing for removing oil. It is indispensable for many uses. It is like the ancient water purification method, which has continued to this day and has become more and more advanced.
Although the ancient books do not contain the name of this product, in terms of its function, it is the same as the degreasing agent used in the past. In the past, or use grass and wood ash, sand and gravel to filter oil, today's Oil Removal Coagulant (High Molecular Polymer) is an efficient agent by the method of technology.
Although its name is new, the principle of degreasing is in the same vein. All are to separate oil from water and purify its water quality. Today's agent is more convenient and efficient. It is actually a good thing for removing oil. It is indispensable for many uses. It is like the ancient water purification method, which has continued to this day and has become more and more advanced.
Safety & Operational Standards
Oil Removal Coagulant (polymer), related to the safety and operation specifications of this object, I will describe it in detail today.
This material is special, related to the safety of use, and the operation must follow the norms. When using it for the first time, it is advisable to read the instructions carefully to know its properties, methods of use, and dangers. Users must first wear protective gear, such as gloves and eyepieces, to avoid contact with the body and prevent damage to the skin and eyes.
When placing this object, it is advisable to choose dry, cool, and common places to avoid fire and heat sources. The storage device must be exhausted to prevent leakage. If it leaks, don't panic, cut off the source first, clear the scene quickly, and use the appropriate method to collect the residue, so as not to pollute the surroundings.
When operating, control the amount and speed, and adjust the amount of thickening and use according to the regulations. Mix moderately and keep it even. After using it, clean the utensils and the field thoroughly, leaving no residue.
Furthermore, training should not be ignored. The operator must understand its risks and emergency measures. If there is a touch or suction situation, take the rescue method quickly, and seek medical treatment for the serious one.
To sum up, the user must abide by the safety and operation specifications of Oil Removal Coagulant, keep the body safe and things smooth, and do not slack.
This material is special, related to the safety of use, and the operation must follow the norms. When using it for the first time, it is advisable to read the instructions carefully to know its properties, methods of use, and dangers. Users must first wear protective gear, such as gloves and eyepieces, to avoid contact with the body and prevent damage to the skin and eyes.
When placing this object, it is advisable to choose dry, cool, and common places to avoid fire and heat sources. The storage device must be exhausted to prevent leakage. If it leaks, don't panic, cut off the source first, clear the scene quickly, and use the appropriate method to collect the residue, so as not to pollute the surroundings.
When operating, control the amount and speed, and adjust the amount of thickening and use according to the regulations. Mix moderately and keep it even. After using it, clean the utensils and the field thoroughly, leaving no residue.
Furthermore, training should not be ignored. The operator must understand its risks and emergency measures. If there is a touch or suction situation, take the rescue method quickly, and seek medical treatment for the serious one.
To sum up, the user must abide by the safety and operation specifications of Oil Removal Coagulant, keep the body safe and things smooth, and do not slack.
Application Area
Today there is a thing called Oil Removal Coagulant (polymer). Its application field is quite wide. In the land of water, if there is oil filth, this thing can exert its energy. When oil floats in water, disturbing its clarity and polluting its purity, Oil Removal Coagulant is put into it, which can make the oil coagulate, then separate, and return the water to clear. In the field of industry, if the wastewater contains oil, it can be treated with this material, which can remove oil pollution, make the water reusable, and compliance. In the river and sea, if there is oil pollution leakage, sprinkle it, it can quickly collect oil pollution, prevent its spread, and keep the river and sea clean. This Oil Removal Coagulant has a significant effect on oil removal. The field of application is related to the clarity and turbidity of water and the prosperity and waste of industry. It is actually an indispensable thing.
Research & Development
I have been studying Oil Removal Coagulant (polymer) for a long time. This product has an outstanding effect on oil removal. At the beginning, I only knew the general idea, but when I was exploring, there were many difficulties.
Observe its properties, observe its reaction in detail, and test it in different environments and different oil stains. Begin to know that it is in a state of moderate temperature and heavy pollution, and it coagulates oil stains especially quickly.
With the deepening of research, the method of improvement gradually emerges. Adjust the degree of polymerization and optimize the proportion of ingredients to make its performance better. In the past, oil removal took a long time, or there were many residues, but this is not the case today. After repeated refinement, Oil Removal Coagulant is not only efficient in removing oil, but also has little residue. It has broad prospects in environmental protection and industrial fields. It is a major leap in the research and development process and will surely shine in the future.
Observe its properties, observe its reaction in detail, and test it in different environments and different oil stains. Begin to know that it is in a state of moderate temperature and heavy pollution, and it coagulates oil stains especially quickly.
With the deepening of research, the method of improvement gradually emerges. Adjust the degree of polymerization and optimize the proportion of ingredients to make its performance better. In the past, oil removal took a long time, or there were many residues, but this is not the case today. After repeated refinement, Oil Removal Coagulant is not only efficient in removing oil, but also has little residue. It has broad prospects in environmental protection and industrial fields. It is a major leap in the research and development process and will surely shine in the future.
Toxicity Research
Toxicity Study of Oil Removal Coagulant (Polymer) in "Compendium of Materia Medica"
Taste the excitement of medicine, which is related to people's health and the nature of medicinal stones. Today there is Oil Removal Coagulant (Polymer), which is quite good at oil removal, but its toxicity cannot be ignored.
Take an appropriate amount of this thing, and use various experimental methods to observe its impact on life. Observe its contact with various things, and observe its changes when it touches the bodies of insects and livestock. See it or have the appearance of hair loss, or have signs of slow movement, or even the vitality gradually diminishes.
From this point of view, although Oil Removal Coagulant (polymer) has the ability to remove oil, its toxicity should not be underestimated. When using it, be careful, study the dosage carefully, and check its advantages and disadvantages, so as not to cause harm to the living beings. Doctors who use drugs need to understand their properties, avoid their harm, and make the best use of the goods to ensure the well-being of the people.
Taste the excitement of medicine, which is related to people's health and the nature of medicinal stones. Today there is Oil Removal Coagulant (Polymer), which is quite good at oil removal, but its toxicity cannot be ignored.
Take an appropriate amount of this thing, and use various experimental methods to observe its impact on life. Observe its contact with various things, and observe its changes when it touches the bodies of insects and livestock. See it or have the appearance of hair loss, or have signs of slow movement, or even the vitality gradually diminishes.
From this point of view, although Oil Removal Coagulant (polymer) has the ability to remove oil, its toxicity should not be underestimated. When using it, be careful, study the dosage carefully, and check its advantages and disadvantages, so as not to cause harm to the living beings. Doctors who use drugs need to understand their properties, avoid their harm, and make the best use of the goods to ensure the well-being of the people.
Future Prospects
Nowadays, the Oil Removal Coagulant (polymer) has extraordinary potential. In the future, it is expected to shine in the field of oil pollution treatment. I expect that its application may be wider, not only for the cleaning of oil pollution in ordinary waters, but also for industrial oil pollution treatment. From its characteristics, it can efficiently condense oil pollution and quickly solve the problem of pollution. When the technology is refined and the cost is reduced, it will surely become more popular. At that time, the oil pollution of rivers, lakes and seas can be alleviated by this, and the ecological environment will also be better protected. This is the future.
What are the main components of polymer degreasing flocculant?
High molecular polymer degreasing is essential for cleaning. Its main components are generally as follows:
One surface active agent. This is the core component of degreasing. Surface active agent has a special molecule, one end is water, and the other end is oil. In case of oil stains, the oil base can absorb oil stains, and the water base is soluble in water, so that the oil stains can be dispersed in the water to remove oil stains. The surface active agent, such as fatty acids, sulfate esters, etc., can effectively remove grease stains; the non-surface active agent, such as polyoxyethylene ether, has good emulsification and dispersion properties, and can be used in different water and acid parts.
Two properties help. Natural substances also play an important role in degreasing. Such as oxidizing oil, carbonate, etc., which can be used for saponification of oil and fat, and fatty acids that are soluble in water can be reacted to. And the natural environment is conducive to improving the decontamination ability of surface activity, and the two are combined to increase the degreasing effect. However, the property is not important, and it may cause rot to the object to be cleaned.
Three chelation. Water often contains gold seeds such as gold and oil, which reduces the activity of surface activity and affects the degreasing effect. Chelation can combine some gold seeds to form a fixed compound and avoid the degreasing performance of gold seeds. For example, ethylenediaminetetraacetic acid (EDTA) and its solution can effectively chelate polyethylene oxide, ensuring the quality and effectiveness of degreasing grease.
Tetrahydrolysis. Partial solution is also added to degreasing grease to increase the solubility of specific oil stains. Such as alcohol and hydrolysis, it can dissolve some soluble oils and make degreasing more difficult. However, the use of solvents should pay attention to its properties such as durability and flammability to ensure safe use.
This combination makes high-molecular polymer degreasing grease efficient in removing various oil stains. It is widely used in gold processing, mechanical manufacturing, and other cleaning processes.
One surface active agent. This is the core component of degreasing. Surface active agent has a special molecule, one end is water, and the other end is oil. In case of oil stains, the oil base can absorb oil stains, and the water base is soluble in water, so that the oil stains can be dispersed in the water to remove oil stains. The surface active agent, such as fatty acids, sulfate esters, etc., can effectively remove grease stains; the non-surface active agent, such as polyoxyethylene ether, has good emulsification and dispersion properties, and can be used in different water and acid parts.
Two properties help. Natural substances also play an important role in degreasing. Such as oxidizing oil, carbonate, etc., which can be used for saponification of oil and fat, and fatty acids that are soluble in water can be reacted to. And the natural environment is conducive to improving the decontamination ability of surface activity, and the two are combined to increase the degreasing effect. However, the property is not important, and it may cause rot to the object to be cleaned.
Three chelation. Water often contains gold seeds such as gold and oil, which reduces the activity of surface activity and affects the degreasing effect. Chelation can combine some gold seeds to form a fixed compound and avoid the degreasing performance of gold seeds. For example, ethylenediaminetetraacetic acid (EDTA) and its solution can effectively chelate polyethylene oxide, ensuring the quality and effectiveness of degreasing grease.
Tetrahydrolysis. Partial solution is also added to degreasing grease to increase the solubility of specific oil stains. Such as alcohol and hydrolysis, it can dissolve some soluble oils and make degreasing more difficult. However, the use of solvents should pay attention to its properties such as durability and flammability to ensure safe use.
This combination makes high-molecular polymer degreasing grease efficient in removing various oil stains. It is widely used in gold processing, mechanical manufacturing, and other cleaning processes.
What are the scope of application of polymer degreasing flocculants?
The scope of application of high-molecular polymer degreasing agent is related to its effectiveness, and it needs to be analyzed in detail. This agent is effective in removing oil stains on metal surfaces. Metal materials such as iron, copper, aluminum, etc. are often contaminated with oil stains due to processing, storage, etc. This high-molecular polymer degreasing agent can show its skills and can quickly dissolve and peel off oil stains, so that the metal surface can be cleaned again, so as to facilitate subsequent processing, painting and other processes.
In the field of machinery manufacturing, all kinds of mechanical parts are inevitably contaminated with lubricating oil, cutting fluid and other oil stains during the production process. This agent can also come in handy. It can penetrate into the subtle gaps of parts, remove all the oil stains hidden in it, ensure the accuracy and performance of mechanical parts are not disturbed by oil stains, and prolong the service life of machinery.
Furthermore, in the electronics industry, electronic components require extremely high cleanliness. High-molecular polymer degreasing agents can be used to remove oil stains, sweat stains and other contaminants on the surface of electronic components, ensure the stability of electrical performance of electronic components, avoid short circuits and poor contact caused by oil stains, and help improve the quality of electronic products.
In the field of automotive repair and maintenance, automotive engines, parts and other parts are prone to accumulate a large amount of oil stains. This degreasing agent can effectively dissolve oil stains, facilitate cleaning, keep car engines and other components in good working condition, and improve the overall performance of the car.
In addition, if there is oil stains on the surface of materials such as plastics and rubber, in some specific cases, this high-molecular polymer degreasing agent may also be applicable, but it needs to be tested in advance for corrosion or adverse effects on the material, so as to be safe.
After all, high-molecular polymer degreasing agents are used in metal processing, machinery manufacturing, electronics industry, automobile-related fields, etc., and have their own applications in oil removal. However, when using, it is still necessary to operate carefully according to specific materials and working conditions to achieve the best degreasing effect.
In the field of machinery manufacturing, all kinds of mechanical parts are inevitably contaminated with lubricating oil, cutting fluid and other oil stains during the production process. This agent can also come in handy. It can penetrate into the subtle gaps of parts, remove all the oil stains hidden in it, ensure the accuracy and performance of mechanical parts are not disturbed by oil stains, and prolong the service life of machinery.
Furthermore, in the electronics industry, electronic components require extremely high cleanliness. High-molecular polymer degreasing agents can be used to remove oil stains, sweat stains and other contaminants on the surface of electronic components, ensure the stability of electrical performance of electronic components, avoid short circuits and poor contact caused by oil stains, and help improve the quality of electronic products.
In the field of automotive repair and maintenance, automotive engines, parts and other parts are prone to accumulate a large amount of oil stains. This degreasing agent can effectively dissolve oil stains, facilitate cleaning, keep car engines and other components in good working condition, and improve the overall performance of the car.
In addition, if there is oil stains on the surface of materials such as plastics and rubber, in some specific cases, this high-molecular polymer degreasing agent may also be applicable, but it needs to be tested in advance for corrosion or adverse effects on the material, so as to be safe.
After all, high-molecular polymer degreasing agents are used in metal processing, machinery manufacturing, electronics industry, automobile-related fields, etc., and have their own applications in oil removal. However, when using, it is still necessary to operate carefully according to specific materials and working conditions to achieve the best degreasing effect.
What is the use of polymer degreasing flocculant?
The use of high-molecular polymer degreasing powder is as follows:
First, the appropriate container should be provided. Depending on the degree of contamination, the appropriate amount of high-molecular polymer degreasing powder should be taken. If the oil stain is deep, take a little more; if the stain is heavy, the amount should be reduced.
Second, dissolve in water. The water should be between 60 and 80 degrees Celsius. This degree can promote the instant dissolution of the powder and increase its activity, resulting in the best decontamination effect. Add the powder to the scale, and use a stick to dissolve it fully to form a homogeneous solution.
Furthermore, the oily and dusty objects are placed in this solution. If the object is too large to be fully soaked, you can dip the solution with a cloth or brush and wipe the stain. After soaking, it can be done for a short time, and it can be done for about 30 minutes. It depends on the degree of contamination.
Fourth, soak or wipe the object, and wash the object with clean water. The object must be washed. Do not leave the liquid on the object, so as not to rot or shadow the object.
Fifth, if you encounter solid oil and powder scale, if it is not removed at one time, you can repeat the above steps until the oil and powder scale are all removed, and the object is damaged.
Use this high-molecular polymer to remove grease and dirt, and also pay attention to safety. Do not let the liquid into the eyes. If it is accidentally inserted, wash it with plenty of water, and if it is heavy, it will be washed quickly. And it should be placed in the reach of children to prevent eating. In this way, it can be used well to remove oil and dirt and protect the object.
First, the appropriate container should be provided. Depending on the degree of contamination, the appropriate amount of high-molecular polymer degreasing powder should be taken. If the oil stain is deep, take a little more; if the stain is heavy, the amount should be reduced.
Second, dissolve in water. The water should be between 60 and 80 degrees Celsius. This degree can promote the instant dissolution of the powder and increase its activity, resulting in the best decontamination effect. Add the powder to the scale, and use a stick to dissolve it fully to form a homogeneous solution.
Furthermore, the oily and dusty objects are placed in this solution. If the object is too large to be fully soaked, you can dip the solution with a cloth or brush and wipe the stain. After soaking, it can be done for a short time, and it can be done for about 30 minutes. It depends on the degree of contamination.
Fourth, soak or wipe the object, and wash the object with clean water. The object must be washed. Do not leave the liquid on the object, so as not to rot or shadow the object.
Fifth, if you encounter solid oil and powder scale, if it is not removed at one time, you can repeat the above steps until the oil and powder scale are all removed, and the object is damaged.
Use this high-molecular polymer to remove grease and dirt, and also pay attention to safety. Do not let the liquid into the eyes. If it is accidentally inserted, wash it with plenty of water, and if it is heavy, it will be washed quickly. And it should be placed in the reach of children to prevent eating. In this way, it can be used well to remove oil and dirt and protect the object.
What are the performance advantages of polymer degreasing flocculants?
What is the performance of high-molecular polymer degreasing? This is because high-molecular polymer degreasing has a variety of good characteristics, its efficacy is excellent, and it can be greatly effective in general industrial processes.
First, good solubility. This product can be quickly dissolved in water to form a uniform solution, which can fully connect oil stains. And it can be dissolved in both cold and water. It can be easily used in any environment, which can effectively improve work efficiency. For example, in cold seasons, ordinary degreasing can be dissolved or dissolved, and this high-molecular polymer degreasing can still be used as usual without low impact.
Second, the degreasing ability is high. Its molecule is special, and all oil stains have the power of the oil. It can be removed efficiently whether it is oil, vegetable oil or oil. For example, in the gold processing process, the heavy oil stains attached to the surface of the alloy can be easily removed by using this degreasing grease, and the surface of the gold can be restored.
Third, it can be used for degreasing. It can not be used for degreasing of gold materials, and it can also be used for non-gold materials such as plastics and ceramics. In the production of plastics, the oil cleaning of plastic parts can be used to achieve good results without causing damage to the material itself.
Fourth, the environment is friendly. This is often made of biodegradable ingredients, and the pollution of the environment is very small. In today's era of paying attention to protection, this feature is particularly important. For example, in the cleaning of food processing, the use of this degreasing grease can not only prevent food pollution, but also meet the requirements of protection.
Fifth, it is resistant. In the same way as removing oil stains, a protective film can be formed on the surface of gold stains, effectively preventing gold stains from rotting. In the shipbuilding industry, the use of this degreasing grease can not only remove oil stains, but also protect gold stains from seawater intrusion and extend the use of parts.
First, good solubility. This product can be quickly dissolved in water to form a uniform solution, which can fully connect oil stains. And it can be dissolved in both cold and water. It can be easily used in any environment, which can effectively improve work efficiency. For example, in cold seasons, ordinary degreasing can be dissolved or dissolved, and this high-molecular polymer degreasing can still be used as usual without low impact.
Second, the degreasing ability is high. Its molecule is special, and all oil stains have the power of the oil. It can be removed efficiently whether it is oil, vegetable oil or oil. For example, in the gold processing process, the heavy oil stains attached to the surface of the alloy can be easily removed by using this degreasing grease, and the surface of the gold can be restored.
Third, it can be used for degreasing. It can not be used for degreasing of gold materials, and it can also be used for non-gold materials such as plastics and ceramics. In the production of plastics, the oil cleaning of plastic parts can be used to achieve good results without causing damage to the material itself.
Fourth, the environment is friendly. This is often made of biodegradable ingredients, and the pollution of the environment is very small. In today's era of paying attention to protection, this feature is particularly important. For example, in the cleaning of food processing, the use of this degreasing grease can not only prevent food pollution, but also meet the requirements of protection.
Fifth, it is resistant. In the same way as removing oil stains, a protective film can be formed on the surface of gold stains, effectively preventing gold stains from rotting. In the shipbuilding industry, the use of this degreasing grease can not only remove oil stains, but also protect gold stains from seawater intrusion and extend the use of parts.
What are the differences between polymer degreasing flocculants and other similar products?
The difference between high-molecular polymer degreasing paint and other similar products can be investigated. This is based on the core components of high-molecular polymers to form a special relationship. Its principle of degreasing paint is different from others.
Ordinary degreasing paint products have the effect of multi-acid degreasing and corrosion, which can achieve a certain effect of degreasing paint and removing oil. However, the substrate also has a large problem, and the use process needs to be careful. A little carelessness will cause the substrate to be shaped and rotten.
And high-molecular polymer degreasing paint is based on the special molecular activity of high molecules. The molecules can be cleverly inserted into the interface of the lacquer substrate, and the molecular force is used to break the adhesion of the lacquer substrate, so that the lacquer is as natural as a feather, and the substrate is as natural as a feather.
Furthermore, the use of high-molecular polymer degreasing lacquer is more efficient. Often similar products, or a specific paint or substrate is effective, such as lacquers that can be used on gold substrates, plastics, wood, etc. And this material can be used for ordinary materials such as gold, plastic, wood, etc., and it can be removed efficiently for different types of paints, such as alkyd paint, nitro paint, oxygen paint, etc., just like good paint, can cure all kinds of diseases.
In addition, in terms of protection, ordinary degreasing paint products are difficult to use due to the acid problem, which is easy to cause environmental pollution. High-molecular polymer degreasing paint is not compatible with each other, and its liquid treatment degree is reduced, which is more in line with today's color protection.
Ordinary degreasing paint products have the effect of multi-acid degreasing and corrosion, which can achieve a certain effect of degreasing paint and removing oil. However, the substrate also has a large problem, and the use process needs to be careful. A little carelessness will cause the substrate to be shaped and rotten.
And high-molecular polymer degreasing paint is based on the special molecular activity of high molecules. The molecules can be cleverly inserted into the interface of the lacquer substrate, and the molecular force is used to break the adhesion of the lacquer substrate, so that the lacquer is as natural as a feather, and the substrate is as natural as a feather.
Furthermore, the use of high-molecular polymer degreasing lacquer is more efficient. Often similar products, or a specific paint or substrate is effective, such as lacquers that can be used on gold substrates, plastics, wood, etc. And this material can be used for ordinary materials such as gold, plastic, wood, etc., and it can be removed efficiently for different types of paints, such as alkyd paint, nitro paint, oxygen paint, etc., just like good paint, can cure all kinds of diseases.
In addition, in terms of protection, ordinary degreasing paint products are difficult to use due to the acid problem, which is easy to cause environmental pollution. High-molecular polymer degreasing paint is not compatible with each other, and its liquid treatment degree is reduced, which is more in line with today's color protection.
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