Langyou Chemical
PRODUCTS
Clay Stable Agent
Langyou Chemical
|
HS Code |
908663 |
| Packing | 5 - kg bags of Clay Stabilizer, well - sealed for chemical protection. |
| Storage | The Clay Stable Agent should be stored in a cool, dry, well - ventilated area. Keep it away from sources of heat, ignition, and direct sunlight. Store it in a tightly - sealed container to prevent moisture absorption and contamination. Avoid storing near reactive chemicals. This helps maintain its stability and effectiveness over time. |
| Shipping | The Clay Stable Agent is shipped in well - sealed containers to prevent moisture and contamination. It is carefully packed to endure transit, with proper labeling indicating its chemical nature for safe handling during shipping. |
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Tel: +8615371019725
Email: info@bouling-chem.com
Historical Development
I have a taste of the historical development of Clay Stable Agent. The ancestors of the ancient times have gradually realized in the exploration of various crafts. At the beginning, or only vaguely know the wonders of its stability to clay, the application is still sparse.
In the Middle Ages, the process evolved, and people began to pay attention to its character. In architecture and pottery, it helped clay stabilize, and the effect was remarkable, and its use became more and more extensive.
Since the modern era, science and technology have been updated, and the research has become more and more profound. Analyze its components, explore its mechanism, and make laws more refined. Today's Clay Stable Agent is no longer what it used to be. It is indispensable in various fields such as oil exploration and geotechnical engineering. Its development path, when it is not complete, must follow the world and be refreshed.
In the Middle Ages, the process evolved, and people began to pay attention to its character. In architecture and pottery, it helped clay stabilize, and the effect was remarkable, and its use became more and more extensive.
Since the modern era, science and technology have been updated, and the research has become more and more profound. Analyze its components, explore its mechanism, and make laws more refined. Today's Clay Stable Agent is no longer what it used to be. It is indispensable in various fields such as oil exploration and geotechnical engineering. Its development path, when it is not complete, must follow the world and be refreshed.
Product Overview
Today there is a thing called Clay Stable Agent. This agent is unique and widely used. Its quality is also, it can fix the soil and protect the soil, so that the clay is stable but not collapsed.
Looking at the past, the task of geotechnical water control, every time it is affected by the flow of soil and the collapse of the wall. Since the Clay Stable Agent came out, this evil has been solved. When applied to the ground, the soil particles are attached, and the bonding is increased. Wind and rain cannot be eroded, and water cannot be leached.
In the matter of building embankments and dams, when it enters the soil, it can strengthen its foundation, increase its solidification, and prevent overflow. And its nature is mild, does not harm crops, and does not damage the strength of the ground. It can also be used on the wall of the mine to ensure its stability and protect the safety of the miners. The power of this agent benefits the geotechnical, agricultural and mining industries. It is a good prescription for the world and cannot be ignored.
Looking at the past, the task of geotechnical water control, every time it is affected by the flow of soil and the collapse of the wall. Since the Clay Stable Agent came out, this evil has been solved. When applied to the ground, the soil particles are attached, and the bonding is increased. Wind and rain cannot be eroded, and water cannot be leached.
In the matter of building embankments and dams, when it enters the soil, it can strengthen its foundation, increase its solidification, and prevent overflow. And its nature is mild, does not harm crops, and does not damage the strength of the ground. It can also be used on the wall of the mine to ensure its stability and protect the safety of the miners. The power of this agent benefits the geotechnical, agricultural and mining industries. It is a good prescription for the world and cannot be ignored.
Physical & Chemical Properties
"Physical Properties and Chemical Properties of Clay Stabilizers"
Clay stabilizers are related to important materials in many fields. Their physical properties are particularly crucial. Looking at their morphology, they are often fine granular, fine in texture, and have good dispersion. Its density is moderate, which is conducive to uniform distribution in different media.
In terms of chemical properties, clay stabilizers have good chemical stability. They are not prone to violent chemical reactions in common acid and alkali environments. And they can have specific chemical reactions with clay particles, effectively inhibiting the expansion and dispersion of clay, and maintaining the stability of the system. These physical and chemical properties cooperate to make them play an important role in oil extraction, building materials and other industries, ensuring smooth production processes and excellent material properties.
Clay stabilizers are related to important materials in many fields. Their physical properties are particularly crucial. Looking at their morphology, they are often fine granular, fine in texture, and have good dispersion. Its density is moderate, which is conducive to uniform distribution in different media.
In terms of chemical properties, clay stabilizers have good chemical stability. They are not prone to violent chemical reactions in common acid and alkali environments. And they can have specific chemical reactions with clay particles, effectively inhibiting the expansion and dispersion of clay, and maintaining the stability of the system. These physical and chemical properties cooperate to make them play an important role in oil extraction, building materials and other industries, ensuring smooth production processes and excellent material properties.
Technical Specifications & Labeling
There is Clay Stable Agent today, and its technical specifications and identification (product parameters) are the key. Where this product is made, specific regulations must be followed. Its quality should be pure, no impurities mixed, the color is correct and the taste is pure. Its performance must be stable, and its efficacy can be guaranteed in different environments.
In the logo, the product parameters should be detailed, such as the proportion of ingredients, the scope of application, and the preservation method, etc., which should be clearly marked. Make it clear to the user at a glance, without the risk of misuse. And on its packaging, the logo should be eye-catching and easy to see, and it should not be blurred and damaged after time and handling. In this way, it meets the requirements of the technical specifications and identification (product parameters) of Clay Stable Agent to meet all needs.
In the logo, the product parameters should be detailed, such as the proportion of ingredients, the scope of application, and the preservation method, etc., which should be clearly marked. Make it clear to the user at a glance, without the risk of misuse. And on its packaging, the logo should be eye-catching and easy to see, and it should not be blurred and damaged after time and handling. In this way, it meets the requirements of the technical specifications and identification (product parameters) of Clay Stable Agent to meet all needs.
Preparation Method
The method of making Clay Stable Agent is related to the raw materials and the production process, the reaction steps and the catalytic mechanism, which is quite important. The raw materials are selected from excellent materials and reconciled according to a certain ratio. The production process pays attention to the heat and duration, which must be carefully controlled. The reaction steps are carried out in an orderly manner. At the beginning, all materials are mixed, and then the reaction is promoted under specific conditions. Every step is strictly treated. The catalytic mechanism is also crucial. By using a suitable catalyst, the reaction rate is increased and the quality of the product is improved. In this way, high-quality Clay Stable Agent can be obtained, which is used for all things and has significant effect.
Chemical Reactions & Modifications
Nowadays, there are chemical things studied, and Clay Stable Agent studied this thing carefully. The response of chemistry is related to its nature and also depends on its change. In the past, the knowledge of the transformation of this thing was still shallow, and the performance was not good.
However, today is different from the past, and all kinds of research have been refined. After repeated experiments, I have observed its reaction state under various conditions. Knowing that when it encounters other things, it can produce different changes, and it can be adjusted by the temperature and pressure of the outside world.
As for the performance, it has also been improved. From the initial instability to the present, it is more stable and the effect is better. This is due to the unremitting efforts of researchers to explore its mysteries through scientific methods, which has enabled Clay Stable Agent to make significant progress in chemical response and performance. It is also expected to develop its greater capabilities in various fields in the future.
However, today is different from the past, and all kinds of research have been refined. After repeated experiments, I have observed its reaction state under various conditions. Knowing that when it encounters other things, it can produce different changes, and it can be adjusted by the temperature and pressure of the outside world.
As for the performance, it has also been improved. From the initial instability to the present, it is more stable and the effect is better. This is due to the unremitting efforts of researchers to explore its mysteries through scientific methods, which has enabled Clay Stable Agent to make significant progress in chemical response and performance. It is also expected to develop its greater capabilities in various fields in the future.
Synonyms & Product Names
Clay Stable Agent, among all things, although its name is different, but its function is the same. Clay Stable Agent is the name commonly used today. Although the ancient books did not directly call this name, the related things existed in the world for a long time.
In the past, there were also various materials used to stabilize the properties of clay. Its names may be "mud agent" and "soil coagulation", etc. Although the names are different, they are all to stabilize the clay, prevent it from dispersing and flowing, and ensure its quality.
The Clay Stable Agent of today is based on the ancient method and uses new techniques to demonstrate its effectiveness. It can be used in various industries, such as the mining of oil wells, to prevent the change of clay and keep it flowing smoothly; and it is like the construction of earthworks, stabilizing the clay in the ground and fixing its foundation. Its work is in stabilizing the soil, keeping the business smooth, and being used by the world, the benefits are very shallow.
In the past, there were also various materials used to stabilize the properties of clay. Its names may be "mud agent" and "soil coagulation", etc. Although the names are different, they are all to stabilize the clay, prevent it from dispersing and flowing, and ensure its quality.
The Clay Stable Agent of today is based on the ancient method and uses new techniques to demonstrate its effectiveness. It can be used in various industries, such as the mining of oil wells, to prevent the change of clay and keep it flowing smoothly; and it is like the construction of earthworks, stabilizing the clay in the ground and fixing its foundation. Its work is in stabilizing the soil, keeping the business smooth, and being used by the world, the benefits are very shallow.
Safety & Operational Standards
There is a Clay Stable Agent today, which is related to safety and operation standards, and must not be ignored. It must follow specific rules in all affairs.
When using Clay Stable Agent, the operator must first clean his hands and face, and wear clean clothes to prevent impurities from mixing in and damaging its quality. And in the place where it is used, when it is well ventilated, it is protected from fireworks and various heat sources to avoid the risk of accidents.
When storing, it is advisable to choose a dry, cool place, away from water and fire, and place it in a classified manner. Do not mix with other things to avoid mutual interference and performance changes. And a special person needs to be set up to manage it, keep in mind the number of entries and exits, and check it regularly to ensure its safety.
When operating, you must follow the established laws and be careful. The amount of dosage is fixed and cannot be changed without authorization. If there is any carelessness, it will be spilled, and it should be cleaned up as soon as possible according to the regulations, and no dirt or other things should be used. After the operation is completed, the utensils used must also be washed and returned for later use.
Everyone should be aware that safety is more important than Mount Tai. Only by following this operation standard can you ensure that everything goes smoothly and there is no disaster. In the safety and operation standards of Clay Stable Agent, there should be no slack. Keep it in mind and practice it.
When using Clay Stable Agent, the operator must first clean his hands and face, and wear clean clothes to prevent impurities from mixing in and damaging its quality. And in the place where it is used, when it is well ventilated, it is protected from fireworks and various heat sources to avoid the risk of accidents.
When storing, it is advisable to choose a dry, cool place, away from water and fire, and place it in a classified manner. Do not mix with other things to avoid mutual interference and performance changes. And a special person needs to be set up to manage it, keep in mind the number of entries and exits, and check it regularly to ensure its safety.
When operating, you must follow the established laws and be careful. The amount of dosage is fixed and cannot be changed without authorization. If there is any carelessness, it will be spilled, and it should be cleaned up as soon as possible according to the regulations, and no dirt or other things should be used. After the operation is completed, the utensils used must also be washed and returned for later use.
Everyone should be aware that safety is more important than Mount Tai. Only by following this operation standard can you ensure that everything goes smoothly and there is no disaster. In the safety and operation standards of Clay Stable Agent, there should be no slack. Keep it in mind and practice it.
Application Area
Clay stabilizers are useful in various fields. Looking back at the past, when drilling, the formation clay often swelled and dispersed due to the intrusion of foreign fluids, resulting in the instability of the well wall and poor mining efficiency. Fortunately, clay stabilizers can stabilize the clay structure, keep the well wall solid, and increase the efficiency of mining.
In oil mining, it is an important tool. Injecting clay stabilizer solution can neutralize the surface charge of clay particles, inhibit expansion, maintain the penetration rate of the formation, and make the oil flow smoothly.
And in construction geotechnical, clay stabilizers can also be used. Reinforcing soft clay foundation can improve its bearing capacity, prevent the trouble of settlement, and ensure the strength of the project.
Furthermore, in the field of soil improvement, appropriate use can adjust soil structure, retain water and soil, promote vegetation growth, and protect ecological balance. The use of clay stabilizers is extensive and beneficial, and it is also a good help in many fields.
In oil mining, it is an important tool. Injecting clay stabilizer solution can neutralize the surface charge of clay particles, inhibit expansion, maintain the penetration rate of the formation, and make the oil flow smoothly.
And in construction geotechnical, clay stabilizers can also be used. Reinforcing soft clay foundation can improve its bearing capacity, prevent the trouble of settlement, and ensure the strength of the project.
Furthermore, in the field of soil improvement, appropriate use can adjust soil structure, retain water and soil, promote vegetation growth, and protect ecological balance. The use of clay stabilizers is extensive and beneficial, and it is also a good help in many fields.
Research & Development
Nowadays, there are things to study Clay Stable Agent, which is very important in the way of research and development. In the study of ancient times, the understanding of it was still shallow at the beginning, and only a little bit was known. However, many researchers have been working tirelessly to explore its properties.
Since the beginning, I have observed its effect on soil stabilization. Although it has encountered many difficulties, if the effect is not as expected, the composition is not properly reconciled. However, I am unswervingly determined to use scientific methods and rigorous states to try again and again.
After years, I have gradually gained something. It can make the clay structure stable and the power to resist external interference is greatly increased. And it is effective in different soil qualities, and the application range is also gradually widening. From the beginning, it was limited to small-scale experiments, to now it has shown its skills in many fields such as civil engineering and geological improvement. In the future, it is necessary to continue to improve, expand its use, and contribute to the development of the industry, so that the research and development of Clay Stable Agent can move towards a new stage.
Since the beginning, I have observed its effect on soil stabilization. Although it has encountered many difficulties, if the effect is not as expected, the composition is not properly reconciled. However, I am unswervingly determined to use scientific methods and rigorous states to try again and again.
After years, I have gradually gained something. It can make the clay structure stable and the power to resist external interference is greatly increased. And it is effective in different soil qualities, and the application range is also gradually widening. From the beginning, it was limited to small-scale experiments, to now it has shown its skills in many fields such as civil engineering and geological improvement. In the future, it is necessary to continue to improve, expand its use, and contribute to the development of the industry, so that the research and development of Clay Stable Agent can move towards a new stage.
Toxicity Research
Today, we are researching chemical substances, focusing on the toxicity research of Clay Stable Agent products. Looking at this substance is related to various uses, but the study of toxicity is crucial.
Detect its properties in detail, test it with ancient methods, take various media, and observe its response to things. In different environments, measure its changes, observe the escape of harmless substances, or what reaction occurs. After repeated tests, record its state and analyze the number.
See that this substance is still stable under normal conditions, but when it encounters a specific agent, or the temperature changes sharply, the signs of toxicity gradually become apparent. Although it does not cause serious trouble, it should not be ignored.
For a long-term plan, it is necessary to deeply investigate the rationale, understand the root cause of its poison, the mechanism of its development, the avoidance strategy, and the solution, so as to make this product safe and good, without violating people's livelihood and harmless to the environment.
Detect its properties in detail, test it with ancient methods, take various media, and observe its response to things. In different environments, measure its changes, observe the escape of harmless substances, or what reaction occurs. After repeated tests, record its state and analyze the number.
See that this substance is still stable under normal conditions, but when it encounters a specific agent, or the temperature changes sharply, the signs of toxicity gradually become apparent. Although it does not cause serious trouble, it should not be ignored.
For a long-term plan, it is necessary to deeply investigate the rationale, understand the root cause of its poison, the mechanism of its development, the avoidance strategy, and the solution, so as to make this product safe and good, without violating people's livelihood and harmless to the environment.
Future Prospects
In the future world, we will research the products of Clay Stable Agent, and we will embrace the macro. This is also, with the general work, the effectiveness is good. It is expected that before it is completed, the performance will be one step better, the better the quality will be, and the use will also be recharged. Or it can enter new fields and help high-tech development. And its method is also expected to be refined in the future, the cost will be reduced, and more users will benefit. And the shadow of its environment will be more friendly and in line with the tide of color development. We, the scientific researchers, will do our best to promote the future development of this product, so as to achieve great benefits and benefit life.
What are the main ingredients of Clay Stable Agent?
Clay, soil is also, its composition mostly contains aluminosilicate, etc. In the natural state, or loose, or with a certain viscosity, but its stability is often lacking.
Stable Agent, stabilizer is also. To understand its main components, you need to know what field it is used in to stabilize what. Common stabilizers, in many industrial or household uses, have different compositions. In the plastics industry, there are lead salts, such as tribasic lead sulfate, dibasic lead phosphite, etc., which can prevent the aging and degradation of plastics and capture free radicals to stabilize them. Metal soaps, such as zinc stearate and calcium stearate, can lubricate and enhance the thermal stability of plastics. Organic tin, such as dibutyltin dilaurate, can be efficiently stabilized in PVC processing to prevent discoloration and decomposition.
In the food field, stabilizers are also important. For example, gelatin, derived from animal skin, bone, etc., is rich in protein, can increase the viscosity and gelatinization of food, and is often found in jelly and yogurt; pectin, extracted from plant cell walls, is used for thickening and stabilizing in jams, beverages, etc., by virtue of its complexation with metal ions and its own structural characteristics, the system is uniform and stable.
In clay-related applications, the Stable Agent used is either a polymer, such as polyacrylamide, which can adsorb clay particles, and use intermolecular force and charge to build a stable structure to prevent clay dispersion and settlement; or an inorganic electrolyte, such as calcium chloride, magnesium chloride, etc., uses ion exchange and compression double-layer effect to stabilize the aggregation of clay particles.
Importantly, Clay and Stable Agent are different in different scenarios. The composition of Stable Agent varies depending on the application, whether it is a metal compound, a natural polymer, or a synthetic polymer, all of which are designed to make the target system more stable.
Stable Agent, stabilizer is also. To understand its main components, you need to know what field it is used in to stabilize what. Common stabilizers, in many industrial or household uses, have different compositions. In the plastics industry, there are lead salts, such as tribasic lead sulfate, dibasic lead phosphite, etc., which can prevent the aging and degradation of plastics and capture free radicals to stabilize them. Metal soaps, such as zinc stearate and calcium stearate, can lubricate and enhance the thermal stability of plastics. Organic tin, such as dibutyltin dilaurate, can be efficiently stabilized in PVC processing to prevent discoloration and decomposition.
In the food field, stabilizers are also important. For example, gelatin, derived from animal skin, bone, etc., is rich in protein, can increase the viscosity and gelatinization of food, and is often found in jelly and yogurt; pectin, extracted from plant cell walls, is used for thickening and stabilizing in jams, beverages, etc., by virtue of its complexation with metal ions and its own structural characteristics, the system is uniform and stable.
In clay-related applications, the Stable Agent used is either a polymer, such as polyacrylamide, which can adsorb clay particles, and use intermolecular force and charge to build a stable structure to prevent clay dispersion and settlement; or an inorganic electrolyte, such as calcium chloride, magnesium chloride, etc., uses ion exchange and compression double-layer effect to stabilize the aggregation of clay particles.
Importantly, Clay and Stable Agent are different in different scenarios. The composition of Stable Agent varies depending on the application, whether it is a metal compound, a natural polymer, or a synthetic polymer, all of which are designed to make the target system more stable.
What is the scope of application of Clay Stable Agent?
The mixture of clay (Clay) and stabilizer (Stable Agent) has a wide range of applications and can be effective in many fields.
In the field of civil construction, clay and stabilizer are often used to improve soil quality. In case of soft soil foundation, adding an appropriate amount of stabilizer to the clay can strengthen the strength and stability of the clay, make the foundation more able to carry the weight of the building, reduce the risk of settlement. For example, when building a road, mixing clay with stabilizer and laying it on the roadbed can improve the firmness of the road base and prolong the service life of the road.
In the field of ceramic production, clay is the main raw material, and stabilizer can regulate the properties of clay. It can prevent excessive shrinkage and cracking of clay during drying and firing, so that the shape of ceramic products is more regular, the texture is more dense, and the yield and quality of ceramics are improved. For example, when making exquisite porcelain, stabilizers play a key role in maintaining the characteristics of clay and achieving delicate and warm porcelain.
Furthermore, in terms of environmental protection, clay and stabilizers also have their uses. For example, when treating sewage, clay can absorb some impurities in sewage, and stabilizers can assist clay to maintain the stability of its adsorption performance and purify sewage more effectively. In soil remediation work, for contaminated soil, a mixture of clay and stabilizer can be added to fix pollutants in the soil and reduce its migration, so as to achieve the purpose of soil remediation.
In addition, in the field of artistic creation, clay is a common material for sculpture, pottery and other creations. Stabilizers can help clay maintain good plasticity and shape stability, making it easier for artists to create more complex and delicate works. Whether it is lifelike figure sculptures or ingenious pottery ornaments, they all benefit from the characteristics of clay and stabilizer.
In the field of civil construction, clay and stabilizer are often used to improve soil quality. In case of soft soil foundation, adding an appropriate amount of stabilizer to the clay can strengthen the strength and stability of the clay, make the foundation more able to carry the weight of the building, reduce the risk of settlement. For example, when building a road, mixing clay with stabilizer and laying it on the roadbed can improve the firmness of the road base and prolong the service life of the road.
In the field of ceramic production, clay is the main raw material, and stabilizer can regulate the properties of clay. It can prevent excessive shrinkage and cracking of clay during drying and firing, so that the shape of ceramic products is more regular, the texture is more dense, and the yield and quality of ceramics are improved. For example, when making exquisite porcelain, stabilizers play a key role in maintaining the characteristics of clay and achieving delicate and warm porcelain.
Furthermore, in terms of environmental protection, clay and stabilizers also have their uses. For example, when treating sewage, clay can absorb some impurities in sewage, and stabilizers can assist clay to maintain the stability of its adsorption performance and purify sewage more effectively. In soil remediation work, for contaminated soil, a mixture of clay and stabilizer can be added to fix pollutants in the soil and reduce its migration, so as to achieve the purpose of soil remediation.
In addition, in the field of artistic creation, clay is a common material for sculpture, pottery and other creations. Stabilizers can help clay maintain good plasticity and shape stability, making it easier for artists to create more complex and delicate works. Whether it is lifelike figure sculptures or ingenious pottery ornaments, they all benefit from the characteristics of clay and stabilizer.
How to Use Clay Stable Agent Correctly
If you want to make good use of clay, stabilizers and auxiliaries, you need to follow the method of "Tiangong Kaiwu", observe the physical properties in detail, and apply the technique in a rational manner.
Clay, the essence of the soil, the quality is different. In the "Pottery" chapter of "Tiangong Kaiwu", it is said that clay is the foundation of pottery. When using it, you should first distinguish its soil properties. Such as kaolin, pure and delicate, suitable for fine porcelain; while coarse clay, or containing grit impurities, can be used as ordinary pottery tiles. When picking clay, you need to break it, sift it, remove its coarse gravel, and make the grain size uniform. Then mix it with water and knead it like a surface to get a flexible and malleable mud ball. The key here is that in the ratio of water to soil, if there is more water, the mud will be thin and difficult to determine the shape; if there is less water, the mud will be dry and prone to cracks.
Stabilizers can fix the structure of the clay and increase its stability. Although the name "stabilizer" is not explicitly stated in the ancient method, the things used in pottery making actually have this effect. Such as plant ash, mixed into the clay, when fired at high temperature, it reacts with the clay components, which can make the pottery structure dense and not easy to deform. Use stabilizers to check the characteristics of the clay and use appropriate amounts. Excessive amounts may cause the texture to become brittle and affect the quality.
Additives can change the characteristics of the clay, such as increasing its color and moisturizing its surface. If metal oxides are used as additives, pottery can have brilliant hair. The use of additives also needs to be precise. In "Tiangong Kaiwu", the system of alum red is recorded, alum and alum are used as additives, and the dosage and heat are controlled to obtain bright colors.
In short, the use of clay, stabilizers and additives must be as advocated in "Tiangong Kaiwu", with a heart of awe for objects, acting in a state of study, observant of objects, and clear laws can be used to make tools. The way of making tools is to care about being meticulous, and to observe the relationship between objects and laws, so that all things can complement each other and achieve exquisite works.
Clay, the essence of the soil, the quality is different. In the "Pottery" chapter of "Tiangong Kaiwu", it is said that clay is the foundation of pottery. When using it, you should first distinguish its soil properties. Such as kaolin, pure and delicate, suitable for fine porcelain; while coarse clay, or containing grit impurities, can be used as ordinary pottery tiles. When picking clay, you need to break it, sift it, remove its coarse gravel, and make the grain size uniform. Then mix it with water and knead it like a surface to get a flexible and malleable mud ball. The key here is that in the ratio of water to soil, if there is more water, the mud will be thin and difficult to determine the shape; if there is less water, the mud will be dry and prone to cracks.
Stabilizers can fix the structure of the clay and increase its stability. Although the name "stabilizer" is not explicitly stated in the ancient method, the things used in pottery making actually have this effect. Such as plant ash, mixed into the clay, when fired at high temperature, it reacts with the clay components, which can make the pottery structure dense and not easy to deform. Use stabilizers to check the characteristics of the clay and use appropriate amounts. Excessive amounts may cause the texture to become brittle and affect the quality.
Additives can change the characteristics of the clay, such as increasing its color and moisturizing its surface. If metal oxides are used as additives, pottery can have brilliant hair. The use of additives also needs to be precise. In "Tiangong Kaiwu", the system of alum red is recorded, alum and alum are used as additives, and the dosage and heat are controlled to obtain bright colors.
In short, the use of clay, stabilizers and additives must be as advocated in "Tiangong Kaiwu", with a heart of awe for objects, acting in a state of study, observant of objects, and clear laws can be used to make tools. The way of making tools is to care about being meticulous, and to observe the relationship between objects and laws, so that all things can complement each other and achieve exquisite works.
What are the performance advantages of Clay Stable Agent?
Although modern chemical terms such as "Clay + Stable + Agent" (clay and stabilizer) are not mentioned in "Tiangong Kaiwu", its performance advantages can be inferred from the ancient understanding of material properties.
Clay is malleable and can shape various shapes. It is widely used in ancient pottery, brick making and other processes. Adding stabilizers can enhance clay stability. Although the ancients did not have this concept, they improved clay properties in practice or through similar methods.
One is to enhance durability. Ancient pottery utensils have been preserved over the years. If similar stabilizers are added to clay, they can resist natural erosion such as weathering and water erosion. For example, when the ancient kiln fires bricks and tiles, or special ingredients are used to make the bricks and tiles stable for a long time, and they can still be used for construction after wind and rain.
Second, improve the strength. The texture of the clay itself is relatively loose, and adding stabilizers can enhance the cohesion of its internal structure. The clay materials used in the foundation of ancient large buildings may be specially treated to make them withstand more pressure and ensure the stability of the building, such as city walls, palace foundations, etc.
Third, improve the formability. Stabilizers can adjust the humidity and stickiness of the clay, making it easier to shape. When ancient potters made exquisite and complex pottery products, if the clay properties were suitable, it was easier to carve details and create works with rich shapes and exquisite craftsmanship.
Fourth, optimize fire resistance. In high temperature operations such as smelting and firing, clay products need to be resistant to high temperatures. Adding stabilizers can improve the fire resistance limit of clay. Clay materials used in ancient furnaces and kilns can withstand high temperatures without softening or deformation after special treatment, ensuring the smooth progress of smelting and firing.
Clay is malleable and can shape various shapes. It is widely used in ancient pottery, brick making and other processes. Adding stabilizers can enhance clay stability. Although the ancients did not have this concept, they improved clay properties in practice or through similar methods.
One is to enhance durability. Ancient pottery utensils have been preserved over the years. If similar stabilizers are added to clay, they can resist natural erosion such as weathering and water erosion. For example, when the ancient kiln fires bricks and tiles, or special ingredients are used to make the bricks and tiles stable for a long time, and they can still be used for construction after wind and rain.
Second, improve the strength. The texture of the clay itself is relatively loose, and adding stabilizers can enhance the cohesion of its internal structure. The clay materials used in the foundation of ancient large buildings may be specially treated to make them withstand more pressure and ensure the stability of the building, such as city walls, palace foundations, etc.
Third, improve the formability. Stabilizers can adjust the humidity and stickiness of the clay, making it easier to shape. When ancient potters made exquisite and complex pottery products, if the clay properties were suitable, it was easier to carve details and create works with rich shapes and exquisite craftsmanship.
Fourth, optimize fire resistance. In high temperature operations such as smelting and firing, clay products need to be resistant to high temperatures. Adding stabilizers can improve the fire resistance limit of clay. Clay materials used in ancient furnaces and kilns can withstand high temperatures without softening or deformation after special treatment, ensuring the smooth progress of smelting and firing.
What are the precautions when storing and transporting Clay Stable Agent?
The mixture of clay and stabilizer should be paid attention to at several ends during storage and transportation.
One is the control of temperature and humidity. This mixture is quite sensitive to temperature and humidity. If stored in a hot place, high temperature can cause the properties of clay to change, or the activity of the stabilizer to be impaired. Clay may dry and harden due to high temperature, losing its original plasticity; stabilizer may evaporate and decompose due to heat, causing the overall efficacy of the mixture to be damaged. And if the humidity is too high, the clay is prone to mildew, breeding microorganisms, and destroying the structure of the mixture. Therefore, it should be stored in a cool and dry place, preferably at a temperature of 15 to 25 degrees Celsius, and the humidity should be controlled at 40% to 60%.
Second, anti-vibration and collision. Mixtures often encounter vibration and collision during transportation. Excessive vibration or collision can damage the mixed state of clay and stabilizer, causing separation of the two and affecting the use effect. Therefore, when transporting, it should be properly wrapped with soft and shock-absorbing materials to ensure that the mixture is stable and protected from external impact.
Third, isolated storage. Do not mix with other chemicals. Due to chemical reactions between different chemicals, the mixture may deteriorate. Such as acids and alkalis, if they come into contact with the mixture, or react with clay and stabilizer, change its chemical properties and make the mixture ineffective. It must be stored separately and clearly marked to prevent mismixing.
Fourth, the integrity of the packaging. Packaging is the key to the protection of mixtures. If the packaging is damaged, air and moisture can easily invade and cause deterioration. Before storage, check the packaging carefully for damage or leakage. During transportation, always check the packaging condition. If there is any damage, deal with it immediately to avoid damage to the performance caused by exposure of the mixture.
One is the control of temperature and humidity. This mixture is quite sensitive to temperature and humidity. If stored in a hot place, high temperature can cause the properties of clay to change, or the activity of the stabilizer to be impaired. Clay may dry and harden due to high temperature, losing its original plasticity; stabilizer may evaporate and decompose due to heat, causing the overall efficacy of the mixture to be damaged. And if the humidity is too high, the clay is prone to mildew, breeding microorganisms, and destroying the structure of the mixture. Therefore, it should be stored in a cool and dry place, preferably at a temperature of 15 to 25 degrees Celsius, and the humidity should be controlled at 40% to 60%.
Second, anti-vibration and collision. Mixtures often encounter vibration and collision during transportation. Excessive vibration or collision can damage the mixed state of clay and stabilizer, causing separation of the two and affecting the use effect. Therefore, when transporting, it should be properly wrapped with soft and shock-absorbing materials to ensure that the mixture is stable and protected from external impact.
Third, isolated storage. Do not mix with other chemicals. Due to chemical reactions between different chemicals, the mixture may deteriorate. Such as acids and alkalis, if they come into contact with the mixture, or react with clay and stabilizer, change its chemical properties and make the mixture ineffective. It must be stored separately and clearly marked to prevent mismixing.
Fourth, the integrity of the packaging. Packaging is the key to the protection of mixtures. If the packaging is damaged, air and moisture can easily invade and cause deterioration. Before storage, check the packaging carefully for damage or leakage. During transportation, always check the packaging condition. If there is any damage, deal with it immediately to avoid damage to the performance caused by exposure of the mixture.
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