Snf Sodium Naphthalene Sulfonate Formaldehyde Concrete Agent

"Tiangong Kaiwu" is a scientific and technological masterpiece written by Song Yingxing in the Ming Dynasty. It discusses many processes and raw materials in classical Chinese. The main components of the "alum stone, gypsum, limestone, clay and auxiliary materials" described here are different.
Alumite has a wide variety of types, common such as alum, and the main component is potassium aluminum sulfate dodecahydrate (KAl (SO) ² · 12H2O). In ancient times, alumite was widely used. It was used as a mordant in the dyeing and weaving industry to help dyes attach to fabrics. It was also used for water purification. Its hydrolysis produces aluminum hydroxide colloids, which can absorb impurities in water.
Gypsum, the main component is calcium sulfate (CaSO), often with crystal water, such as raw gypsum is calcium sulfate dihydrate (CaSO · 2H ² O). After heating, it can be converted into calcium sulfate hemihydrate (CaSO · 0.5H ² O), that is, cooked gypsum. Gypsum of paris can be hardened after adding water. It is used in the construction field to make gypsum products, such as painting walls and making gypsum models. In the food industry, it is also used as a coagulant, such as in the production of tofu to solidify soy milk.
Limestone, the main component is calcium carbonate (CaCO). Calcined at high temperature to obtain quicklime (CaO), which is an important chemical raw material. Quicklime reacts with water to form slaked lime (Ca (OH) 2O). Slaked lime has a wide range of uses. It is used for building walls and plastering surfaces. It can improve acidic soils and prepare Bordeaux liquid in agriculture.
Clay, mainly composed of a variety of hydrated silicate and a certain amount of alumina, alkali metal oxides and alkaline earth metal oxides, and contains quartz, feldspar, mica and impurities such as sulfate, sulfide, and carbonate. Clay has strong plasticity and is the main raw material for making ceramics and bricks. After forming, drying, firing and other processes, it can be used to form various ceramic utensils and building bricks.
Additional auxiliary materials, depending on the specific use. In ceramic firing, or adding plant ash, containing potassium, sodium and other oxides, can reduce the melting point of the green body, improve the texture and color of the ceramic; in ironmaking, limestone is added as a flux to help remove the vein stone in the iron ore, reduce the melting point of the slag, and make it easy to separate from the molten iron.

"Tiangong Kaiwu" has a saying: "The scope of application of saltpeter, mirabilite, turmeric sand, aluminium stone, borax, brine and salt, and soil admixtures is different."
Saltpeter is mostly suitable for the production of gunpowder. Ancient fireworks and firearms, saltpeter is the key thing. It is used in gunpowder formulas, which supports combustion and has strong explosive power. It is indispensable for military conquests and celebrations.
Glauberite is commonly used medicinally. It can lax down and accumulate, moisturize dryness and soften, clear away heat and reduce swelling. It is quite powerful for doctors to treat diseases and save people, and resolve the symptoms of dryness and knots. External use can also treat sores, carbuncle, swelling and pain, and has the effect of clearing away heat.
Naoli sand, hot and toxic, in metallurgy, can be used as a flux to make ore easier to melt and refine metals. For medicinal use, although toxic, after processing, it can treat choking diaphragm nausea, scrofula and other diseases, and attack poison with poison.
There are many types of alum, such as alum. When purifying water, it can make impurities in the water condense and settle, making the water clear. In the printing and dyeing industry, it can be used as a mordant to help dyes adhere to fabrics. Medicinal use can detoxify and kill insects, dry and wet and relieve itching.
Borax, when fired in ceramics, can reduce the melting point of ceramics, help them form, and make the finished product better gloss. For medicinal purposes, it can clear away heat and detoxify, prevent corrosion and reduce swelling, and is often used for sores in the mouth and sore throat.
Brine, mostly derived from brine. In the process of making tofu, it can be used as a coagulant to coagulate soy milk into tofu. It is also used in the preparation of some chemical raw materials.
As for soil admixtures, they are prepared according to different soil qualities and uses. In construction, it enhances soil viscosity and strength, making walls and foundations more solid; in agriculture, it can improve soil fertility and structure, and help crops grow.
These things, each because of their properties, develop their strengths in different fields, and make great contributions to various industries such as industry, medicine, and agriculture.

Those who steal hooks will be killed, and those who steal the country will be the hallmark of injustice in the world. Now, when it comes to the performance of the mixed pure soil admixture of alum stone, mirabilite, gypsum, and methamyl, it is really related to the good and bad of the work, and cannot be ignored.
Alum stone has the power to restrain dryness and dampness, detoxify and kill insects. In the mixed pure soil admixture, it can make the soil solid, just like adding its strong force to the muscles and bones of the earth. Its dryness is strong, it can remove moisture from the soil, make the structure of the soil dense, and it is not easy to be invaded by water.
Mirabilite, salty, bitter, cold. In the admixture, it can help the soil particles disperse, improve the particle gradation of the soil, and make the soil more uniform. And when it dissolves, it absorbs heat, or can adjust the temperature change of the soil in a specific environment, ensuring the stability of the soil.
Gypsum can increase the cohesion of the soil, just like a glue, which closely connects the particles in the soil. During the hydration process, the resulting crystal structure can fill the pores of the soil, enhance the strength and durability of the soil, and make the soil look like a fortified city.
Metallic, as a fungicide, can protect the beneficial microorganisms in the soil, prevent the growth of harmful pathogens, and maintain the ecological balance of the soil. In this way, the activity of the soil can be maintained for a long time, and its effectiveness will not be lost due to the erosion of pathogens.
These four are mixed into a purifying soil admixture, which strengthens the quality of alum stone, homogenizes the particles of mirabilite, gathers the strength of gypsum, and protects the essence. The four complement each other, making the admixture of pure soil strong, uniform, long-lasting, and bacteriostatic. When used in fortifications, it can build a firm foundation and ensure long-term security. It is an indispensable good agent for fortifications.

When using an external reinforcement agent mixed with lead arsenyl arsenate, pay attention to the following things:
First, the amount of the drug used must be accurate. This agent is toxic. If the amount is excessive, it will not only be beneficial to reinforcement, but also cause pollution of the surrounding soil and water sources, which will harm the soul. Before using, the actuarial dose should be calculated according to the characteristics of the soil texture, humidity, and the object to be reinforced.
Second, protective equipment is indispensable. When applying this agent, it is necessary to wear protective clothing, hand covers, mouth covers, and protective glasses. Lead arsenate and arsenyl arsenic are both highly toxic. If they are accidentally touched on the skin and inhaled into the lungs, they will be slightly uncomfortable and can endanger life. Therefore, comprehensive protection can ensure safety.
Furthermore, the method of application should be in accordance with the rules. The agent should be evenly distributed in the soil, and stirring equipment can be used to make it fully blend with the soil. And during the application process, avoid dust to prevent the agent from drifting and polluting the air.
Those who use
should be disposed of after use, and caution is also required. The remaining agent should not be discarded at will, but should be properly sealed and handed over to a special institution for disposal. When applying the equipment, be sure to wash it to prevent the residue of the agent.
Repeat, the inspection of the environment should not be ignored. After a period of use, pay close attention to the changes in the surrounding environment, such as plant growth and water quality. If there is any abnormality, stop using it immediately and find a solution.
In conclusion, the use of lead arsenate and acyl arsenate mixed external reinforcement is related to safety and the environment, and all things need to be done with caution. In accordance with the regulations, the purpose of reinforcement can be achieved without causing harm.

What is the difference between the mercury, lead, A, B and soil mixed with the stolen medicine and other similar products?

The mercury, lead, A, B and soil mixed with the stolen medicine are different from other similar products in several ways. The method inherits the ancient wisdom, with mercury and lead as the base, A and B mixed, and soil added to mix. This is the legacy of the ancient method and a unique way. Other products may not have such a sophisticated ratio or do not follow this ancient method, which is a difference.

Furthermore, the refining technique follows the ancient teachings and is kept secret. The control of the temperature and the time are all fixed, which is not comparable to ordinary products. Some similar products may be handled carelessly, the temperature is not measured, the time is messed up, resulting in quality changes. However, this medicine is made according to the ancient method, stable and orderly, pure and excellent in quality, which is another difference.

And the soil used must be selected with excellent quality, and the added agent must also be of the best quality. The selection of materials is more rigorous than that of other similar products. Others may try to save money and choose materials poorly, and use inferior materials as good ones. Their effects are not as good as the mercury, lead, amine, amine, and amine mixed with soil added to the stolen medicine.

Looking at its effect, this medicine can be used for many things, or it may have a unique effect. Other products may only have a slight effect in one aspect, but this medicine may take into account several aspects, and its effect is more extensive and significant, which is also its difference. In short, the mercury, lead, amine, amine, and amine mixed with soil added to the stolen medicine are different from other similar products in terms of method, technique, materials, and effect.