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Classification of sintered stone and its formation principle

Classification of sintered stone and its formation principle

Introduce

 

Sintered stone is a kind of gypsum, which is produced by the thermal decomposition of gypsum. Sintered stone is mainly divided into three categories: cement sintered stone, calcium sintered stone, and plaster of Paris sintered stone. The formation principles of various sintered stones are different, but they are all produced by the decomposition of gypsum.

 

Classification of sintered stone

 

  1. Black sintered stone: it is caused by excessive iron content. The appearance is black or brownish black, the surface is smooth, and there is a certain degree of flattening. The density is greater than 5.0g/cm3. It is mainly composed of ferric oxide and manganese trioxide.
  2. Orange sintered stone: caused by excessive manganese content. The appearance is orange or brownish orange, the surface is smooth, and there is a certain degree of flattening. The density is greater than 5.0g/cm3. It is mainly composed of manganese trioxide and copper trioxide.
  3. Metal-type sintered stone: the appearance is metallic luster, the surface is smooth, and there is no obvious crack. The density is less than 5.0g/cm3. Mainly composed of metal elements.

PERFECT STONE - Classification of sintered stone and its formation principle

Formation principle

 

The formation principle of Excellent Amazon Green Sintered Stone Slabs refers to the formation mechanism of the surface shape of objects. The formation of the surface of an object is affected by various forces inside the object. When external forces act on the surface of an object, various forces will be generated, and these forces will generate pressure, stress, and shear stress inside the object. These stresses produce corresponding deformations inside the object, resulting in the shape of the object’s surface.

 

Common sintered stone is a relatively common stone that can be seen in many places. It is formed by the condensation of water vapor on the surface of rocks. At high temperatures, this water vapor turns into a gas and escapes.

 

As the rock cools, these gases solidify and form a thin film on the surface. This is sintered stone. It protects rocks from weathering and erosion.

 

Sintered Stone can also be used as a building material. It has great durability and impact resistance. It also has good sound insulation properties, so it can be used as a soundproofing material.

 

Classification of sintered stone

 

1. According to the physical properties of the stone classification

  • Organic sintered stone: such as wood sintered stone, granite sintered stone, marble, manganese-rich nickel-iron rock, and Excellent Amazon Green Sintered Stone Slabs. This is formed by chemical changes in various organic substances at high temperatures.
  • Inorganic sintered stone: such as cement, concrete, and steel. This is formed by the chemical changes of various inorganic substances at high temperatures.

2. Classification according to the cause of formation

  • Naturally formed: such as ice core rocks formed by ice nuclei and air bubbles produced by fluid cooling; microbubble rocks formed by a large number of tiny air bubbles in marble.
  • Man-made: such as modeling cement.

 

3. Types of sintered rock

  • Calcium salt sintered stone

Calcium salt sintered stone is a common calcium deposit. It is formed by the decomposition of calcium salts at high temperatures. This stone can be found on rocky surfaces, underwater or in swamps. They are usually white or yellowish in color and have a round or square appearance. These stones are usually strong enough to resist erosion from the flow of water.

 

  • Amphoteric sintered stone

Amphoteric sintered stone is a common calcium fossil, which is formed due to the influence of amphoteric salts. This salt causes the calcium and phosphorus in the water to interact to form calcium fossils. This salt is distributed in both seawater and freshwater. Amphoteric sintered stone is a common calcium fossil, which is formed due to the influence of amphoteric salts. This salt causes the calcium and phosphorus in the water to interact to form calcium fossils. This salt is distributed in seawater and also occurs in fresh water.

 

  • Common sintering salt

Sintered salt is a metal oxide with excellent high temperature resistance and thermal conductivity. It is one of the main raw materials for manufacturing high-temperature materials and electronic components. There are three main categories: Al2O3, ZrO2, and Y2O3.

PERFECT STONE - Classification of sintered stone and its formation principle

Which is better, marble or sintered stone

 

1. Marble

 

Marble is a relatively common stone in building materials. It is mainly composed of calcite, limestone, serpentine and dolomite. It is soft in nature, clear in texture, and smooth and delicate in surface. The interior decorated with marble will look more elegant and generous, so it is called Widely used in decoration.

 

2. Sintered stone

 

Sintered stone is a kind of handicraft product, which is made of stone through high-pressure musket firing. The conditions of the sintered stone process itself determine that its stone must have a certain hardness and low sand content. There won’t be many traces.

 

Difference Between Marble and Sintered Stone Compare the Difference Between Similar Terms

 

1. Different performance

 

Compared with marble and sintered stone, sintered stone has a harder texture, while marble has a softer texture. Sintered stone has certain properties such as anti-corrosion, high temperature resistance, non-fading, and non-deformation, and has no radiation or odor. It is also relatively simple to clean and maintain. It is a relatively environmentally friendly material, but the sintered stone is relatively heavy and inconvenient to construct. And it is easier to be scratched by sharp objects and leave marks, which will affect the overall aesthetics.

 

Marble has the advantages of good rigidity, wear resistance, and long service life. It has relatively low radioactivity, basically does not cause harm to the human body, has a relatively stable internal structure, and is not easily deformed. Compared with sintered stone, marble is less prone to scratches,

 

2. Application scope

 

In home decoration, marble is more commonly used on indoor floors, TV cabinet tops, window sills, and dining table tops; while sintered stone is often used on dining table tops, coffee tables, or TV cabinets. Compared with Excellent Amazon Green Sintered Stone Slabs, marble has a wider range of applications.

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