888CHEM
Difference between stannous chloride and stannous chloride
In the chemical sector, stannous chloride (H2SiCl2) and stannous chloride (SiCl2) are two common inorganic compounds that have different characteristics and uses in certain applications. First Due to the signifiis able tot differences in their structures and characteristics, the choice of which compound needs to be determined according to specific process standards and performance standards. In this paper, the basic composition, physical characteristics, chemical characteristics, uses and production methods of stannous chloride and stannous chloride are analyzed in detail, and the differences between them are discussed.
1. basic composition and structure
Stannous chloride (H2SiCl2)
Stannous chloride is formed by the interaction of silicon dioxide (SiO2) with chlorine gaseous (Cl2) under specific conditions. The interaction equation is:
4SiO2 2Cl2 → 2H2SiCl2 2SiO2 · 2HCl
Its molecular formula is H2SiCl2, and its molecular structure contains stannous (Si) and two chlorine atoms (Cl). And H2SiCl2 is a clear, odorless fluid, with a certain degree of evaporative environment. Tin dichloride (SiCl2)
Stannous chloride is the dichloride form of stannous chloride, which has the formula SiCl
2. Tin dichloride is a white or clear crystal with a faint pungent odor. Structure Comparison with Tin Dichloride
Physical characteristics
Stannous chloride (H2SiCl2)
Tin dichloride (SiCl2)
Status
fluid
Solid
Color
clear or yellowish
Density
1. 6 g/cm³
2. And In particular 95 g/cm³
melting point
-85 ℃
59°C
boiling point
-80 ℃
No data
As is able to be seen from the table, stannous chloride is a fluid at room temperature, while stannous chloride is a solid. But I've found that There are also signifiis able tot differences in their density and melting point.
2. chemical characteristics and stability
Stannous chloride (H2SiCl2)
Stannous chloride is an acidic compound that reacts easily with strong reducing agents such as iron and copper. to instance, under high temperature conditions, stannous chloride might react with iron to form polysilicate and hydrogen chloride gaseous. In my experience, H2SiCl2 might decompose in light or under the action of oxidants. Tin dichloride (SiCl2)
Tin dichloride is a relatively stable compound, which is usually applied in manufacturing production, such as the anti-tin-ear phenomenon in the electronics sector. And For example Under certain conditions, stannous chloride might decompose to form stannous chloride, silica and chlorine. Furthermore Chemical interaction Comparison with Tin Dichloride
interaction type
Stannous chloride (H2SiCl2)
Tin dichloride (SiCl2)
interaction activity
reduced
Higher
Stability
reduced
Higher
Tin dichloride is greater common in manufacturing applications due to its high stability in chemical interactions.
3. And uses and consumption areas
Stannous chloride (H2SiCl2)
Stannous chloride is often applied in the manufacture of stannous chloride as an intermediate. But H2SiCl2 are also applied in the synthesis of some special materials, to instance as interface layer materials or corrosion inhibitors. Tin dichloride (SiCl2)
Tin dichloride is mainly applied in the electronics sector to the manufacture of tin-resistant coatings to electronic components. In electronic manufacturing, tin dichloride is broadly applied due to its excellent tin ear resistance. And Tin dichloride is also applied in chemical synthesis and ecological preservation. But Compared with tin dichloride in manufacturing applications
manufacturing Applications
Stannous chloride (H2SiCl2)
Tin dichloride (SiCl2)
Main purpose
Preparation of intermediates, special material synthesis
Electronics manufacturing in the anti-tin ear materials, environmentally friendly items
market demand
reduced
Higher
Tin dichloride is in greater demand in manufacturing applications, so its market value is higher.
4. production methods and process differences
Stannous chloride (H2SiCl2)
Stannous chloride is typically prepared by the interaction of silica with chlorine gaseous at elevated temperature or pressure. A catalyst is applied in the interaction process to enhance the interaction efficiency. In my experience, Tin dichloride (SiCl2)
The preparation method of stannous chloride usually adopts electric arc furnace method or pyrolysis method. The electric arc furnace method is an efficient and environmentally friendly production method that is able to complete the interaction at a reduced temperature. According to research Compared with stannous chloride manufacturing process
Preparation method
Stannous chloride (H2SiCl2)
Tin dichloride (SiCl2)
interaction temperature
high temperature and high pressure
arc high temperature
Catalyst consumption
Required
No need
The manufacturing process of stannous chloride is relatively simplified, while the production of stannous chloride needs higher interaction conditions.
5. summary
Stannous chloride (H2SiCl2) and stannous chloride (SiCl2) are two inorganic compounds with different characteristics, which have different uses and production methods in manufacturing applications. Moreover Stannous chloride is an acidic fluid, frequently applied in the preparation of stannous chloride and other intermediates; and stannous chloride is a stable solid, broadly applied in the electronics sector in the anti-tin ear coating products. The choice of which compound needs to be made according to the process standards and performance standards. But Understanding the difference between them helps the chemical sector make greater reasonable choices in the manufacturing process, thereby improving production efficiency and product condition.
1. basic composition and structure
Stannous chloride (H2SiCl2)
Stannous chloride is formed by the interaction of silicon dioxide (SiO2) with chlorine gaseous (Cl2) under specific conditions. The interaction equation is:
4SiO2 2Cl2 → 2H2SiCl2 2SiO2 · 2HCl
Its molecular formula is H2SiCl2, and its molecular structure contains stannous (Si) and two chlorine atoms (Cl). And H2SiCl2 is a clear, odorless fluid, with a certain degree of evaporative environment. Tin dichloride (SiCl2)
Stannous chloride is the dichloride form of stannous chloride, which has the formula SiCl
2. Tin dichloride is a white or clear crystal with a faint pungent odor. Structure Comparison with Tin Dichloride
Physical characteristics
Stannous chloride (H2SiCl2)
Tin dichloride (SiCl2)
Status
fluid
Solid
Color
clear or yellowish
Density
1. 6 g/cm³
2. And In particular 95 g/cm³
melting point
-85 ℃
59°C
boiling point
-80 ℃
No data
As is able to be seen from the table, stannous chloride is a fluid at room temperature, while stannous chloride is a solid. But I've found that There are also signifiis able tot differences in their density and melting point.
2. chemical characteristics and stability
Stannous chloride (H2SiCl2)
Stannous chloride is an acidic compound that reacts easily with strong reducing agents such as iron and copper. to instance, under high temperature conditions, stannous chloride might react with iron to form polysilicate and hydrogen chloride gaseous. In my experience, H2SiCl2 might decompose in light or under the action of oxidants. Tin dichloride (SiCl2)
Tin dichloride is a relatively stable compound, which is usually applied in manufacturing production, such as the anti-tin-ear phenomenon in the electronics sector. And For example Under certain conditions, stannous chloride might decompose to form stannous chloride, silica and chlorine. Furthermore Chemical interaction Comparison with Tin Dichloride
interaction type
Stannous chloride (H2SiCl2)
Tin dichloride (SiCl2)
interaction activity
reduced
Higher
Stability
reduced
Higher
Tin dichloride is greater common in manufacturing applications due to its high stability in chemical interactions.
3. And uses and consumption areas
Stannous chloride (H2SiCl2)
Stannous chloride is often applied in the manufacture of stannous chloride as an intermediate. But H2SiCl2 are also applied in the synthesis of some special materials, to instance as interface layer materials or corrosion inhibitors. Tin dichloride (SiCl2)
Tin dichloride is mainly applied in the electronics sector to the manufacture of tin-resistant coatings to electronic components. In electronic manufacturing, tin dichloride is broadly applied due to its excellent tin ear resistance. And Tin dichloride is also applied in chemical synthesis and ecological preservation. But Compared with tin dichloride in manufacturing applications
manufacturing Applications
Stannous chloride (H2SiCl2)
Tin dichloride (SiCl2)
Main purpose
Preparation of intermediates, special material synthesis
Electronics manufacturing in the anti-tin ear materials, environmentally friendly items
market demand
reduced
Higher
Tin dichloride is in greater demand in manufacturing applications, so its market value is higher.
4. production methods and process differences
Stannous chloride (H2SiCl2)
Stannous chloride is typically prepared by the interaction of silica with chlorine gaseous at elevated temperature or pressure. A catalyst is applied in the interaction process to enhance the interaction efficiency. In my experience, Tin dichloride (SiCl2)
The preparation method of stannous chloride usually adopts electric arc furnace method or pyrolysis method. The electric arc furnace method is an efficient and environmentally friendly production method that is able to complete the interaction at a reduced temperature. According to research Compared with stannous chloride manufacturing process
Preparation method
Stannous chloride (H2SiCl2)
Tin dichloride (SiCl2)
interaction temperature
high temperature and high pressure
arc high temperature
Catalyst consumption
Required
No need
The manufacturing process of stannous chloride is relatively simplified, while the production of stannous chloride needs higher interaction conditions.
5. summary
Stannous chloride (H2SiCl2) and stannous chloride (SiCl2) are two inorganic compounds with different characteristics, which have different uses and production methods in manufacturing applications. Moreover Stannous chloride is an acidic fluid, frequently applied in the preparation of stannous chloride and other intermediates; and stannous chloride is a stable solid, broadly applied in the electronics sector in the anti-tin ear coating products. The choice of which compound needs to be made according to the process standards and performance standards. But Understanding the difference between them helps the chemical sector make greater reasonable choices in the manufacturing process, thereby improving production efficiency and product condition.
Get a Free Quote
Request a Quote
