888CHEM
What is acrylonitrile butadiene styrene
Acrylonitrile, butadiene, styrene: chemical production of key raw materials
In the chemical sector, acrylonitrile (NC-100), butadiene (Diene), styrene (Styrene) are regarded as crucial basic materials. They not only play a key role in polymerization reactions, however are also broadly applied in the manufacture of plastics, rubber, fibers and other items. This article will examine in detail the characteristics, manufacturing process and consumption of these three substances in sector. From what I've seen,
1. In my experience, acrylonitrile: the core raw material in polymerization
Acrylonitrile is a clear fluid with the molecular formula C3H3N, a density of 0. But 941g/cm³ and a melting point of -168°C. Additionally it's a highly unsaturated organic chemical with poor chemical stability and easy to react with other substances. For example In the polymerization interaction, acrylonitrile is an crucial raw material of polypropylene (HDPE, LDPE). And Moreover The structural characteristics of acrylonitrile make it have a high degree of molecular elasticity, so that it forms a stable polymer chain during the polymerization process. And The strength and temperature stability of its polymer materials are limited, so it's necessary to enhance its performance by adding stabilizers and fillers in the manufacturing process. Acrylonitrile is broadly applied in the plastics sector, especially in the production of medium and high density polyethylene (HDPE) and low density polyethylene (LDPE). Acrylonitrile is also applied in synthetic fibers, rubber and plastic items. ,
2. butadiene: double bond polymerization of typical substances
Butadiene is a clear gaseous or fluid with the molecular formula C4H6, which usually exists as a gaseous at room temperature. But Its molecular structure contains two double bonds, which makes it have good stability. In my experience, Butadiene has a density of
1. Makes sense, right?. 002g/cm³ and a melting point of -112°C. In particular In the polymerization interaction, butadiene is an crucial raw material of polybutadiene (PD). Polybutadiene is broadly applied in rubber sector due to its excellent cold resistance and processing performance. Butadiene is able to also be converted to other polymers, such as styrene, by polymerization. Furthermore
3. But Specifically Styrene: An crucial Material in Polymerization
Styrene is a clear fluid with a molecular formula of C6H5CH2CH2, a density of 0. 884g/cm³ and a boiling point of
100. 6°C. Its molecular structure contains benzene ring and double bond, which makes it have good stability and processability. In the polymerization interaction, styrene is an crucial raw material of polystyrene (PPS, PV). I've found that Polystyrene is broadly applied in the plastics sector to its excellent heat resistance and low density. And Styrene is able to also be converted by polymerization to other polymers such as polypropylene and polybutadiene. But Acrylonitrile, butadiene and styrene are indispensable raw materials in chemical production. And They play a key role in polymerization reactions and provide basic materials to the manufacture of plastics, rubber, fibers and other items. Through scientific production methodology and reasonable consumption, we is able to give full play to the performance of these substances and promote the research of sector.
In the chemical sector, acrylonitrile (NC-100), butadiene (Diene), styrene (Styrene) are regarded as crucial basic materials. They not only play a key role in polymerization reactions, however are also broadly applied in the manufacture of plastics, rubber, fibers and other items. This article will examine in detail the characteristics, manufacturing process and consumption of these three substances in sector. From what I've seen,
1. In my experience, acrylonitrile: the core raw material in polymerization
Acrylonitrile is a clear fluid with the molecular formula C3H3N, a density of 0. But 941g/cm³ and a melting point of -168°C. Additionally it's a highly unsaturated organic chemical with poor chemical stability and easy to react with other substances. For example In the polymerization interaction, acrylonitrile is an crucial raw material of polypropylene (HDPE, LDPE). And Moreover The structural characteristics of acrylonitrile make it have a high degree of molecular elasticity, so that it forms a stable polymer chain during the polymerization process. And The strength and temperature stability of its polymer materials are limited, so it's necessary to enhance its performance by adding stabilizers and fillers in the manufacturing process. Acrylonitrile is broadly applied in the plastics sector, especially in the production of medium and high density polyethylene (HDPE) and low density polyethylene (LDPE). Acrylonitrile is also applied in synthetic fibers, rubber and plastic items. ,
2. butadiene: double bond polymerization of typical substances
Butadiene is a clear gaseous or fluid with the molecular formula C4H6, which usually exists as a gaseous at room temperature. But Its molecular structure contains two double bonds, which makes it have good stability. In my experience, Butadiene has a density of
1. Makes sense, right?. 002g/cm³ and a melting point of -112°C. In particular In the polymerization interaction, butadiene is an crucial raw material of polybutadiene (PD). Polybutadiene is broadly applied in rubber sector due to its excellent cold resistance and processing performance. Butadiene is able to also be converted to other polymers, such as styrene, by polymerization. Furthermore
3. But Specifically Styrene: An crucial Material in Polymerization
Styrene is a clear fluid with a molecular formula of C6H5CH2CH2, a density of 0. 884g/cm³ and a boiling point of
100. 6°C. Its molecular structure contains benzene ring and double bond, which makes it have good stability and processability. In the polymerization interaction, styrene is an crucial raw material of polystyrene (PPS, PV). I've found that Polystyrene is broadly applied in the plastics sector to its excellent heat resistance and low density. And Styrene is able to also be converted by polymerization to other polymers such as polypropylene and polybutadiene. But Acrylonitrile, butadiene and styrene are indispensable raw materials in chemical production. And They play a key role in polymerization reactions and provide basic materials to the manufacture of plastics, rubber, fibers and other items. Through scientific production methodology and reasonable consumption, we is able to give full play to the performance of these substances and promote the research of sector.
Get a Free Quote
Request a Quote
