geon pvc resin grupo compuestos y resinas sas hanwha how is made hs code

# Geon PVC Resin Grupo Compuestos y Resinas SAS Hanwha: How it is Made and HS Code
## IntroductionIntroduction
Geon PVC resin produced by Grupo Compuestos y Resinas SAS under the Hanwha brand is a widely - used and important product in the plastics industry.Geon PVC resin, produced by Grupo Computos y Resinas SA under the Hanwha trademark, is a widely-used and important product in plastics. PVC, or polyvinyl chloride, is a versatile thermoplastic polymer known for its durability, cost - effectiveness, and a wide range of applications.PVC (polyvinyl chloride) is a versatile thermoplastic known for its durability and cost-effectiveness. It has a wide range applications. Understanding how it is made and its corresponding HS code is crucial for both industry players and those involved in international trade.Understanding the process of production and its corresponding HS codes is important for both industry players as well as those involved in international commerce.

## Manufacturing Process of Geon PVC ResinGeon PVC Resin Manufacturing Process

### 1. Feedstock PreparationFeedstock Preparation
The production of PVC resin starts with the preparation of feedstocks.The preparation of feedstocks is the first step in the production of PVC resin. The primary raw materials are ethylene and chlorine.The main raw materials are chlorine and ethylene. Ethylene is typically obtained from petroleum or natural gas sources through processes such as steam cracking.Steam cracking is a common way to obtain ethylene from petroleum or gas sources. Chlorine is often produced via the electrolysis of brine (sodium chloride solution).Chlorine can be produced by electrolysis of salt chloride solution (brine). In this step, high - purity ethylene and chlorine are ensured to guarantee the quality of the final PVC product.This step ensures high-purity ethylene and chloride to ensure the quality of the PVC final product.

### 2. Vinyl Chloride Monomer (VCM) ProductionVinyl Chloride Monomer Production
Ethylene and chlorine react in a series of chemical processes to produce vinyl chloride monomer (VCM).In a series chemical reactions, ethylene and chlorine react to produce vinyl chloride (VCM). First, ethylene and chlorine combine to form ethylene dichloride (EDC).First, ethylene is combined with chlorine to form ethylene Dichloride (EDC). This reaction is exothermic and usually takes place in the presence of a catalyst.This reaction is exothermic, and it usually occurs in the presence a catalyst. The EDC is then thermally cracked at high temperatures (around 480 - 550degC) to produce VCM and hydrogen chloride.The EDC is thermally cracked (at temperatures between 480 and 550degC), resulting in VCM and hydrogen. The hydrogen chloride can be recycled and used in other chemical processes, such as the production of more EDC.The hydrogen chloride produced can be recycled to produce more EDC or used in other chemical processes.

### 3. Polymerization### 3.
The VCM is then polymerized to form PVC resin.The VCM is then converted into PVC resin by polymerization. There are several polymerization methods, but suspension polymerization is commonly used for Geon PVC resin.Geon PVC resin is typically polymerized using suspension polymerization. In suspension polymerization, VCM is dispersed in water as small droplets, with the help of suspending agents.With the help of suspending agents, VCM is dispersed as small droplets in water during suspension polymerization. A polymerization initiator is added, which decomposes to generate free radicals.The polymerization initiator, which decomposes into free radicals, is added. These free radicals initiate the polymerization reaction, causing the VCM monomers to link together to form long - chain PVC polymers.These free radicals start the polymerization process, which causes the VCM monomers link together to form PVC polymers with long chains. The reaction is carefully controlled in terms of temperature, pressure, and reaction time to achieve the desired molecular weight and properties of the PVC resin.Temperature, pressure and reaction time are carefully controlled to achieve the desired molecular mass and properties of PVC resin.

### 4. Post - TreatmentPost-treatment
After polymerization, the PVC resin needs to go through post - treatment steps.The PVC resin must undergo post-treatment steps after polymerization. This includes processes like washing to remove any residual monomers, initiators, or other impurities.This includes washing to remove any remaining monomers, initiators or other impurities. The resin is then dried to remove water, typically using hot air or other drying methods.The resin is dried using hot air, or other drying methods. Finally, the dried PVC resin may be pelletized or powdered, depending on the intended applications.The dried PVC resin can then be powdered or pelletized, depending on its intended application.

## Applications of Geon PVC ResinGeon PVC Resin: Applications
Geon PVC resin has a vast array of applications due to its unique properties.Geon PVC resin is used in a wide range of applications because of its unique properties. In the construction industry, it is used for pipes, fittings, window frames, and roofing materials.In the construction industry it is used to make pipes, fittings and window frames. Its durability, resistance to corrosion, and low cost make it an ideal choice for these applications.These applications are ideal for its durability, corrosion resistance, and low price. In the packaging industry, PVC is used for making blister packs, shrink films, and bottles.PVC is used in the packaging industry to make blister packs, shrink film, and bottles. In the automotive industry, it is used for interior components such as dashboard covers, seat covers, and wiring insulation.In the automotive industry it is used as interior components like dashboard covers, seat cover, and wiring insulation. Additionally, it is used in the production of consumer goods like toys, footwear, and furniture coverings.It is also used to make consumer goods such as toys, footwear and furniture covers.

## HS Code for Geon PVC Resin
The Harmonized System (HS) code is an international classification system for goods in international trade.The Harmonized System code (HS code) is a classification system used for international trade. For PVC resins, the relevant HS code is typically 3904.10.The HS code for PVC resins is usually 3904.10. This code specifically refers to "Polyvinyl chloride, in primary forms".This code refers specifically to "Polyvinyl Chloride, in Primary Forms". The first two digits "39" represent the chapter for plastics and articles thereof.The first two digits, "39", represent the chapter of plastics and articles made from them. The next two digits "04" are for polymers of vinyl chloride or of other halogenated olefins.The next two digits, "04", are for polymers made of vinyl chloride and other halogenated Olefins. The final two digits "10" denote polyvinyl chloride in primary forms.The final two digits, "10", denote polyvinyl chloride in its primary forms.

When trading Geon PVC resin internationally, it is essential to use the correct HS code.It is important to use the correct HS Code when trading Geon PVC Resin internationally. This code is used for customs declarations, determining import and export duties, and for statistical purposes.This code is used to determine import and export duties and for statistical purposes. Using the wrong HS code can lead to delays in customs clearance, incorrect duty assessments, and potential legal issues.The wrong HS code could lead to delays with customs clearance and incorrect duty assessments. It could also cause legal issues.

## Conclusion## Conclusion
The production of Geon PVC resin by Grupo Compuestos y Resinas SAS Hanwha is a complex yet highly efficient process that involves multiple chemical reactions and careful quality control.Geon PVC resin is produced by Grupo Comuestos and Resinas SA Hanwha through a complex, yet highly efficient process. This involves multiple chemical reactions as well as careful quality control. The resulting PVC resin has a wide range of applications across various industries.The PVC resin produced has many applications in various industries. Understanding its manufacturing process helps in appreciating its properties and potential improvements.Understanding the manufacturing process is important to appreciate its properties and possible improvements. At the same time, being aware of the correct HS code is crucial for smooth international trade operations.It is also important to know the correct HS codes for smooth international trade. As the demand for PVC - based products continues to grow, both the production process and the proper handling of trade - related aspects will remain important.The demand for PVC-based products will continue to grow. This means that both the production process as well as the proper handling of trade-related aspects will remain crucial.