Mintex Industrial Supply
Stainless Two-piece Flanged Ball Valve
Stainless Two-piece Flanged Ball Valve
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A stainless steel two-piece flanged ball valve consists of two separate pieces that are bolted together, allowing for easier maintenance and installation. The flanged ends ensure a secure, leak-proof connection to pipelines, while the stainless steel construction provides corrosion resistance and durability. This valve type is commonly used in various industrial applications.

Product Applications for Stainless Two-piece Flanged Ball Valve
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Petrochemical Industry
Purpose: Used to control the flow of crude oil, gas, and refined petroleum products in refineries and petrochemical plants.
Reason: The two-piece design allows for easier maintenance, while the flanged connection ensures secure, leak-proof operation in high-pressure systems. Stainless steel resists corrosion from chemicals and hydrocarbons.
Benefit: Provides reliable flow control in harsh, corrosive environments, minimizing downtime for maintenance and ensuring the safe handling of petroleum products
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Pharmaceutical Manufacturing
Purpose: Employed in pharmaceutical production to control the flow of fluids in sanitary and sterile environments.
Reason: The stainless steel construction ensures the valve meets hygiene standards, while the flanged connection allows for secure fitting and easy removal for cleaning or sterilization.
Benefit: Ensures contamination-free operation, easy disassembly for sterilization, and compliance with strict health and safety regulations, critical in pharmaceutical production.
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Power Plants
Purpose: Used in cooling water, steam, and condensate systems within power plants to regulate flow.
Reason: Stainless steel provides excellent resistance to corrosion and high temperatures, making the valve suitable for handling high-pressure steam and hot water. The flanged design ensures secure connections in large-scale piping systems.
Benefit: Enhances system efficiency by providing durable, reliable flow control under high temperatures and pressures, while allowing easy maintenance to ensure continuous operation.