products

Home ProductsButterfly ValvesFlanged Butterfly Valves
DN300 High-Performance Metal Seated Butterfly Valve for Industrial Applications
  • DN300 High-Performance Metal Seated Butterfly Valve for Industrial Applications
  • DN300 High-Performance Metal Seated Butterfly Valve for Industrial Applications
向上
向下

DN300 High-Performance Metal Seated Butterfly Valve for Industrial Applications

  • Product description:

    The DN300 High-Performance Metal Seated Butterfly Valve is engineered for industrial applications where durability and reliable flow control are essential. The metal seated design provides superior resistance to wear, high temperatures, and abrasive media

Similar items

read more

  • Details
  • Description
  • Download
Product Description

The DN300 High-Performance Metal Seated Butterfly Valve is engineered for demanding industrial applications, offering exceptional durability and reliability. Its metal-seated design ensures long-lasting performance, even in harsh environments with high temperatures, abrasive media, or corrosive conditions. This valve is ideal for industries such as power generation, oil & gas, and chemical processing. With a robust construction and precision sealing, it guarantees minimal leakage and optimal flow control under high-pressure conditions.

Product Features

Metal Seated Design:
Delivers superior durability and performance in high-temperature and abrasive conditions.

High-Performance Sealing:
Offers tight sealing, minimizing leakage even under extreme pressure and temperature variations.

Large Bore (DN300):
Allows for efficient flow control in large pipelines, reducing energy loss.

Robust Construction:
Manufactured with industrial-grade materials to withstand harsh environments.

Easy Maintenance:
Designed for easy access and maintenance, reducing downtime in critical systems.

Materials

Body:
Carbon steel, stainless steel, or alloy steel for enhanced durability.

Disc:
Stainless steel or alloy steel for maximum strength and longevity.

Seat:
Metal, ensuring high performance in abrasive and high-temperature conditions.

Stem:
Stainless steel, providing corrosion resistance and strength.

Size and Dimensions

Nominal Diameter (DN):
DN300.

Pressure Rating:
ANSI Class 150 to Class 2500.

End Connections:
Flanged or welded connections to suit customer specifications.

Face-to-Face Dimensions:
In compliance with ASME B16.10.

Standards

Design and Manufacturing:
Conforms to API 609 and ASME B16.34 standards.

Pressure Testing:
Tested according to API 598 and ISO 5208 to ensure leak-tight operation.

Flange Standards:
Compliant with ANSI B16.5, DIN, and JIS standards.

Material Standards:
Manufactured according to ASTM and ASME specifications.

Applications

Power Generation:
Used in high-temperature steam and fluid systems in power plants.

Oil & Gas:
Ideal for controlling flow in high-pressure pipelines in refineries and offshore platforms.

Chemical Processing:
Suited for handling corrosive and abrasive media in chemical plants.

Mining & Metal Industries:
Effective for controlling fluids in abrasive environments and handling slurry.

Optimize your industrial processes with our DN300 High-Performance Metal Seated Butterfly Valve, engineered for demanding applications.

This valve is designed with a durable metal seat, providing exceptional resistance to wear, heat, and pressure, making it ideal for industries such as oil and gas, chemical processing, and power generation. The high-performance design ensures a tight, reliable seal, even in extreme conditions, while offering precise flow control.

Built for longevity and efficiency, the DN300 butterfly valve guarantees minimal maintenance and reliable operation, making it a cost-effective solution for high-demand systems.

Choose our DN300 metal seated butterfly valve for unmatched durability and performance in your industrial applications.

Production R&D & Own Factory
Contact us /Email
info@dbv-armaturen.com
factory Address
No.96 Fanhua East Road,OuBei,WenZhou,Zhejiang,China,325102
Social Media
      

Home

Products

Contact

About