Style CGI SW Gasket, ASME B16.20, SS 304, FG Filler, 4 Inch

Name: Style CGI SW Gasket, ASME B16.20, SS 304, FG Filler, 4 Inch
SKU: VPSK-20250429-VG-01
Availability: InStock
Rating: 5 (1 reviews)

Key Specifications / Features

The Style CGI Spiral Wound Gasket is designed for reliable sealing in high-pressure applications. Manufactured to ASME B16.20 standards, it features stainless steel SS 304 inner and outer rings for strength and durability. The flexible graphite filler ensures excellent sealing performance under a wide range of temperatures and pressures. This 4-inch gasket, rated for Class 150 LB, provides a secure and leak-proof seal, making it ideal for use in piping systems, valves, and flanged connections.

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Detail Information

Product Name: Style CGI Spiral Wound Gasket
Standards: ASME B16.20
Materials:
Inner & Outer Rings: Stainless Steel SS 304
Filler: Flexible Graphite Filler
Size: 4 Inch, DN100
Pressure: Class 150 LB, PN20
Standards: API 622, ISO 15848-1
Temperature: Max 450°C

Style CGI Spiral Wound Gasket Features

Winding Ring Construction: Made from a V-shaped stainless steel strip tape, providing flexibility and strength, and graphite or PTFE filler for effective sealing.
Inner and Outer Rings: The gasket includes inner and outer rings that enhance the gasket’s durability and sealing performance. The inner ring helps prevent blowout and acts as a compression stop, ensuring reliable sealing under extreme conditions.
Versatile Compatibility: Designed for use on flat face and raised face flanges, making it suitable for a wide variety of flange types and applications.
High Pressure and Temperature Resistance: Ideal for high pressure and high temperature service, offering strong performance even in demanding environments.
Corrosion and Chemical Resistance: Perfect for use in applications where corrosive or toxic media are present, as the materials used provide excellent resistance to a wide range of chemicals.
Improved Blowout Protection: The inner rings reinforce the gasket, offering additional protection against blowout, ensuring safety and integrity even under extreme pressure.