Merit Brass
150# Stainless Steel IPS Slip-On Square x Square Plate Flange
- SKU:
- SSPFSXS
- Availability:
- Usually Ships Same Day
- Weight:
- 0.00 LBS
Description
150# Stainless Steel IPS Slip-On Square x Square Plate Flange
The 150# Stainless Steel IPS Slip-On Square x Square Plate Flange is an economical piping connection solution designed for low-pressure and less critical service applications. Manufactured from ASTM A240/SA240 stainless steel plate, these flanges provide dependable performance while offering a cost-effective alternative to heavier forged ANSI flanges.
Available in 304/L and 316/L stainless steel grades and sizes from 1" through 12", these plate flanges feature a serrated sealing surface to improve gasket performance and leak resistance while maintaining excellent corrosion resistance.
Key Features
- 150# IPS slip-on square x square plate flange design
- Size range from 1" through 12"
- Manufactured from ASTM A240/SA240 stainless steel plate
- Available in 304/L and 316/L stainless steel
- Slip-on configuration for simplified installation
- Serrated flange face enhances gasket sealing performance
- Suitable for low-pressure applications
- Economical alternative to heavier ANSI forged flanges
- Low-carbon material grades provide improved corrosion resistance
- Designed for dependable service in commercial and industrial piping systems
Construction Details
Manufactured from high-quality stainless steel plate meeting ASTM A240/SA240 material specifications for strength, durability, and corrosion resistance.
The slip-on design allows the pipe to pass through the flange before welding, simplifying alignment and installation.
A serrated sealing surface improves gasket grip and sealing effectiveness in flange connections.
Important Notes
Intended for low-pressure and less critical piping applications where a cost-effective flange solution is desired.
Select 304/L or 316/L material based on the operating environment and corrosion resistance requirements.
Review dimensional specifications and installation requirements prior to system design and installation.