1. Integrated structure

The integral flange is a seamless, one-piece design with the connected equipment or piping, which eliminates the potential weaknesses of welds and connection interfaces.

2. High strength and reliability

Because there are no welded joints, the integral flange has the highest structural integrity and can withstand extremely high pressure and impact loads.

3. High rigidity

The one-piece design gives the flange extremely high rigidity, enabling it to resist deformation under high pressure and temperature changes and maintain excellent sealing performance.

4. Diverse sealing surfaces

Based on different operating conditions, integral flanges can be machined into various sealing surface forms, such as Raised Face (RF), Male-Female Face (MFM), and Tongue-and-Groove Face (T&G).

5. Material

Integral flanges are typically made through forging or casting processes. Various materials, including stainless steel, carbon steel, and alloy steel, can be used to meet the requirements for corrosion resistance and strength under different media and working conditions.

6. High cost

Due to its complex manufacturing process and higher material requirements, the production cost of integral flanges is typically higher than that of other types of flanges.