HDPE Socket Fusion 90° Male Elbow for Fuel Gas

Key Features of HDPE Socket Fusion 90° Male Elbow for Fuel Gas

• The 90° bend design optimizes fluid direction change.
• Socket fusion ensures leak-free permanent joints.
• Male thread interface is compatible with standard piping systems.
• UV-resistant and chemical corrosion-proof material protects.

Manufacturing Process of HDPE Socket Fusion 90° Male Elbow for Fuel Gas

Each is produced by precision injection molding.

Critical Process Parameters of HDPE Socket Fusion 90° Male Elbow for Fuel Gas

• Melt temperature control: 190±5°C
• Mold cooling rate ≤15°C/min
• Holding pressure ≥80 MPa
• Crystallinity control ≥65%

Raw Material Characteristics of HDPE Socket Fusion 90° Male Elbow for Fuel Gas

• Density: 0.950 g/cm³ (ISO 1183)
• Slow Crack Growth Resistance: >5000h (ISO 13479)
• Minimum Required Strength: 10 MPa (ISO 9080)
• Melt Flow Index: 0.25 g/10min (190°C/5kg)

Typical Applications of HDPE Socket Fusion 90° Male Elbow for Fuel Gas

• is used for directional changes in medium-pressure gas networks.
• serves outlet piping configuration at gas pressure regulating stations.
• is installed in industrial boiler fuel gas supply systems.
• is used in river-crossing underground gas pipelines.

Application Scenarios of HDPE Socket Fusion 90° Male Elbow for Fuel Gas

• 90° directional changes with threaded connections in gas networks — is the standard elbow for these transitions.