Universal Flange Adaptor

Standards

ANSI B16.10, BS5152, EN1563, ISO898-1, EN681-1, EN14901

Configure your variant(manually adjust box on the right if you require a different spec)

End connection

Flanged

Materials

All available material options per part. Click a pill to set it in the configurator.

gasket

EPDMNBR

bolt and nut

8.8 Dacromet/Zinced

coating

FBERilsan Nylon

end ring

GGG450-10

sleeve

S235EN1563

Operating media

Approvals

Features

• Wide tolerance range accommodating pipes of varying outer diameters
• Compatible with ductile iron, steel, PVC, PE, and GRP pipes
• No special machining or welding required
• Gasket-sealing system for leak-free operation
• High-strength bolts
• Suitable for fluctuating pressure and temperature conditions
• Corrosion-resistant coating
• Coupling accepts pipes of various materials: DI (ductile iron), ST (steel), PVC, AC (asbestos cement), CI (cast iron), GRP (glass reinforced plastic)
• Flanged coupling with through-bolts (parts labelled 1–4 in sectional diagram)
• Dimensions A (overall length), D (flange OD), H (body height/depth), L (overall height) defined in dimensional drawing
• Bolt counts range from 2 (DN40–DN65) up to 12 (DN700–DN800)
• Pressure rating PN10/16 across most sizes; selected DN300 and DN400 variants rated PN16 only

Notes

• Dimensions table referenced in HTML but no tabular data was present
• Diagram: Front and side sectional/dimensional drawing showing overall length A, flange OD D, body height H, overall height L, and four numbered component callouts (1–4). Right-hand detail shows cross-section of the seal/grip ring arrangement.

Description

A pipe fitting designed to connect pipelines of varying materials and outer diameters, providing a transition between plain-end pipes and flanged equipment. Features a wide tolerance range accommodating ductile iron, steel, PVC, PE, or GRP pipes without special machining or welding. Equipped with a gasket-sealing system and high-strength bolts for leak-free operation under fluctuating pressure and temperature conditions.